"} ::: The following code shows an example of an effective CSS transform for a BrightSign player: **Example:** ```text ``` [title] rDWS Remoteview Endpoints [path] Diagnostic Web Server APIs/Remote DWS APIs/ These APIs are exposed on the WebSocket server but are a separate set of APIs. Using Remoteview, you can control the player remotely through the WebSocket channel. This is a route between each configured player and the BSN network. To use these APIs, you must have confirmed access to a WebRTC signaling server, and access to that server through a browser so you can use the necessary URL endpoints. You must also be authenticated with the necessary BSN server and the player must be registered with that same network. :::hint{type="info"} The web server must provide its content over an HTTPS connection (this is part of the WebRTC specification). If you do not have access to such a service, you can proxy a local (non-HTTPS) server through a remote service. This service is not part of BSN.Cloud. ::: ## Establishing a Remoteview Player Connection 1. Acquire an accessURL for a rendezvous service to use with Remoteview. 2. Add the accessURL to the player configuration in BSN.Cloud: - `PUT /remoteview/config` 3. Confirm the setting: - `GET /remoteview/config endpoint`. 4. Start a session: - `POST /remoteview/{:source}/view` 5. Go to a Chrome browser and enter the rendezvous forwarding address and add webrtc\_client.html to the end of the address (for example: 7a24dceefaa4.ngrok.io/webrtc\_client.html) 6. Enter the player serial number that you wish to view. 7. Make sure everything is working. The following command should return a session id: - `GET /remoteview/{:source}/view` 8. Remove a session: - `DELETE /remoteview/{:source}/view/{:id}` ## GET /remoteview/config/ Use the PUT endpoint to configure the player with an access URL. You can then use this endpoint to check that the configuration is correct. \_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_ **Success Response Body** 200: This will return the access URL **Example** ```json {“accessURL”: “http://test-server-url/”} ``` **Failure Response** 400: The request is malformed and therefore invalid 401: The access token is invalid or not specified 5XX: Any 500 code is an internal server error ## PUT /remoteview/config/ Configures the player with the access URL **Request Body** - `accessURL` string: The remote view server URL \_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_ **Request Example** ```text {"data": {“accessURL”: “http://test-server-url/”}} ``` \_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_ **Success Response Body** 200: This returns the access URL - the same value that you passed in the request body to the player **Failure Response** 400: Either the request or request body is malformed and therefore invalid 401: The access token is invalid or not specified 5XX: Any 500 code is an internal server error ## GET /remoteview/\{:source}/view/ Returns the information about all the active remote view sessions. **Request Body** - `source` string: This value will always be `"desktop"` \_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_ **Success Response Body** 200: Returns an array of session objects. Each object contains the following parameters: - `id` string: The session id - `mediaSource` string: The value is always `"desktop"` - `available` bool: This value is always `true` when the session is active. - `viewing` bool: This indicates that the session is active. The value will always be `true`. **Example** ```json { id: "9e61ac20-2014-11ee-a14d-73a9c31db7cd", mediaSource: "desktop", available: true, viewing: true } ``` **Failure Response** 400: The request is malformed and therefore invalid 401: The access token is invalid or not specified 5XX: Any 500 code is an internal server error ## GET /remoteview/\{:source}/view/\:id/ Returns information about the specified remote view session using its session id **Request Body** - `source` string: This value will always be `"desktop"` - `id` string: The unique identifier for the session \_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_ **Success Response Body** 200: Returns the following specified session object: - `id` string: The session id - `mediaSource` string: This value is always `"desktop"` - `available` bool: This value is always `true` when the session is active. - `viewing` bool: This indicates that the session is active. The value will always be `true`. **Example** ```json { id: "9e61ac20-2014-11ee-a14d-73a9c31db7cd", mediaSource: "desktop", available: true, viewing: true } ``` **Failure Response** 400: The request is malformed and therefore invalid 401: The access token is invalid or not specified 404: The specified session id was not found 5XX: Any 500 code is an internal server error ## POST /remoteview/\{:source}/view/ Starts a new session and returns an id for the session (at this point, the signaling server has been initialized and has made a WebSocket connection to the player) **Request Body** - `source` string: This value will always be `"desktop"` \_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_ **Success Response Body** 200: A successful response returns the session id. **Example** ```json {sessionID: "9e61ac20-2014-11ee-a14d-73a9c31db7cd"} ``` **Failure Response** 400: The request or request body is malformed and therefore invalid 401: The access token is invalid or not specified 5XX: Any 500 code is an internal server error ## DELETE /remoteview/\{:source}/view/\:id/ Stops the specified remote view session using its session id **Request Body** - `source` string: This value will always be `"desktop"` - `id` string: The unique identifier for the session you want to stop \_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_ **Success Response Body** 200: The specified session was stopped **Example** ```json { stopped : true } ``` **Failure Response** 400: The request is malformed and therefore invalid 401: The access token is invalid or not specified 404: The specified session id was not found 5XX: Any 500 code is an internal server error [title] rDWS Storage Endpoints [path] Diagnostic Web Server APIs/Remote DWS APIs/ Base URL for these endpoints: ***https\://ws.bsn.cloud/rest/v1/*** *\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_* ## GET /files/\{:path}/ Lists the directories and/or files in a path **Segment** - `path` string: The path to the directories or files **Query String Parameter** - `raw` optional: Returns the raw contents of a directory - `contents` optional: If a file is specified, this will return the contents of that file **Request Example** ```text GET /rest/v1/files/sd/autorun.brs/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** - `type` string: Either a directory or file - `path` string: The path, for example, "sd" - `stat` object: Directory stats from the "fs" module - `files` object[ ]: - `name` string: Name of the file or directory - `type` string: Either "file" or "dir" - `path` string: The relative path of the file or directory - `stat` object: File stats from the “fs” module - `mime` string: mime type (available only for type "file") - `storageInfo` object: If the path in the URL is a storage device, this returns information about the storage device. For more information, see [storageinfo](docId\:RoZ3o77EuxtyZvj_dSPin). - `fileSystemType` string: The type of filesystem (for example, "fat32") - `stats` object: - `blockSize` int: The size of a native block - `bytesFree` int: The amount of free space - `filesFree` int: The number of used inodes - `filesUsed` int: The number of free inodes - `isReadOnly` bool: A flag indicating whether the filesystem is read only - `sizeBytes` int: The amount of total space - `mountedOn` string: The location where the file system is mounted (for example, "/storage/sd") - `contents` object[ ]: - `name` string: The name of the file or directory - `type` string: Either "file" or "dir" - `path` string: The absolute path of the file or directory - `stat` object: The statistics from the "fs" module - `mime` string: mime type (available only for type "file") - `children` object[ ]: This is available only for directory types and will have the same format as "contents **Response Body if Returning Contents** - `name` string: The name of the file - `mimeType` string: Mime type of the file - `contents` string: The contents of the file **Response Examples** ```json { "route": "/v1/files/sd/autorun.brs", "method": "GET", "data": { "result": { "name": "sd/autorun.brs", "type": "file", "path": "sd/autorun.brs", "mime": "application/octet-stream", "stat": { "dev": 45921, "mode": 33277, "nlink": 1, "uid": 0, "gid": 1003, "rdev": 0, "blksize": 32768, "ino": 40, "size": 1144340, "blocks": 2240, "atimeMs": 1699401600000, "mtimeMs": 1699423824000, "ctimeMs": 1699423824440, "birthtimeMs": 0, "atime": "2023-11-08T00:00:00.000Z", "mtime": "2023-11-08T06:10:24.000Z", "ctime": "2023-11-08T06:10:24.440Z", "birthtime": "1970-01-01T00:00:00.000Z" }, "fileSize": 1144340, "streamable": true } } } ``` If you passed in a `contents` query paramter in your request, you should expect a response like the one below. Note that once you have the data string, you will have to decode it (for example, with the `atob` method in JavaScript). ```json { "route": "/v1/files/sd/autorun.brs", "method": "GET", "data": { "result": { "mimeType": null, "name": "autorun.brs", "contents": "TGlicmFyeSAiYXV0b3B......." } } } ``` ## PUT /files/\{:path} Uploads a new file or folder to the player storage :::hint{type="info"} If you are uploading zip and media files, you should use BOS version 8.5.44 or 9.0.101 or later. ::: **Segment** - `path` string: The path is the folder in which you want to upload the file (for example: `"/sd"`). **Request Body** - `files` object[]: - `fileName` string: The name of the file - `fileContents` string: The content of the file. It can be provided as plain text or as Data URL. - `fileType` string: Mime type **Request Example (File)** The following request example would be used with one of the two request body examples (Plain Text or Data URL) below: ```text PUT /rest/v1/files/sd/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json Content-Type: application/json Content-Length: 196 ``` In the request body examples below, use the [FileReader's readAsText()](https://developer.mozilla.org/en-US/docs/Web/API/FileReader/readAsText) or [readAsDataURL()](https://developer.mozilla.org/en-US/docs/Web/API/FileReader/readAsDataURL) method to derive the `fileContents` value. **Plain Text Request Body**: Any file with mime type "text/\*", or any “brs”, “json”, “js”, “xml”, “rtf” extension, can be sent as plain text using [FileReader's readAsText()](https://developer.mozilla.org/en-US/docs/Web/API/FileReader/readAsText) method: ```json { "data": { "fileUploadPath": "/sd", "files": [ { "fileName": "test.txt", "fileContents": "Lorem Ipsum", "fileType": "text/plain" } ] } } ``` **Data URL Request Body**: For all other file types, including zip and media files, use the data URL format using [FileReader's readAsDataURL()](https://developer.mozilla.org/en-US/docs/Web/API/FileReader/readAsDataURL) method: ```json { "data": { "fileUploadPath": "/sd", "files": [ { "fileName": "image.png", "fileContents": "data:image/png;base64,DQpJbnRlcmZh.....", "fileType": "image/png" } ] } } ``` **Response Body** - `success` bool: A flag that indicates if the operation succeeded or not - `results` string[]: The names of the files that were successfully created **Response Example (Plain Text File)** ```json { "data": { "result": { "success": true, "results": [ "test.txt" ] } }, "route": "/v1/files/sd", "method": "PUT" } ``` **Request Example (Folder)** ```text PUT /rest/v1/files/sd/testfolder/?destinationType=player&destinationName={{deviceSerial}} Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Example (Folder)** ```json { "route": "/v1/files/sd/testfolder/", "method": "PUT", "data": { "result": { "success": true } } } ``` ## POST /files/\{:path}/ Renames a file in the path (which should include the file name) **Segment** - `path` string: The path to the file (for example, `/sd`) **Request Example** ```text POST /rest/v1/files/sd/test.txt/?destinationType=player&destinationName={{deviceSerial} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json Content-Type: application/json Content-Length: 57 ``` This is the example request body: ```json { "data": { "name": "newname.txt" } } ``` **Response Body** The player will return a success or error message. ## DELETE /files/\{:path}/ Deletes a file from the player storage **Segment** - `path` string: The path to the file (for example,`/sd`) **Request Example** ```text DELETE /rest/v1/files/sd/test.txt/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** The player will return a success or error message. [title] Option 43 [path] BrightSign Partner Packet/Untitled/Untitled/ A BrightSign player can download its autorun script and other presentation assets from a URL value stored in its registry. This feature can be used to provision a player in the field. It also allows a player to automatically recover from run-time or load errors associated with the autorun script. The URL value in the registry can be overridden using DHCP Option 43, meaning that, with properly configured network infrastructure, players can set themselves up and begin playing content without manual on-site configuration. This page outlines how to set up a provisioning system that uses DHCP Option 43. :::hint{type="info"} The B-Deploy Appliance may also use DHCP Option 43. The solution outlined on this page makes use of a third-party provisioning server (i.e. one you set up yourself) rather than the B-Deploy Appliance. ::: # Overview ## Recovery / Bootstraping When a BrightSign player boots (and at periodic intervals while running), it will direct an HTTP GET request at the provisioning/recovery URL stored in the player registry, which is blank as a factory default. The header of the HTTP GET request includes the following parameters: | **Parameter** | **Example Value** | **Description** | | ----------------- | ---------------------------------------------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | | `Account` | `bsaccount` | The `a` registry value | | `User` | `bsuser` | The `u` registry value | | `Group` | `bsgroup` | The `g` registry value | | `Password` | `bspassword` | The `p` registry value | | `DeviceModel` | `XD1230` | The model designation of the BrightSign player | | `DeviceFamily` | `cheetah` | The family designation of the BrightSign player | | `DeviceId` | `X2F2CU0000065` | The serial number of the player | | `DeviceFwVersion` | `4.7.146` | The version of firmware currently installed on the player | | `DeviceUpTime`\* | `240` | The amount of time (in seconds) since the player booted up | | `RecoveryMode`\* | `override` | The mode of the current URL request:

- `override`: The initial HTTP GET request of a player with a valid autorun script
- `periodic`: Subsequent HTTP GET requests of a player with a valid autorun script
- `last-resort`: The HTTP GET request of a player without a valid autorun script | | `CrashDump`\* | `yes` | A flag indicating that the current boot was initiated by a forced reboot due to a crash (this header is only present if true) | | `StorageStatus` | `usb1=none;sd=autorun;`

`sd2=storage;ssd=none;` | The current autorun and file-system status of each storage device. | If the HTTP GET request is successful, the player will attempt to utilize whatever content was downloaded as an autorun script. Note that the player does not make any checks to determine if the content is actually a *.brs* autorun file before attempting to run it. ## Provisioning Setup Overview The following infrastructure is required to provision players using DHCP Option 43: - **DHCP server**: Located on the local network and configured for Option 43 communication - **Provisioning script URL**: A URL that returns the *.brs* provisioning script - **Provisioning package URL**: A URL that returns the *.zip* provisioning package - **Firmware update URL**:(optional) A URL that returns a firmware update file if needed # DHCP Server Configuration ## Request / Response String Formats When a BrightSign player requests information from a DHCP server, the query will include an Option 60 string containing the vendor identity of the player: \[BS\_OEM\_ID] + “ “ + \[BS\_OEM\_MODEL] (e.g. “BrightSign XD1230”). The DHCP server can use this string to match the correct Option 43 response for the vendor and model number of the device. Alternatively, the correct response can be determined using other information available to a DHCP server, including subscriber ID where port-based IP allocation is used. The response should be an Option 43 string consisting of TLV (type-length-value) encoded data, and the provisioning/recovery URL should be defined using Tag 85 (0x55 or ASCII “U”). The tag and length are 1 byte each. The length should also be encoded using hex or ASCII. While the formatted response value can be straightforwardly set on a Linux server, configuring Microsoft servers requires [additional steps](https://blogs.technet.microsoft.com/troubleshooting_walk_through/2013/11/01/what-comes-with-option-43-and-configuring-in-dhcp/). ## Player Configuration When the player receives the Option 43 response, it will override the default URL in the registry with the value in the response string. The value supplied by the DHCP server is not saved in persistent storage; the registry override remains in effect only as long as the DHCP lease remains active. If necessary, the recovery/provisioning script can permanently change the registry value using BrightScript functions. The player can store a different URL for each network interface. When multiple DHCP responses are received from different network interfaces, the player will choose to recover or bootstrap using the first non-empty URL value in the following interface order: 1. Ethernet 2. WiFi 3. 3G ## Verify Option 43 Configuration To verify that the player is responding correctly to the DHCP server, access the BrightSign shell via the serial port (see the [BrightScript Debug Console](docId\:YWkSi6X-2hez1BwztfHMP) page for more details). At the BrightSign prompt, type "ifconfig": If the Option 43 action has been successful, the new provisioning/recovery URL will be returned; if the action was unsuccessful, the default BrightSign Network URL will be returned. To verify that the player actually sends provision/recovery requests to the URL, you can look at the logs from the web server delivering the recovery script. You can also use tcpdump or Wireshark on the local network to view the HTTP GET request from the player. ## Encoder Example The following simple webpage script can be used to convert a URL into the proper hexadecimal format for use with Option 43 strings: ```html BrightSign Option 43 Recovery URL encoding

BrightSign Option 43 Recovery URL encoding

Enter the required Recovery URL below:

``` # Provisioning Server Configuration ## Provisioning Script Once the player receives the Option 43 response, it will make an HTTP GET request to the URL contained in the response. The provisioning server should examine the StorageStatus header in the request. If "autorun" is present in the string, it should return code 204; otherwise, it should return code 200 with the *.brs* provisioning script in the response body. The provisioning script should, in turn, overwrite the recovery URL in the registry and download the provisioning package from a separate URL. :::hint{type="info"} By default, IIS servers do not allow *.brs* files because they are not a registered MIME type. If you're using an IIS server to distribute the *.brs* provisioning script, make sure to register *.brs* as a "text/plain" MIME type. ::: The BrightSign [provisingScript.brs](https://github.com/brightsign/general-tools/blob/main/brightscript/option43-provision-script/provisioningScript.brs) in GitHub provides a template to download a presentation package and/or firmware file. To use this script, you will need to replace the following values in the script with values that are specific to your application: - `##fileName1##`: The name of the file after it is downloaded to local storage (e.g. "autorun.zip") - `##fileType1##`: The file type, which can be either "presentation" or "firmware" - `##url1##`: The download URL for the file - `##addBsHeaders1##`: A flag indicating whether to add headers to the HTTP request, including device values such as the serial number and firmware version. This value can be true or false. - `##optionalHeaders##`: A set of one or more optional headers to add to the HTTP request. These headers are only added if `##addBsHeaders1##` is replaced with `true`. The following example shows how to format an optional header in the script: ```text "xfer.AddHeader(\"Authorization\", \"Bearer " + authToken + "\")" ``` There are a second set of values in the script (`##fileName2##`, `##fileType2##`, etc.). If you want to download both a presentation package and firmware file, replace these with appropriate values. If you want the script to download a single file only, set the string values to invalid and the Boolean value to false. The script also contains a `##recoveryUrl##` field, which is the new recovery URL that will be written to the player registry. This value is likely the same as the URL specified in the Option 43 response, which will otherwise revert to default when the DHCP lease expires. ## Provisioning Package The provisioning script should call additional URLs to download the presentation package and/or firmware update files. The presentation package should be a *.zip* file containing necessary files. If provisioning is carried out with the included *provisioningScript.brs* script, the player will automatically unpack a downloaded *.zip* file without requiring any additional script or naming conventions. If you're using your own provisioning script (or as an extra precaution), name the presentation package *autorun.zip* and include the *autozip.brs* script, which is also included with this document. [title] Chromium, Node.js, & BOS Versions [path] HTML Development/ As of BrightSignOS (BOS) 8.2, two versions of Node are shipped with the player: - A Node.js version that is integrated into Chromium - The standalone Node.js that is used by [roNodeJs](docId\:x9c4JHn6rnqgryflY1wdQ) and similar objects The version numbers of these are not identical although BrightSign tries to ensure that they are at least the same major version. Note that the embedded Node.js is associated with [roHtmlWidget](docId\:xljq5_YhDmA2SSmpZimtK) and standalone Node.js is associated with [roNodeJs](docId\:x9c4JHn6rnqgryflY1wdQ). ## Determining Version Numbers Inspecting `process.version` in each environment is the most reliable way to determine the exact version number for any given version of the BOS. For standalone Node.js, enter `process.version` at the prompt: ```text BrightSign> node > process.version 'v10.15.3' > BrightSign> ``` For embedded Node.js, run a script to print the version number to the log and inspect the output (there is no way to type directly in the console): ```text BrightSign> htmlplay data:text/html, BrightSign> log [...] <12>[173535.688] [INFO] [source data:text/html,%3Cscript%3Econsole.log(process.version);%3C/script%3E:1]: v10.11.0 BrightSign> ``` ## BOS & Chromium/Node.js Version Compatibility This table describes the web-rendering engine and Node.js version used in each BOS version: | **BOS version** | **Chromium version** | **Embedded Node.js version** | **Standalone Node.js version** | | -------------------------- | -------------------- | ---------------------------- | ------------------------------ | | 9.1x | Chromium 120 | 18.18.2 | 18.18.2 | | 8.5.x, 9.0.x | Chromium 87 | 14.17.6 | 14.17.6 | | 8.1.x, 8.2.x, 8.3.x | Chromium 69 | 10.11.0 | 10.15.3 | | 8.0.x | Chromium 65 | 10.0.0 | 8.9.4 | | 7.1.x, 7.0.x, 6.2x | Chromium 45 | 5.1.1 | 5.1.1 | | 6.1.x, 6.0.x | Chromium 37 | | | | 5.1.x, 5.0.x, 4.8.x, 4.7.x | WebKit | | | See [this page](docId\:YGi_yIWT6pZ2BtU-GrfuP) to download any of the listed Chromium versions. Use [this page](http://caniuse.com/) to determine if specific function calls and extensions are supported in a corresponding version of Chrome. :::hint{type="info"} Chromium version 69 or later will refuse SHA-1 certificates. See [this page](https://www.chromium.org/Home/chromium-security/education/tls/sha-1/) for more information. ::: [title] HTML Best Practices [path] HTML Development/ Select the links below to see information about content requirements, abilities, and restrictions of the HTML rendering engine on BrightSign players: [Animations and Add-on Libraries](docId\:pA1jGkla28QqI25Nqf-WE) [BrightSign Extensions](docId:0p1XyLLK5LyTHfLQGml2W) [Chromium, Node.js, & BOS Versions](docId\:jxMrSYlnKOxoBHOfmHTyd) [Creating HTML Pages](docId\:U0dk6TsZYKUUcG8lQTGr9) [Debugging Webpages](docId:4qlK1krr1cnx7xypWXRY5) [Disabling Staged ES6 Features](docId\:rDkZacK9KKlVpBjtTWR5t) [HTML Caching](docId\:klnl87Z9zBZpxm3f6cgy8) [HTML Content Restrictions](docId\:XleiD0O22LAz9SpXtbd8V) [HTML Storage](docId\:RALvpEudEblvgwdJo6AtL) [HTML Video](docId\:e6uJleH69Q0JmMv8kyTrp) [Touchscreen Support](docId\:PUYpO2ejFRG0KPfqGVbPI) [Using HTML Websites that Require Logins](docId\:bemK_wvHwhpFNloh2iPc0) [title] Disabling Staged ES6 Features [path] HTML Development/HTML Best Practices/ Some ES6 features have not been finalized and may still contain bugs in the Chromium version(s) used by BrightSign. A crash may occur if your JavaScript application (or the framework code used to build the application) uses one of these features: For example, [this](https://bugs.chromium.org/p/v8/issues/detail?id=3923) is a known issue in Chromium version 45 that will cause a crash on BrightSign XTx44 and XDx34 players. To bypass such issues, you can disable all staged (i.e. experimental) ES6 features using the `disable-javascript-harmony-shipping` registry flag (which requires firmware version 7.1.49 or later). The following example shows how to set this registry flag using the [registry](docId\:tXWoOMbD2-u12dfegX7gA) JavaScript module (you can also use the [roRegistry](docId\:YTpSfntswYFMXx8PCqJLf) BrightScript object). ```text var registryClass = require("@brightsign/registry"); var registry = new registryClass(); var systemClass = require("@brightsign/system"); var system = new systemClass(); registry.write("html", {js-disable-harmony-shipping:"1"}).then( function(){console.log("Write Successful");}); system.reboot() ``` Enabling this registry flag will limit the available JavaScript syntax. However, for ES6 features to be available, an application must be written to be compatible with both ES5 and ES6, so enabling this flag should not cause syntax errors or similar issues. [title] Known Issues [path] HTML Development/ BrightSign’s HTML5 rendering engine is a constant work-in-progress. The following are known issues that we are working to resolve in future versions of player firmware. ## Rotated 4K Output Displaying an HTML page and rotated video while using a 4K output mode will cause the video to glitch. This is the case even if the video is not part of the HTML page (i.e. it's displayed and rotated using BrightScript). ## Localized JavaScript Time The JavaScript `toLocaleTimeString()` call does not retrieve localized time formats (i.e. 24-hour vs. 12-hour clock): Instead, the hour/minute clock defaults to 24-hour time on the BrightSign player. The below code provides a workaround in JavaScript if you would like to display time using a 12-hour clock: ```text function format12Hour(date) { var zero = '0'; hh = date.getHours(); mm = date.getMinutes(); ss = date.getSeconds() if((hh % 12) == 0) hh = 12; else hh %= 12; // Pad zero values to 00 hh = (zero+hh).slice(-2); mm = (zero+mm).slice(-2); ss = (zero+ss).slice(-2); return hh + ':' + mm + ':' + ss + ' ' + ((date.getHours() < 12) ? 'AM' : 'PM'); } ``` If you would prefer not to display seconds information, you can replace the above “return” line with the following: ```text return hh + ':' + mm + ' ' + ((date.getHours() < 12) ? 'AM' : 'PM'); ``` Implement the function in the HTML script as follows: ```text var dateString = (startJSDate.getMonth() + 1) + "/" + startJSDate.getDate(); if (!startDateTime.isDateOnly()) { dateString += " -- " + format12Hour(startJSDate); } ``` [title] rDWS Registry Endpoints [path] Diagnostic Web Server APIs/Remote DWS APIs/ Base URL for these endpoints: ***https\://ws.bsn.cloud/rest/v1/*** *\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_* ## GET /registry/ Returns the player registry dump **Request Example** ```text GET /rest/v1/registry/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** - `success` bool: If the operation is successful - `value` object: The keys are the names of the registry sections. These are some examples: - `brightscript` object: The BrightScript key-value pairs - `networking` object: The networking key-value pairs **Response Example** ```json { "route": "/v1/registry", "method": "GET", "data": { "result": { "success": true, "value": { "autorun": { "bootchecks": "", "bootstrap": "", "knowngood": "", "lasttried": "" }, "brightscript": { "createdby": "Supervisor 2.1.10" }, "networking": { "a": "JaneDoeTesting", "access_token": "JcqVLXY3Ttpgpc5IiWL7wMHibKKcLDJkuRaLgWBQyvcjdI2JYRjHDdjaHQrnGkm9b9wAbdb2kTqqCC02oKjA7EJZMfP1jyllrbdFrscXbXePr4WtV3TRYoiWtv8tRGVB", "access_token_expiration": "86400", "access_token_expires_at": "Thu Feb 08 2024 07:47:26 GMT-0800 (Pacific Standard Time)", "bbhf": "true", "bph": "[]", "brightwallname": "", "brightwallscreennumber": "", "bs": "/bs/batteryCharger.ashx", "bsn_settings_last_modified": "Tue, 30 Jan 2024 22:01:45 GMT", "bsnapiversion": "2022/06", "cdr": "no", "createdby": "Supervisor 2.1.10", "cwr": "True", "dd": "/bs/devicedownload.ashx", "de": "/bs/deviceerror.ashx", "dhcp": "yes", "dle": "no", "dp": "/bs/devicedownloadprogress.ashx", "dwse": "true", "dwsp": "", "ele": "no", "enableremotesnapshot": "no", "enablewpaenterpriseauthentication": "False", "endpoints_blessings_installer_url": "https://certs.bsn.cloud/install-blessing/v1/", "endpoints_blessings_server_bp3": "https://certs.bsn.cloud/blessings/", "endpoints_bsn_classic_api_server": "http://api.brightsignnetwork.com", "endpoints_bsn_classic_server": "https://services.brightsignnetwork.com", "endpoints_bsnapiserver": "https://api.bsn.cloud", "endpoints_bsnserver": "https://handlers.bsn.cloud", "endpoints_certsserver": "https://certs.bsn.cloud", "endpoints_echotest": "https://certs.bsn.cloud/echo/ping", "endpoints_failsafecheck": "https://certs.bsn.cloud/features/api/v1/failsafe", "endpoints_featuresavailable": "https://certs.bsn.cloud/features/api/v1/features", "endpoints_provisionserver": "provision.bsn.cloud", "endpoints_remote_storage_notifications": "https://certs.bsn.cloud/files/api/v1/notify", "endpoints_remote_storage_server": "https://certs.bsn.cloud/files/api/v1/verify", "endpoints_s3_classic_url": "http://bsnm.s3.amazonaws.com/public/", "endpoints_s3url": "https://bsncloud.s3.amazonaws.com/public/", "endpoints_supervisorupgrade": "https://certs.bsn.cloud/features/api/v1/supervisors", "endpoints_websocketsdws": "wss://ws.bsn.cloud/", "eu": "/bs/error.ashx", "g": "Default", "hh": "/bs/heartbeat.ashx", "hr": "no", "hwr": "True", "internalcapackages": "", "isc": "FF702896", "last_modified_autorun_settings_at": "2024-01-30T22:01:45.000Z", "lastbsnconnectiontime": "2024/01/30 10:57:50.864", "lwr": "True", "mwr": "True", "ncp": "0", "networkjson": "{\"hostname\":\"BrightSign-RE433D006644\",\"proxyServer\":null,\"proxyBypass\":[],\"timeServers\":[\"http://time.brightsignnetwork.com\"],\"interfaces\":[{\"enabled\":true,\"proto\":\"DHCP\",\"ip\":null,\"gateway\":null,\"dns\":null,\"rateLimitDuringInitialDownloads\":0,\"rateLimitInsideContentDownloadWindow\":0,\"rateLimitOutsideContentDownloadWindow\":null,\"contentDownloadEnabled\":true,\"textFeedsDownloadEnabled\":true,\"mediaFeedsDownloadEnabled\":true,\"healthReportingEnabled\":true,\"logsUploadEnabled\":true,\"name\":\"eth0\",\"type\":\"Ethernet\",\"metric\":100}]}", "nlws": "s", "nlwseun": "yes", "nlwsp": "", "nlwsu": "", "nu": "/bs/checkforcontent.ashx", "p": "", "ple": "no", "rdwse": "yes", "refresh_token": "LUi0ZRpbz1BWJ3JuBCwMPtRxEMQ9vMwyTRokUSENNCRckFOuVTUshtfb7Lk5H3Ji8kTyBsqVlwo9SZjzwkHv6V9XKKX4mtwbvGWWlYgUslOK7UbURW3zeMGKWhxbIghx", "refresh_token_expires_at": "Fri Feb 06 2026 07:47:26 GMT-0800 (Pacific Standard Time)", "registered_with_bsn": "yes", "rlmid": "unlimited", "rlmiw": "unlimited", "rlmow": "default", "rlrid": "0", "rlriw": "0", "rlrow": "0", "rs": "/recovery/recovery_runsetup_ba.brs", "ru": "/recovery/recovery.ashx", "schedule_handler_duration": "21600", "settings_handler_duration": "21600", "sle": "no", "status_handler_duration": "300", "sut": "BSN", "tbh": " 300", "tbnc": " 21600", "td": "/bs/trafficdownload.ashx", "ts": "http://time.brightsignnetwork.com", "twr": "True", "tz": "PST", "u": "", "uab": "no", "uat": "no", "ub": "https://handlers.bsn.cloud/", "ud": "Trying again", "ul": "/bs/uploadlogs.ashx", "un": "XD5", "unm": "appendUnitIDToUnitName", "up": "no", "ut": " 0", "v": "1", "version": "3.0.0", "vle": "no", "vu": "/bs/events.ashx", "wifi": "no" }, "newsection": { "newkey": "newvalue" } } } } } ``` ## GET /registry/\:section/\:key/ Returns a particular registry section or key value **Segment** - `section` string: The name of the registry section (for example, "html" or "networking") - `key` string: The name of the registry key **Request Example** This example gets the `telnet` port number from the `networking` section: ```text GET /rest/v1/registry/networking/telnet?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} ``` **Response Example** ```json { "route": "/v1/registry/brightscript/g", "method": "GET", "data": { "result": { "success": true, "section": "brightscript", "key": "g", "value": "" } } } ``` ## PUT /registry/\:section/\:key/ Sets a value in the specified section of the registry. Do a GET first to see which keys are available. :::hint{type="warning"} Applications rely on the values they have set in the registry. Please be mindful of what you type to avoid putting the player in an unstable state. ::: **Segment** - `section` string: The name of the registry section (for example, "html" or "networking") - `key` string: The name of the registry key **Request Example** This example sets the `telnet` port number in the `networking` section of registry: ```text PUT /rest/v1/registry/networking/telnet?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Content-Type: application/json Content-Length: 47 ``` This is the example request body: ```json { "data": { "value": 23 } } ``` **Response Example** ```json { "data": { "result": { "success": true, "section": "networking", "key": "telnet", "value": "23" } }, "route": "/v1/registry/networking/telnet", "method": "PUT" } ``` ## DELETE /registry/\:section/\:key/ Deletes a key-value pair from the specified registry section, or the whole section. :::hint{type="warning"} Applications rely on the values they have set in the registry. Please be mindful of what you type to avoid putting the player in an unstable state. ::: **Segment** - `section` string: The name of the registry section (for example, "html" or "networking") - `key` string: The name of the registry key **Request Example** This example deletes the `telnet` key from the `networking` section of registry: ```text DELETE /rest/v1/registry/networking/telnet?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} ``` **Response Example** ```json { "route": "/v1/registry/networking/telnet", "method": "DELETE", "data": { "result": { "success": true, "section": "networking", "key": "telnet" } } } ``` ## PUT /registry/flush/ Flush the registry immediately to disk. This is available as of BOS 9.0.110 and 8.5.47. If you are on an earlier OS, you can reboot the player to flush the registry. **Request Example** ```text PUT /rest/v1/registry/flush?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} ``` **Response Example** ```json { "route": "/v1/registry/flush", "method": "PUT", "data": { "result": { "success": true } } } ``` ## GET /registry/recovery\_url/ Retrieves the recovery URL stored in the player registry **Request Example** ```text GET /rest/v1/registry/recovery_url/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** - `success` bool: A flag indicating whether the request was successfully read - `value` string: The recovery URL **Response Example** ```json { "route": "/v1/registry/recovery_url", "method": "GET", "data": { "result": { "success": true, "value": "https://handlers.bsn.cloud//recovery/recovery.ashx" } } } ``` ## PUT /registry/recovery\_url/ Writes a new recovery URL to the player registry **Request Body** - `url` string: The new recovery URL **Request Example** ```text PUT /rest/v1/registry/recovery_url/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json Content-Type: application/json Content-Length: 61 ``` This is the example request body: ```json { "data": { "url": "https://test.com" } } ``` **Response Body** - `success` bool: A flag indicating whether the write was successful **Response Example** ```json { "data": { "result": { "success": true } }, "route": "/v1/registry/recovery_url", "method": "PUT" } ``` [title] Developer Setup [path] BrightSign Partner Packet/Integrating with BrightSign/ As a new developer in the BrightSign ecosystem, there are several items that will help get you up and running as efficiently as possible. Mandatory items include everything listed in the earlier hands-on examples, listed again here for convenience: - BrightSign player and associated power supply - microSD or other storage device - If using a microSD card as the storage device, you will also likely need microSD card adapter (computers with standard SD card readers typically require an adapter to access microSD cards) - Mac or PC - Display - HDMI cable (connects the player to the display) In addition, it is very useful to connect the player to the local network via an Ethernet cable or, if the player has the appropriate hardware, WiFi. # BrightSign Shell and BrightScript Debugger Partners may also find the BrightSign Shell and BrightScript Debugger to be very useful for development purposes. The BrightSign Shell is a command-line interface (CLI) that enables interaction with the BrightSignOS (BOS), the operating system that powers all BrightSign players. The BrightScript Debugger is a CLI which enables interaction with the BrightScript Interpreter. The [BrightSign Shell page](docId\:FXXyu9jmocUtC6XE2p7l2) contains info about the various ways to access the Shell, specifics on the type of cable to use if you prefer a physical connection to the player, commands, troubleshooting, and more. The [BrightScript Debugger](docId\:NWBQJWdO43dYsqmHzYSCL) page contains info about how to enable and access the Debugger, commands, troubleshooting, and more. # Local Access to the DWS :::hint{type="danger"} Local access (i.e., access over the local network) of the Diagnostic Web Server (DWS) is **disabled** by default as of BrightSignOS **9.0.218** (on the 9.0 branch) and BrightSignOS **9.1.75** (on the 9.1 branch). In BrightSignOS versions prior to these, local access to the DWS was enabled by default. To enable local access to the DWS, see [DWS: Local Access](docId\:IAFCHERlJfjDJTWTtKpk5). Note that some specially configured players have the external microSD card port and USB storage disabled at the factory (SKU: SVC-internal-storage-only). For these players, local access to the DWS remains enabled by default. ::: The Diagnostic Web Server (DWS) is a powerful tool that enables inspection of various player settings and diagnostic details. Both a Local Diagnostic Web Server (Local DWS, accessible over the local network via the player’s IP address) and Remote Diagnostic Web Server (Remote DWS, accessible via BrightSign Author) are available. General info about the DWS can be found [Diagnostic Web Server (DWS)](docId\:qXt4YHey7IEj_M9dH73wM). [Local DWS APIs](docId:2Zmel07w011h1267dt-59) also exist to enable direct access to DWS functionality. # VSCode Visual Studio Code is a popular coding environment for BrightSign development. The [BrightScript Language](https://marketplace.visualstudio.com/items?itemName=RokuCommunity.brightscript) extension facilitates coding in BrightScript and is used by thousands of developers around the world. [Next - Partner Resources >](docId\:iseOFjABJZNe2mgyDelKS) [title] BrightSign Shell [path] / This page serves as a guide for accessing the **BrightSign Shell** of BrightSign players. The BrightSign Shell can be accessed via a physical serial connection or over the network via SSH or Telnet. For the physical serial connection, certain cables are recommended as described below. ## What is the BrightSign Shell? The BrightSign Shell is a command-line interface (CLI) that enables interaction with the BrightSignOS (BOS), the operating system that powers all BrightSign players. The BrightSign Shell is denoted by the command-line prompt `BrightSign>` and can be used to troubleshoot and debug issues with the player as well as accessing things like network settings, display details, the BrightScript Interpreter, the BrightScript Debugger, a Node.js runtime, and player logs. ## What is the BrightSign Console? The BrightSign Console (or more simply, Console) enables access to the BrightSign Shell, BrightScript Debugger, and logs over the 3.5mm serial port. ## Serial Cable vs. Telnet or SSH Immunity from network connectivity issues is one of the primary advantages of a serial cable connection over Telnet or SSH connections. Additionally, in situations where the player is stuck in a boot loop and neither the Shell nor BrightScript Debugger are accessible, a serial port connection can provide access to Console messages. ## Serial Cable Hardware The Shell can be accessed over the 3.5mm serial port that is present on *Extended I/O* player models when the BrightSign Console is turned on as described below. Serial cable assemblies compatible with all Series 3, Series 4, and Series 5 Extended I/O players are described below. LS models require another adapter cable that is also described below. ### Cable Assembly 1 (Recommended) This cable assembly has been verified to work and is the simplest and most straightforward option for a physical serial connection. As long as the individual cables required can be procured, this is the recommended cable assembly to use. ![image-20240417-220412.png](https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/_6W65nsRYYam1J9xTcx8w_image-20240417-220412.png) - [Cable A (cablestogo.com)](https://www.cablestogo.com/usb-and-pc/computer-cables/serial-rs232/1-5ft-0-46m-velocity-db9-female-to-3-5mm-male-adapter-cable/p/cg-02445) - 3.5mm Male to DB-9 *Female* - [Cable B (plugable.com)](https://plugable.com/products/pl2303-db9) - DB-9 Male to USB (Prolific PL2303GT chipset) - [Cable B (Amazon)](https://www.amazon.com/gp/product/B00425S1H8/ref=oh_aui_detailpage_o01_s01?ie=UTF8\&psc=1) - DB-9 Male to USB (Prolific PL2303GT chipset) - [Cable B (Walmart)](https://www.walmart.com/ip/Plugable-USB-to-Serial-Adapter-Compatible-with-Windows-Mac-Linux-RS-232-DB9-DTE-Male-Connector-Prolific-PL2303HX-Rev-D-Chipset/47500195) - DB-9 Male to USB (Prolific PL2303GT chipset) - [Cable B (Amazon)](https://www.amazon.com/dp/B0759HSLP1?psc=1\&ref=ppx_yo2ov_dt_b_product_details) - DB-9 Male to USB (FTDI FT232RL chipset) ### Cable Assembly 2 This cable configuration uses a 3.5mm Male to DB-9 *Male* cable which in some cases may be more readily available than the 3.5mm Male to DB-9 *Female* cable of Cable Assembly 1. However, this configuration necessitates an additional gender changer part which results in a more complex cable assembly. ![image-20240417-220458.png](https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/x8mDQoyJvWZ0p6O_IEKUH_image-20240417-220458.png) - [Cable C (cablestogo.com)](https://www.cablestogo.com/cables/pc/serial-rs232-cables/1-5ft-0-46m-velocity-db9-male-to-3-5mm-male-serial-rs232-adapter-cable/p/cg-02444) - 3.5mm Male to DB-9 *Male* - [Gender Changer (Amazon)](https://www.amazon.com/C2G-Cables-Serial-Changer-Coupler/dp/B00005111M/ref=sr_1_4?s=pc\&ie=UTF8\&qid=1467322225\&sr=1-4\&keywords=gender%2Bchanger\&th=1) - DB-9 Female/Female Gender Changer - [Gender Changer (Walmart)](https://www.walmart.com/ip/Gender-Changer-SUB-9-Pin-Pack-of-2-Socket-To-9-Pin-Female-To-9-Pin-Serial-RS232-Gender-Changer-Converter-Adaptor/2249966965?wmlspartner=wlpa\&selectedSellerId=101294820\&adid=22222222227000000000\&wl0=\&wl1=g\&wl2=c\&wl3=42423897272\&wl4=pla-51320962143\&wl5=9032144\&wl6=\&wl7=\&wl8=\&wl9=pla\&wl10=736876983\&wl11=online\&wl12=2249966965\&veh=sem\&gclid=CjwKCAjww7KmBhAyEiwA5-PUSiDg83bmbfSQa6_B5qIiBCOCGEAviTkWhr7miadhBbfguOYX3mgBMhoC4XYQAvD_BwE) - DB-9 Female/Female Gender Changer - [Cable B (plugable.com)](https://plugable.com/products/pl2303-db9) - DB-9 Male to USB (Prolific PL2303GT chipset) - [Cable B (Amazon)](https://www.amazon.com/gp/product/B00425S1H8/ref=oh_aui_detailpage_o01_s01?ie=UTF8\&psc=1) - DB-9 Male to USB (Prolific PL2303GT chipset) - [Cable B (Walmart)](https://www.walmart.com/ip/Plugable-USB-to-Serial-Adapter-Compatible-with-Windows-Mac-Linux-RS-232-DB9-DTE-Male-Connector-Prolific-PL2303HX-Rev-D-Chipset/47500195) - DB-9 Male to USB (Prolific PL2303GT chipset) - [Cable B (Amazon)](https://www.amazon.com/dp/B0759HSLP1?psc=1\&ref=ppx_yo2ov_dt_b_product_details) - DB-9 Male to USB (FTDI FT232RL chipset) ### Additional Cable for LS Models For LS players (e.g., LS425, LS445, LS424, LS423), you will need an additional cable, Cable D, as shown below. This can be procured from the [BrightSign Store](https://store.brightsign.biz/). ::Image[]{src="https://api.archbee.com/api/optimize/511c8QBH-VHiwWnyzIwUb/oW3Rhzq1CljdRc60-w-Zg_image-20240415-185336.png" size="60" width="1140" height="688" darkWidth="1140" darkHeight="688" position="center" alt="image-20240415-185336.png" showCaption="false"} ## Serial Cable Considerations ### USB-to-Serial Chipsets and Drivers BrightSign has tested and verified the cable assemblies described above and have found that USB-to-Serial cables with one of the following chipsets work best: - [FTDI FT232RL](https://ftdichip.com/products/ft232rl/) - [Prolific PL2303GT](https://www.prolific.com.tw/US/ShowProduct.aspx?p_id=382\&pcid=41) - [Prolific PL2303HXD](https://www.prolific.com.tw/US/ShowProduct.aspx?p_id=225\&pcid=41) When using these cables, associated drivers may need to be installed: - [FTDI FT232RL drivers](https://ftdichip.com/drivers/vcp-drivers/) - [Prolific PL2303GT drivers](https://www.prolific.com.tw/US/ShowProduct.aspx?pcid=41\&showlevel=0017-0037-0041) - [Prolific PL2303HXD drivers](https://www.prolific.com.tw/US/ShowProduct.aspx?pcid=41\&showlevel=0017-0037-0041) When qualifying cable assemblies, be aware that your computer’s OS, OS Version, and general setup (this includes computer settings as well as any installed security software) can all affect whether or not your computer is able to detect the player. BrightSign has seen largely positive results from both the FTDI Chipsets as well as the Prolific Chipsets. However, if you are unsure about compatibility with your computers, it may be best to acquire and test cable assemblies with both chipsets prior to making larger purchases. ### Counterfeit Cables There is a wide variance in USB-to-Serial cables, and many cables contain chipsets which may not be compatible with our players. In addition, counterfeit and/or low-quality cables are prevalent (see [Prolific’s message](https://www.prolific.com.tw/US/ShowProduct.aspx?p_id=155\&pcid=41) regarding counterfeits of their products). For this reason, we recommend that cables be procured directly from the sources provided or from a manufacturer-authorized reseller. If deviating from the provided sources, we recommend confirming the pinout and chipset with the manufacturer prior to purchase and to qualify any cables thoroughly before making larger purchases. ### Pinout and Null Modems When designing systems that use the serial connection, careful consideration must be paid to the pinouts of all connections involved. This includes pinouts for any cables as well as any hardware devices that the cable(s) will connect to. Whether a Null Modem is needed or not depends upon the specified pinout of the cable. Refer to the [this page](docId\:Zen3QyWtjoHOeOTkbRX2a) for details on how the tip, ring, and sleeve of the 3.5mm pin are mapped to the DB-9 pins. To determine the pinout of the 3.5mm to DB-9 or DB-9 to USB, refer to the manufacturer’s specification to ensure the cable meets the specifications of BrightSign’s 3.5mm serial port. ### Connector Genders Be sure to confirm that the connector genders, both on the cables themselves as well as on the device(s) the cables are connecting to, are compatible. Validate that all cables meet your system requirements before making larger purchases. ### Using the 3.5mm Port in Production If the 3.5mm serial port is intended to be used as part of the end experience (e.g., connecting the player to a serial controller), it is recommended to use Telnet or SSH when connecting to the player during development. Developing and testing with the intended serial device attached to the player will provide a better representation of the final production configuration. The Console output emitted from the 3.5mm serial port is intended for development purposes and is not intended for production use. ## Connecting Player to Computer A terminal app on your computer is required to interface with the Shell. Terminal apps can either be command-line based or GUI (Graphical User Interface) based. Popular terminal apps include: - Mac - [iTerm2](https://iterm2.com/) - [Serial](https://www.decisivetactics.com/products/serial/) - macOS Terminal App - Windows - [PuTTY](https://www.putty.org/) - [miniCom](https://salsa.debian.org/minicom-team/minicom) - Linux - [tio](https://github.com/tio/tio) Here are details on the [Configure the Serial Port](docId\:Zen3QyWtjoHOeOTkbRX2a). From your terminal app, the first step is to confirm that the USB-to-Serial cable (Cable B above) is detected by your computer. Note that the computer should be able to detect the USB-to-Serial cable even without a serial device (e.g., the player) connected on the other end. Simply attaching this cable to the computer is the quickest and easiest way to verify that the cable’s connection is detected by the computer. After attaching the cable assembly to the player, the player can be found by running the following command: ```text ls /dev/tty* ``` The player should be named along the lines of `/dev/tty.usbserial` on macOS or `/dev/ttyUSB0` on Linux. The `screen` command can be used to establish a connection. The command to establish a connection is as follows: ```text screen /dev/tty.usbserial 115200 ``` From here, a blank screen in the terminal app should appear. If your session reported any errors, please refer to the [Troubleshooting](docId\:FXXyu9jmocUtC6XE2p7l2) section. Refer to [Accessing the BrightSign Shell](docId\:FXXyu9jmocUtC6XE2p7l2) section to access the BrightSign Shell. The following was set up using the details outlined in [Configure the Serial Port](docId\:Zen3QyWtjoHOeOTkbRX2a) with the following settings: - **Baud rate:** 115200 - **Data:** 8 bit - **Parity:** none - **Stop:** 1 bit - **Flow control:** Hardware flow control is available on the 4Kx42, XDx32, and HDx22 models. Software flow control is not supported on any model. - **Return Key:** CR + LF - **Send Mode:** Interactive (line buffered may also work) ::Image[]{src="https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/5nsKEtCobnpNegUGLxQdV_image-20240415-193812.png" size="80" width="900" height="678" position="center" alt="image-20240415-193812.png" showCaption="false"} ::Image[]{src="https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/jsgtxcCtZLn-WgfKMd661_image-20240415-193824.png" size="80" width="906" height="680" position="center" alt="image-20240415-193824.png" showCaption="false"} If it’s unclear which `tty` device is the player, unplug the cable and run the command again. The device that disappears is the player. ## Enabling the BrightSign Console Follow these steps to enable/turn on the BrightSign Console: 1. Connect the aforementioned cable assembly from the player to your computer. The 3.5mm connector should be plugged into the player’s 3.5mm serial port and the USB connector plugged into the computer. 2. Once the cables are connected, open a terminal app to establish a connection.The player should be named along the lines of `/dev/tty.usbserial` on macOS or `/dev/ttyUSB0` on Linux: ```text ls /dev/tty.usb* ``` The player can be found by running the following command: ```text screen /dev/tty.usbserial 115200 ``` From here, a blank screen in the terminal app should appear. Note that the player’s name may be different depending on the type of computer and serial cable used. If your session reported any errors, please refer to the [Troubleshooting](docId\:FXXyu9jmocUtC6XE2p7l2) section. 3\. From here, we will enable the BrightSign Console. 1. Power down the player. For the next few steps, pay close attention to the terminal app and watch the logs during the boot process. Specifically, watch for a message along the lines of “*Press CTRL-C to stop automatic startup”.* 2. Press and hold down the SVC button while applying power to the player. This instructs the player to emit logs through the 3.5mm serial port. 3. After \~3-5 seconds, the terminal app will ask you to press CTRL-C to stop automatic startup and will present a 3-second countdown. To stop automatic startup, press CTRL-C on your computer’s keyboard within the countdown window. 4. Depending on the version of BrightSignOS installed on the player, you will see one of the following boot loader prompts: `BOLT>`, `SECURE>`, `INSECURE>` Enter the following at the boot loader prompt: ```text console on reboot ``` Example: ```text SECURE> console on *** command status = 0 SECURE> reboot ``` This reboots the player with the Console enabled/on which results in the player displaying a continuous scroll of logs emitted from the 3.5mm serial port. You can pause the scrolling of logs at any time using the keyboard (different terminals have different setups for how to do this). :::hint{type="info"} The Console will continue to emit logs, even after a reboot, until either the Console is explicitly disabled (entering `console off` and `reboot` from the boot loader prompt) or a Factory Reset is performed on the player. ::: ## Accessing the BrightSign Shell The BrightSign Shell is accessible through a serial cable, Telnet, or SSH. It is denoted by the `BrightSign>` prompt. Navigate to the BrightSign Shell through one of the methods described below. ### Shell Access Methods The bulleted items shown below are *not* steps, i.e., each item shown is an *independent* method for accessing the Shell. - With the player off, remove any storage device connected to the player. Power on the player and wait for the splash screen to appear over HDMI, and then press either the SVC button on the player or CTRL-C on your computer. - Place an autorun.brs file containing only the word “end” (without the quotes) on the storage device. The script will execute and bring you to the BrightSign Shell. :::hint{type="info"} Note: If a storage device is present and it does not contain an autorun.brs file, the SVC button event will *not* be registered. If no storage device is present, the SVC button event *will* be registered. ::: ## Shell Commands The following commands are currently available in the BrightSign Shell. | **Command** | **Description** | | ---------------------------------------- | ---------------------------------------------------------------------------------------------------------------------------------------------------------------- | | `?` | Display the list of available commands. | | `help` | Provide more information about a command. | | `clear` | Clear the terminal window. | | `exit` | Exit the shell. | | `dir` or `dir ` | List the contents of the current directory or the specified directory. | | `readperf` | Measure the performance of file reading. | | `writeperf` | Measure the performance of file writing. | | `rwperf` | Measure simultaneus file read/write performance. | | `audioplay` | Play an audio snippet. | | `script` | Start the BrightScript Debugger. Can also be used to run a script from a file if passed the filename. | | `mfg` | Perform a manufacturing test. | | `serialbaud` | Set the serial baud rate. | | `reboot` | Reboot the system. | | `shutdown` | Shut down the system. | | `date` | Display the date and time. | | `date ` | Set the date and time. | | `timezone` | Display the time zone. | | `timezone list` | Display a list of accepted time zones. | | `timezone ` | Set the time zone. | | `chdir ` or `cd ` | Change the current directory. | | `delete ` | Delete files or or directories recursively. | | `version` | Display software versions. | | `licenses` | Display license information. | | `registry` | Access the device registry. | | `uptime` | Display device uptime. | | `writebootfile` | Write a boot file to flash. | | `erasebootfile` | Erase a boot file in flash. | | `id` | Display device identification information. | | `file ` | Determine a file type. | | `hash` | Cryptographically hash a file. | | `factoryreset` | Reset the system to factory defaults. | | `format []` | Format a drive using one of the following file systems: `vfat`, `ext3`, `ext4`. | | `eject ` | Eject a drive. | | `log` | Display the system log. | | `unsetrtc` | Clear the real time clock (RTC). Note that this action does not modify the system clock. | | `probe` | Probe a file. | | `analyze` | Analyze a file. | | `ptpstatus` | Display the PTP status. | | `usblist` | Display a list of discovered USB devices. | | `bvn` | Dump BVN status for debugging. | | `avsinfo` | SoC AVS Information. | | `node` | Invoke Node.js Interpreter. | | `cursor` | Turn mouse cursor on or off. | | `mmchealth` | Report MMC Health. | | `ping` | Send echo request to remote host and wait for reply. | | `ifconfig` | Configure the network interface. Type `help ifconfig` for a full list of configuration options. Also see [Default Routing Metrics](docId:0jDtAGrV4AlBWLYFJNj45) | | `wifiscan` | Scan for WiFi networks. | | `httpgetperf []` | Measure the download performance from the specified URL. If a destination file is not specified, the contents are discarded. | | `nslookup ` | Look up the hostname in the DNS. | | `flushdns` | Flush DNS cache. | | `videoplay` | Play a video snippet. | | `imageplay` | Display an image. | | `htmlplay` | Display an HTML Site. | | `videomode` | Change the current [video mode](docId\:QpML112mBhEK7LBDGUxnv) | | `edid hdmi` | Read the EDID from the attached monitor. | | `powersave` | Set the VGA power saving mode. | ## Telnet :::hint{type="warning"} For security reasons, it is recommended to use SSH over Telnet. ::: Telnet can be used to access both the BrightSign Shell and the BrightScript Debugger, if enabled. While it is sometimes preferred to use a serial cable instead of Telnet for reliability reasons (e.g., network stability or when an application has forced the player into a reboot loop), Telnet access can be useful when the 3.5mm serial port (the default interface for the BrightSign Shell) is inaccessible. ### Enabling Telnet Telnet is enabled by writing a registry key to player’s registry. The player must be rebooted for Telnet to take effect. From the BrightSign Shell: ```text registry write networking telnet 23 reboot ``` Alternatively, the following lines can either be entered at the BrightScript Debugger prompt or included as part of an autorun.brs file: ```text reg = CreateObject("roRegistrySection", "networking") reg.write("telnet","23") RebootSystem() ``` Further info regarding Telnet can be found [here](docId\:L0L_gyiHAvtdBci9FFcQh) ### Accessing Telnet Once Telnet has been enabled, it can be accessed through a terminal app: ```text telnet ``` Further info regarding Telnet can be found [here](docId\:L0L_gyiHAvtdBci9FFcQh) ## SSH SSH can be used to access both the BrightSign Shell and the BrightScript Debugger, if enabled. While it is sometimes preferred to use a serial cable instead of SSH for reliability reasons (e.g., network stability or when an application has forced the player into a reboot loop), SSH access can be useful when the 3.5mm serial port (the default interface for the BrightSign Shell) is inaccessible. Authorized public keys can be provided for SSH. Public key authentication can be mixed with password authentication. To disable password authentication do not set a login password. ### Enabling SSH SSH is enabled by writing a registry key to player’s registry and a BrightScript Object, `roNetworkConfiguration`. The player must be rebooted for SSH to take effect. The following lines can either be entered at the BrightScript Debugger prompt or included as part of an autorun.brs file: ```text reg = CreateObject("roRegistrySection", "networking") reg.write("ssh","22") n=CreateObject("roNetworkConfiguration", 0) n.SetLoginPassword("password") n.Apply() reg.flush() RebootSystem() ``` Further info regarding SSH can be found [here](docId\:L0L_gyiHAvtdBci9FFcQh). ### Accessing SSH Once SSH has been enabled, the following SSH commands can be used: ```text ssh brightsign@ ``` ```text ssh brightsign@brightsign-.local ``` ## Useful Telnet and SSH flags Here are some tips for enabling serial output for various circumstances. Refer [here](docId\:L0L_gyiHAvtdBci9FFcQh) for info on Telnet. - `[networking]telnet 22` - enables SSH ([roNetworkConfiguration SetLoginPassword()](docId\:U6ZceYQddlz9xdAKtTmJs) must be set) - `[networking]telnet 23` - enables Telnet - `[networking]telnet_log_level 7` - sets the Linux log output to the same level as what we see with the 3.5mm serial connector, allowing the Linux log output to be sent to Telnet. - `[networking]serial_with_telnet 1` - allows communication with the player through both the 3.5mm serial connector and Telnet. - `[brightscript]debug 1` - (value is any truthy/positive value) can be used to enable the Debugger. ### Using SSH or Telnet with a Connected Serial Device By default, enabling debugging output via Telnet or SSH will disable such output over serial. The 3.5mm serial port can still be used for interaction with serial devices via the roSerialPort object. It is possible to enable debugging output over both Telnet/SSH and serial. However, interaction with serial devices via the roSerialPort object will become highly unreliable. To enable debugging output over serial as well, run a script containing the following code after Telnet/SSH has been enabled: ```text reg = CreateObject("roRegistrySection", "networking") print "Trying to enable serial with Telnet/SSH" print reg.write("serial_with_telnet", "1") reg.flush() ``` :::hint{type="info"} Although the registry key is labeled “serial\_with\_telnet”, it applies to both Telnet and SSH configurations. ::: Additional info [here](docId\:L0L_gyiHAvtdBci9FFcQh). ## Accessing Logs This section covers the accessing of logs from the player. There are several methods for accessing player logs: - A physical serial connection - SSH /Telnet - [Diagnostic Web Server (DWS)](docId\:qXt4YHey7IEj_M9dH73wM) which can be accessed either locally (over the local network) or remotely (over the internet) - syslog server - Local HTTP REST APIs - BSN.cloud HTTP REST APIs Player logs can be useful for analytics, troubleshooting, and debugging issues with the player. They can also be useful for accessing things like the network settings, display details, the BrightScript Interpreter and Debugger, and connected peripherals. Information from your application or presentations can also be logged. ### Logs from BrightSign Shell Enable the BrightSign Shell through using a physical set of cables to establish a serial connection with the player. Refer to the [Accessing the BrightSign Shell](docId\:FXXyu9jmocUtC6XE2p7l2) section for information on the required cables and how to enable the BrightSign Shell. Logs accessed from the BrightSign Shell will be captured by your terminal application. The logs can be redirected to a file or saved to a file through the terminal app. ### Logs from Telnet or SSH Enable Telnet or SSH through BrightScript to establish a Telnet or SSH connection in order to access the logs. See the [Telnet](docId\:FXXyu9jmocUtC6XE2p7l2) or [SSH](docId\:FXXyu9jmocUtC6XE2p7l2) sections above for information on how to enable Telnet or SSH. Logs accessed from Telnet or SSH will be captured by your terminal application. The logs can be redirected to a file or saved to a file through the terminal application. ### Logs from the Diagnostic Web Server (DWS) The [Diagnostic Web Server (DWS)](docId\:qXt4YHey7IEj_M9dH73wM) is a web server that runs on the BrightSign player and can be used to access player logs, network settings, and much more. When enabled, the player's DWS can be accessed over the local network. If the player has been registered with BSN.Cloud, the DWS can also be accessed remotely over the internet when the player is connected to the internet. The DWS can also be accessed vis REST APIs, either locally or remotely. Local access requires authentication using Basic or Digest Authentication. See [LDWS API Logs Endpoints](docId\:GVrlTps3CLNqwBF6nMEpM) for more info. Authorization for remote API access utilizes an OAuth token. See [Remote DWS APIs](docId\:Kku9e7f7CHC5LwofXs9E0) for more info. ### Logs from syslog server When enabled, the BrightSign player can send logs to a syslog server using the standard syslog protocol (RFC 3164) running on a pre-configured machine the BrightSign has access to. It can be accessed through a syslog client. The syslog server can be used to access logs. To enable the syslog server, the following BrightScript code can be used: ```text registry = CreateObject("roRegistrySection", "networking") registry.Write("syslog", "my-syslog-server") registry.Flush() ``` The syslog server can either be referenced by its IP address or its hostname. ## Troubleshooting If you’re encountering difficulties connecting your terminal application to the BrightSign player, below are some steps you can take to troubleshoot. ### Verify the tty Profile is Correct Refer to the [Connecting Player to Computer](docId\:FXXyu9jmocUtC6XE2p7l2) section for establishing a serial connection between the player and your computer. If the profile is incorrect, the terminal app will not be able to connect to the player. Serial port details can be found [here](docId\:Zen3QyWtjoHOeOTkbRX2a). ### Is the Terminal App Configured Properly? If the profile appears correct, determine if the terminal app is configured properly by connecting to the Serial Device cable or SSH/Telnet. If the terminal app is configured properly, and the player either has Shell enabled by holding the SVC and applying power for this boot cycle, or if Shell has been enabled, the terminal app should display the BrightSign Shell output. ### Is the BrightSign Shell Enabled? If the profile appears correct, determine if the Shell is on by rebooting the player. Assuming power is properly applied to the player, and your computer is properly reading from the Serial Device or SSH/Telnet, Shell output from the player should be seen within \~2-5 seconds. If there is no output, unplug the power cable, hold down the SVC button on the player and apply power. Within 2-5 seconds, the Shell should output something like `Hit CTRL-C to stop...` or `Automatic startup in 3 seconds, press Ctrl-C to interrupt.."` Note that this approach enables Shell output for this boot only. To persistently enable the Shell, at the boot loader prompt, type `console on` and then `reboot`. More information found [here](docId\:FXXyu9jmocUtC6XE2p7l2). ### The BrightSign Shell is Not Displaying If the BrightSign Shell is inaccessible yet it has been activated for this boot cycle or enabled persistently across boot cycles, try to access it through one of the following means: - Press SVC - Press CTRL-C - Remove microSD, reboot, after \~45-60 seconds press SVC without the microSD card inserted If these steps don’t work, the Shell may not be enabled. Please refer to the section about the [BrightSign Shell](docId\:FXXyu9jmocUtC6XE2p7l2) to enable it. ### Resetting your Mac Serial Terminal Connection In some situations, the computer may think it’s connected to another serial device when physically it is not; in others, the terminal connection may not be properly associated with the existing serial connection. When this occurs and the computer tries to connect to the device, an error may occur along the lines of: “Cannot open line ’tty.usbserial’ resource for R/W, resource busy” This can mean that a process on the computer is already allocated to listening on the same serial connection. Here are a couple of ways to fix this problem: Kill the process and re-open a new process: `lsof | grep 'usbserial'` `sudo kill -9 ` Alternatively, you can attach to the existing process ID: `lsof | grep 'usbserial'` `screen -x ` Additional info can be found [here](https://discussions.apple.com/thread/6078814?answerId=6078814021#6078814021). ### Still Having Issues? If you’ve tried the above steps and are still have issues, you may need to [factory reset the player](docId\:ynCF7P2PYZo2qedF1JYim). If troubles persist, please contact [support@brightsign.biz](mailto\:support@brightsign.biz). ## Additional Serial Topics Here are some additional topics that may be useful during troubleshooting. - For Console access, the SVC button should only be held down long enough to see Console output. If the SVC button is held down too long after Console output appears, the player will go into “rescue mode” which is most likely not the intended mode if you’re reading this document. Rescue mode may be initiated if the SVC button is held for 15 seconds or more while power was applied. While in rescue mode, the error LED will continue flashing for about fifteen minutes before rebooting. During that time, if an OS update is present on an attached storage device (or if a storage device is subsequently attached), the OS update will be applied. - The SVC and Reset buttons are physically close to each other on most players. Make sure that it’s the SVC button being pressed and not the Reset button. - Make sure that neither the SVC button nor the Reset button are stuck in the pressed down state. While this is rare, it has been known to occur. If the Console is still inaccessible, it may be best to perform a [factory reset](docId\:ynCF7P2PYZo2qedF1JYim). Without access to the BrightSign prompt and without the use of a script, the player can be factory reset by performing the following steps: 1. Hold both SVC and Reset while applying power. 2. Hold these 2 buttons until the ERR light flashes repeatedly red. 3. Release these buttons which will cause the player to boot up again. The player should be left untouched for \~2 minutes while it factory resets itself. 4. The player will be factory reset. 5. Next, power down the player. 6. Hold SVC while applying power. 7. If your computer’s serial physical connection and application are properly configured to associate with the Serial Device, you should now have Shell output at which point hit CTRL-C when the message “Hit CTRL-C to stop …” appears. :::hint{type="info"} During an OS update, both the BrightSign Shell and “Debug Mode” (script debug) are reset to disabled. ::: [title] Integrating with BrightSign [path] BrightSign Partner Packet/ As was shown in the hands-on example, BrightSign players can be provisioned by manually copying the necessary files to each player’s storage device. While this approach may be feasible for small numbers of easily accessible players requiring infrequent content updates, the manual approach quickly becomes untenable with larger networks of players that may be difficult to access and/or situations in which regular content updates are desired. To fully take advantage of BrightSign offerings, partners are encouraged to utilize the many powerful tools BrightSign offers that help streamline the deployment and management of players. [Next - bsn.Control Integration >](docId\:PhuUw_iHOXpaTIRCK8nbr) [title] Preparations [path] BrightSign Partner Packet/Example (Manual Setup)/ First, you will need to gather the necessary materials in order to follow along with this example. # What You Will Need - BrightSign player and associated power supply - microSD (µSD) or other storage device (a microSD card will be assumed for this guide) - microSD card adapter (computers with standard SD card readers typically require an adapter to access microSD cards) - Mac or PC - Display - HDMI cable (connects the player to the display) # Storage Preparation Make sure the card is properly formatted as described [here](docId\:o4YzospNpFaGbgLdUleee). # Player Preparation If your player is brand new, your player should be ready to proceed. :::hint{type="warning"} If you have previously set up your player, it may have some residual settings that need to be reset. In particular, if your player was previously configured for use with the BrightSign Author Plus (perhaps to evaluate the service using our free trial), the player will attempt to connect to and set itself up with BrightSign Author Plus. Refer [here](docId\:Cyl9kPm02CO5rgcB9WQQv) for instructions on how to delete the player’s provisioning record and then return here to proceed. ::: [Next - Copy to Player >](docId\:QMkhVLqLbvdwmt5SFThKm) [title] Debugging Webpages [path] HTML Development/HTML Best Practices/ ## Web Inspector You can use the [Web Inspector](https://trac.webkit.org/wiki/WebInspector) to debug webpages over the local network. :::hint{type="info"} The JavaScript console should only be used in non-production presentations and it should be disabled before you publish in a production environment because it uses more memory, which can lead to frequent reboots, and it compromises security. ::: ### Enabling/Disabling the Web Inspector As of BOS version 8.5.31 and later, *both* a presentation setting and a registry setting (`enable_web_inspector` registry key in the `html` section) are required to enable the Web Inspector. The various methods you can use to enable these settings are described below. **Through the Presentation Setting:** - *BrightSign Author*: In your BrightSign Author presentation, go to **Presentation tab > State Properties > Options **and select** Enable Javascript console**. - *BrightAuthor Classic*: In your BrightAuthor Classic presentation, go to **File > Presentation Properties > HTML** and check the **Enable Javascript console** box. See the "inspector\_server" in [roHtmlWidget](docId\:xljq5_YhDmA2SSmpZimtK) for more information. - *BrightScript*: When creating the *roHtmlWidget* instance, include the **inspector\_server** initialization parameter and specify a port number. **Through the Registry Setting:** These settings are only required as of BOS version 8.5.31 and later. - *Local/Remote DWS*: Select **Allow JavaScript console** in the [Chromium Debugging](docId\:qXt4YHey7IEj_M9dH73wM) section of the DWS. - *Local DWS APIs*: Set `PUT /v1/diagnostics/chromium-debug/` to `true` to enable the Web Inspector. See [this page](docId\:SAYOK1v5MYNJRFjDyJO5K) for more information. - *BrightScript*: Set the `enable_web_inspector` registry key to “1” to enable the Web Inspector for Chromium on the player (if it is set to “0” or nothing, the Web Inspector is disabled). For example: ```text reg = CreateObject("roRegistrySection","html") reg.Write("enable_web_inspector", "1") reg.Flush() ``` To disable the Web Inspector, disable either the presentation or registry setting you used to enable it. If you want to change the Web Inspector port, you must edit the configuration of *roHtmlWidget*. See the "inspector\_server" in [roHtmlWidget](docId\:xljq5_YhDmA2SSmpZimtK) for more information. :::hint{type="info"} Enabling the Web Inspector creates a security vulnerability on BrightSign players. See [this page](docId\:Ecb_HWEI2wJVvCqlxPD1x) for more details. ::: ### Inspecting a Webpage Once HTML content is running on a BrightSign player, follow these steps to inspect it: 1. Open Chrome on a desktop computer connected to the same local network. 2. Enter the following URL into the address bar: chrome://inspect/devices 3. In the **Devices** section, click **Configure**. 4. Enter the player IP address and Web Inspector port in the field (see the image below). The page(s) being run on the BrightSign player will be displayed at the bottom of the page. - If you don't know the player IP address, power on the player with the microSD card (and other storage devices) removed. After a few moments, the IP address will be displayed on screen. - If you enabled the Web Inspector in BrightAuthor, use port 2999 (e.g. http\://192.168.1.62:2999/). 5. Click the **Inspect** button next to a page. A debugging session will be launched in a new window. Unlike local pages, the page contents are not displayed in the left pane, but the inspector window on the right can be used to debug the page. ::Image[]{src="https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/jdYWwI4Jz54K-8DauY6rC_inspector.png" size="70" width="1563" height="881" position="center" darkWidth="1563" darkHeight="881" showCaption="false"} :::hint{type="info"} Adding more than one device in your list can cause performance issues, especially if the devices are not online, because the Chrome client will continue to search for any offline devices. ::: ### Chromium Version Compatibility Because BrightSign players use an older version of Chromium than recent desktop versions, newer desktop Chrome releases may not work with the Web Inspector. If you're having trouble using the Web Inspector with your version of Chrome, download and install one of these versions: - Linux: [https://www.googleapis.com/download/storage/v1/b/chromium-browser-snapshots/o/Linux\_x64/576753/chrome-linux.zip?generation=1532051976706023\&alt=media](https://www.googleapis.com/download/storage/v1/b/chromium-browser-snapshots/o/Linux_x64%2F576753%2Fchrome-linux.zip?generation=1532051976706023\&alt=media) - OSX**:** [https://www.googleapis.com/download/storage/v1/b/chromium-browser-snapshots/o/Mac/576753/chrome-mac.zip?generation=1532055270387578\&alt=media](https://www.googleapis.com/download/storage/v1/b/chromium-browser-snapshots/o/Mac%2F576753%2Fchrome-mac.zip?generation=1532055270387578\&alt=media) - Windows 64-bit: [https://www.googleapis.com/download/storage/v1/b/chromium-browser-snapshots/o/Win\_x64/576753/chrome-win32.zip?generation=1532053193483102\&alt=media](https://www.googleapis.com/download/storage/v1/b/chromium-browser-snapshots/o/Win_x64%2F576753%2Fchrome-win32.zip?generation=1532053193483102\&alt=media) :::hint{type="info"} If you're using the Web Inspector to manually step through JavaScript code, encountering an uncaught error in the debugger may cause the player to crash. This is a known bug with the Web Inspector. ::: A larger collection of supported Chromium downloads can be found [here](docId\:YGi_yIWT6pZ2BtU-GrfuP). ## Trace Events The Chromium TraceEvent system allows you to debug JavaScript memory leaks, performance issues, and rendering problems. This feature is available in firmware versions 7.0.82 and later. Unlike PCs, where the trace/debugger is run in the same browser as the content, BrightSign players write JSON trace files to the local storage, which you can then import to Chrome on your PC. When trace events are enabled on a BrightSign player, Chromium captures trace messages to a circular buffer. The player takes regular snapshots of this buffer and writes them to the root directory of the microSD card or SSD as JSON files. :::hint{type="info"} The TraceEvent system can easily generate gigabytes of log data on local storage, so we recommend disabling it in production environments. ::: :::hint{type="info"} See this StackOverflow [page](https://stackoverflow.com/questions/12996129/memory-leak-when-logging-complex-objects) for more information about memory leaks when using console.log to log complex objects. ::: ### Creating a TraceEvent Directory Before enabling the TraceEvent system, create a directory named "brightsign-webinspector" in the root directory of the microSD card or SSD on the player. If this directory is missing, the player will not record trace events when they are enabled in the registry. Conversely, you can disable trace events by deleting the "brightsign-webinspector" directory from the storage device. ### Enabling the TraceEvent System The TraceEvent system is enabled and configured by writing to the BrightSign player registry (via [BrightScript](docId\:YTpSfntswYFMXx8PCqJLf) or [JavaScript](docId\:tXWoOMbD2-u12dfegX7gA)). To enable the TraceEvent system, write the following keys to the `html` section of the registry: - `tracecategories` string: A comma-separated list of trace event categories to enable. The category names are documented in the link below. - `tracemaxsnapshots` int: The maximum number of JSON-trace snapshot files in the "brightsign-webinspector" directory. When the limit is reached, the counter wraps around and begins writing over the oldest trace file. - `tracemonitorinterval` int: The frequency (in seconds) with which the player will take snapshots of the TraceEvent buffer. We recommend 60 seconds as a default value. **Example (JavaScript):** ```text var registryClass = require("@brightsign/registry"); var registry = new registryClass(); registry.write("html", { "tracecategories": "toplevel,blink_gc,disabled-by-default-memory-infra,disabled-by-default-blink_gc,disabled-by-default.skia.gpu.cache", "tracemaxsnapshots": "25", "tracemonitorinterval": "60" }).then( function() { console.log("Write Successful"); }); ``` ### Viewing Trace Events Follow these steps to view the trace events: 1. Transfer the JSON trace files from the "brightsign-webinspector" directory to your PC. 2. Open *chrome://tracing* on your PC Chromium instance. 3. Import the JSON trace files. You can merge multiple trace files; however, in a long trace capture, there will be too many trace events to view at once (you'll likely need to write a script to process them). ### Additional Documentation See the following links for further explanation of trace events: - [https://www.chromium.org/developers/how-tos/trace-event-profiling-tool](https://www.chromium.org/developers/how-tos/trace-event-profiling-tool) - [https://chromium.googlesource.com/chromium/src/+/lkcr/docs/memory-infra/README.md](https://chromium.googlesource.com/chromium/src/+/lkcr/docs/memory-infra/README.md) - [https://developers.google.com/web/tools/chrome-devtools/memory-problems/](https://developers.google.com/web/tools/chrome-devtools/memory-problems/) [title] HTML Caching [path] HTML Development/HTML Best Practices/ This page covers how to use caching techniques to display HTML content. BrightSign players offer novel solutions through BrightSign Author, BrightAuthor Classic, and BrightScript, as well as support for common Node.js® and JavaScript caching solutions. ## Storage and Memory Before discussing HTML caching techniques, it is important to understand the storage and memory limitations of the players. All BrightSign players run HTML content on a Chromium engine. By default, Chromium reserves 1GB plus 10% of the total size of the player's storage device for memory. Players also have limited memory to run HTML graphics and JavaScript. This amount varies between player models; consult [this list](docId\:XleiD0O22LAz9SpXtbd8V) for more detail. To change the storage values through BrightSign Author: 1. Go to the **Admin** tab 2. Open **Preferences > Storage** 3. Check **Enable** **Storage** **Limit** 4. Now space can be allocated for both HTML graphics and JavaScript. Make sure that: - When using **Absolute**, the specified segments should be neither larger nor smaller than the absolute size of your storage device - When using **Percent**, the percentages must add up to 100%. To change the storage values through BrightAuthor Classic: 1. Go to **Edit > Preferences > Storage** 2. Check **Limit Storage Space by Function** 3. Now space can be allocated for both HTML graphics and JavaScript. Make sure that: - When using **Specify absolute size**, the specified segments should be neither larger nor smaller than the absolute size of your storage device - When using **Specify percentages**, the percentages must add up to 100%. These limitations are shared across all roHtmlWidget instances, where [roHtmlWidget](docId\:xljq5_YhDmA2SSmpZimtK) is the BrightScript object that handles all HTML processes. ## Caching Capabilities BrightSign players offer a flexible toolset for caching HTML content. The sections below discuss novel BrightSign solutions and how to enable and use more common methods through Node.js and JavaScript. ### BrightSign solutions BrightSign players offer two HTML caching solutions: - **Local Storage**: The SD card for each player can store HTML content for playback. This method eliminates any connectivity or latency issues that may arise from networked solutions, but it must be done on a player by player basis. This can make local storage unattractive when dealing with a large fleet of devices. - **The AssetPool BrightScript object:** The AssetPool is a sharded hash directory and is recommended for large file count applications. The AssetPool is filled by AssetFetcher objects that can acquire content online and store it for later playback in either sha1, besha1, or MD5 hash protocols. Consult [this page](docId\:V2kNK8YS07KIpGDqq5X8i) for more information about AssetPool. ### Node.js and JavaScript solutions BrightSign players also support Node.js and JavaScript caching techniques. To use Node.js: - If you are using BrightSign Author, Node.js can be initialized through the [State Properties](docId:2eh0-u7XsTxqw_emIiign) user interface. - If you are using BrightAuthor Classic, Node.js must first be enabled through the BrightScript [roHtmlWidget](docId\:xljq5_YhDmA2SSmpZimtK) object. Once Node.js is running on the player, users can use any JavaScript API or caching method to cache content. Recommended content acquisition methods are XmlHttpRequest and Fetch with Service Worker. Keep the memory limitations in mind - for example, XmlHttpRequest will cause some player models to crash if it is used to download files larger than 100-200MB. If XmlHttpRequest's storage reservation will exceed your memory limitation, we recommend using the Fetch API. You cannot use Service Workers to cache video content. BrightSign players use our media player infrastructure for later video playback, not the Chromium network. BrightSign recommends [IndexedDB](https://developer.mozilla.org/en-US/docs/Web/API/IndexedDB_API/Using_IndexedDB) for storage: use it to cache content playback according to [these instructions](https://developer.mozilla.org/en-US/docs/Learn/JavaScript/Client-side_web_APIs/Client-side_storage#storing_complex_data_via_indexeddb). See an HTML/JavaScript test download example on [this page](docId\:vlSKfVzeQu04pD58rvXam). :::hint{type="info"} Our HTML widget cannot cache videos listed in the AppCache manifest because of differences between the Chrome desktop and BrightSign device video playback architecture. Please use Service Worker and IndexedDB to cache content instead of AppCache, which is now deprecated. ::: ### Using Blobs BrightSign video players can play blob URLs referring to items in IndexedDB and Html5 FileSystem API. However it cannot play blob URLs referring to JavaScript objects in memory. See this video-browser-storage.html example: ::File{src="https://archbee-doc-uploads.s3.amazonaws.com/0prk6SO2dy9LdU77jB8D1/IytljRFUHH3ruHv-xuDDJ_indexdb-playback-example.zip" label="indexdb_playback_example.zip" isUploading="false"} [title] Displaying HTML with BrightSign Author [path] HTML Development/ This page covers how to integrate HTML pages into BrightSign Author presentations. To add an HTML page to a presentation, select the HTML5 widget in the bottom of the **Content** window and drag it into the content panel above. [This page](docId\:AkrM58NDS_BN6AyhWZRax) describes how to use that widget. ## HTML Guidelines ### Zones - You can have multiple zones containing HTML content in a BrightSign Author presentation. - HTML content can be inserted into a **Video or Image** zone or an **Image** zone. ### Z-Ordering - HTML content will show at the highest Z-level of graphics zones, meaning that an HTML zone will cover all other zones that contain images and text. This behavior does not extend to touch screens. - HTML content can be placed in front of or behind zones containing video content, if you drag the **Graphics** zone(s) before or after the **Video** zone(s) (under the Zone menu in the **Zone Properties** panel). See Image 1 below. - If the HTML page contains video and the **Enable native video playback** option is enabled in the HTML5 state, the HTML page will *always* display over other video zones. ::Image[]{src="https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/-DdpFgSyGkB1qXkLTKVnm_screenshot-2023-09-07-at-104742-am.png" size="62" width="792" height="647" position="center" darkWidth="792" darkHeight="647" showCaption="false"} ### Content Sourcing HTML content can originate from a remote server, a local server, or the local storage (SD card) of the player. Presentations containing HTML content can also be downloaded onto the local storage from the BrightSign Network. ### Using Custom Fonts To use custom fonts, specify the font in your script. If the font file is in the same directory as your JS and CSS files, it will be used in BrightSign Author. ### Exporting an HTML5 Presentation Exporting a presentation that contains multiple HTML pages also exports in full all asset folders associated with those pages. If your pages share common asset folders, the entire contents will be duplicated multiple times. This can become problematic if your asset folders contain large content files, so you may need to prune and/or rearrange asset folders that are duplicated after export. ### Chromium Video Playback The HTML5 widget has an **Enable Native Chromium video playback** option in versions 1.19.2 and later of BrightSign Author. This feature is only available for XC5 players and is explained on [this page](docId\:AkrM58NDS_BN6AyhWZRax). :::hint{type="info"} Partners using a custom CMS can use [HTML Playback by Player Series](docId\:Wx7RHJmrG74EQxGXRwqtD) for more guidance on setting this option in their CMS. ::: ## Caching and Storage BrightSign Author allows you to configure common browser caching and storage functions on the player. To enable these functions in your BrightSign Author presentation, select **Enable Limit Storage** under **Admin > Application Preferences**, allocate the space as you wish, and select **Apply**. You can allocate space for the following functions: - **HTML Data**: The amount of space dedicated to the HTML application cache - **HTML Local Storage**: The amount of space dedicated to JavaScript variables and data - **HTML Indexed DB**: The amount of space dedicated to IndexedDB content ::Image[]{src="https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/MDV7nRyJ55A0DDEbluBbz_htmllimitoptions.png" size="72" width="2022" height="1533" position="center" darkWidth="2022" darkHeight="1533" showCaption="false"} ## Using HTML with Portrait Orientation To create a digital-signage canvas that is portrait oriented, simply create a portrait presentation and then insert an HTML5 widget. ## Integrating Touchscreen Content You can enable touch-screen events for an HTML page by checking the **Enable mouse and touch events** box when creating an HTML5 state . ## Disguising Network Latency When the BrightSign player loads HTML content from a URL, there may be a delay based on network latency. You can add a preload image to sidestep this issue. Note that this solution is not necessary if all HTML assets are located on the local storage of the player. 1. Set BrightSign Author to **Interactive** 2. Drag and drop an image file into the main panel 3. Set the **Initial State** box while editing the [Image State](docId\:aC3srsjbmpI1w2gN0Y3El). 4. Specify the timeout for three seconds (or more if desired) in a [Timeout Event](docId\:p2IAPuAXjbsLp4yNaqlet)**.** 5. Set the **Timeout** **Event** to transition to the HTML5 state. ## Displaying Scrollbars The scrollbar behavior will be the same as it is in the current version of Chromium. To display scrollbars, reference this simple CSS file from your HTML page: ::File{src="https://archbee-doc-uploads.s3.amazonaws.com/0prk6SO2dy9LdU77jB8D1/hS5XNhD9KKx90CPYxZmBD_forcescrollbars.css" label="ForceScrollbars.css" isUploading="false"} ## Debugging Webpages See [this page](docId:4qlK1krr1cnx7xypWXRY5). [title] Copy to Player [path] BrightSign Partner Packet/Example (Manual Setup)/ In this example, we will maintain the player’s default Setup (the BrightSign Default Setup) and manually copy an *autorun.zip* file to the player’s storage device. The *autorun.zip* file will install the Player App. # autorun.zip At a minimum, the *autorun.zip* file should include the following files: - *autorun.brs* - *autozip.brs* While not required, *autorun.zip* files can also include the presentation/content (e.g., an HTML file and associated media files that the player will display) that the *autorun.brs* file invokes. In this way, everything the player needs is contained in a single package for delivery. We will utilize this approach in this example, and we will use an HTML file as our sample presentation. The *autorun.zip* file will include the following files: ::::VerticalSplit{layout="right"} :::VerticalSplitItem - *autorun.brs* (this is the script [shown](docId:7ViTOacfAsnMPNOZL0ZBq) in the previous section; recall that this file instructs the player to render *index.html*) - *autozip.brs* (this is the script [shown](docId:7ViTOacfAsnMPNOZL0ZBq) in the previous section which instructs the player to unzip the *autorun.zip* file) - *index.html* (this is our HTML presentation) - *snowy\_river.mp4* (this is a sample video that is displayed by the index.html presentation) ::: :::VerticalSplitItem ::Image[]{src="https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/it7eTmsL9O1v2uMFngik0_image-20230327-234103.png" size="70" width="188" height="292" position="center" showCaption="false"} ::: :::: You can create your own versions of the files above and compress them into an *autorun.zip* file, or you can use the *autorun.zip* file attached here: ::File{src="https://archbee-doc-uploads.s3.amazonaws.com/0prk6SO2dy9LdU77jB8D1/5gQQsO2AE77gN8GTbkre3_autorun.zip" label="autorun.zip" isUploading="false"} # Local + Remote Content Although we are including a video file in the *autorun.zip* file, our presentation will also display the following: - A streaming video from YouTube. - A picture slideshow where the pictures are retrieved from an external web server. - The local weather displayed by a weather widget that retrieves data from an external URL. BrightSign players are capable of displaying any combination of local and remote content. # Copy to Card Next, we will manually copy the *autorun.zip* to an empty microSD card and insert the card into a player. ![](https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/xXnByLWuvtP-BRrNcm6xX_image-20230623-164334.png) 1. Copy the *autorun.zip* file to the *root* directory of a blank, properly formatted microSD card. 2. Insert the microSD card into the player. 3. Power up the player. Shortly after the player boots up, you should see something like this on your display: ![](https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/tn485tCoxPAb2N5JCoSMD_image-20230328-161412.png) # Folders ::::VerticalSplit{layout="right"} :::VerticalSplitItem When the *autorun.zip* file is unpacked, the *autozip.brs* file instructs the player to create several folders in the root directory of the microSD card. These folders and their functions are as follows: ## brightsign-dumps If a player crashes, dumps are created and stored in this folder. Dumps are numbered incrementally and can be useful for troubleshooting. They may be requested by BrightSign Support when diagnosing problems. Note that only the 10 most recent crash dumps are retained. ::: :::VerticalSplitItem ::Image[]{src="https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/JcFPJgKZfLyP6AHmvYBOL_image-20230526-015203.png" size="70" width="220" height="400" position="center" showCaption="false"} ::: :::: ## pool Media files, especially video files, can be quite large. To help players better manage such large files, players apply a cryptographic [hash function](https://en.wikipedia.org/wiki/Cryptographic_hash_function) to each media file. Hash functions are well beyond the scope of this document, but at a high-level, when a hash algorithm is applied to any file, a unique hash, or alphanumerical representation, of that file can be generated. If that file is changed in any way, the new file will result in a completely different hash. Hashes are typically many times smaller in size compared with the original file. Whereas a large video file can easily run into the gigabytes, a hash of that video will only be at most a few dozen bytes (the exact size of the hash depends on the algorithm used). Hashes are therefore much more manageable representations of the actual media files, and the pool (more formally, the Asset Pool) is where these hashes are stored. System efficiency is greatly improved through the use of hashes. The system can, for example, quickly determine if a file has changed simply based on whether the hash has changed instead of having to compare two large files. More detail about the Asset Pool can be found [here](docId:1PwrkHCrG58LdHTSImJ-g). ## feedPool The feedPool contains transient / non-static assets like RSS feeds and [dynamic playlists](docId\:gPjwF1LNjhau_EQZJMfUq), both of which can be used with BrightSign presentations. ## feed\_cache The feed\_cache stores the metadata for the transient assets in the feedPool. For example, the feed\_cache would store the URL for an RSS feed, identifiers for particular items in the feed, and which items have been read and which ones are new. [Next - Considerations >](docId:28x7V2W9aOIz9icuIDmPi) [title] HTML Playback by Player Series [path] HTML Development/ There are two ways to playback HTML audio and video from Series 5 and later players: - On Series 5 and older players, video decode is handed off by default to the BrightSign application which deals with decode and display. - On Series 5 and later players, there is now an option to set a registry value (`use-brightsign-media-player`) to enable the built-in Chromium video player. The resulting Chromium plays back video similarly to desktop Chromium. Series 5 players will automatically use hardware-accelerated decode if the Chromium video player is enabled. This option is not available on Series 4 and earlier players, regardless of OS version. BrightSign video and audio features are only provided by the BrightSign video player, so if you chose to use Chrome, BrightSign [HTML video](docId\:e6uJleH69Q0JmMv8kyTrp) features will not be supported (it is like running Chrome in a browser on a PC). Chromium has much poorer streaming support than our application, and fewer hardware accelerated video decode levels and profiles are supported. Only customers who do not want to take advantage of our unique capabilities should use native Chrome in their CMS. To switch from the BrightSign video player to the Chrome Media Player: ```text registrySection = CreateObject("roRegistrySection", "html") registrySection.Write("use-brightsign-media-player", "0") ' to switch to Chromium for media playback ``` To switch from the Chrome Media Player to the BrightSign video player: ```text registrySection = CreateObject("roRegistrySection", "html") registrySection.Delete("use-brightsign-media-player") ' to switch to back to the default (BrightSign) for media playback ``` or: ```text registrySection = CreateObject("roRegistrySection", "html") registrySection.Write("use-brightsign-media-player", "1") ' to switch to back to BrightSign for media playback ``` [title] Remote DWS APIs [path] Diagnostic Web Server APIs/ The Remote DWS allows you to view and modify settings on a BrightSign player over the Internet. The Remote DWS API is a REST framework that allows a client application to integrate with Remote DWS functionality. The client application makes REST calls to the BrightSign WebSockets server, which in turn sends WebSockets messages to BrightSign players. Depending on the operation, the BrightSign player may return information to the BrightSign Websockets server, which will be relayed in the server REST response to the client application. ## REST URLs The base URL of the remote DWS API is [https://ws.bsn.cloud/rest/v1/](https://ws.bsn.cloud/rest/v1/). Please note that the REST section is case sensitive and the server may return code 404 if the case is not matched exactly. ## Authentication All Remote DWS API calls require a valid OAuth2 access token which maybe issued either to a user or to the client application. The target player must belong to the same network for which the token has been granted. Please follow the [Authentication](docId\:HbYHyV8svQ0u6bZhuV50-) to register your applications and obtain access tokens which grant access to the Remote DWS API. ### Request Headers You should include the following request headers in your request. The Content-Type header is only needed when content is being sent in POST or PUT API calls. ```text headers: { 'Accept': 'application/json, application/vnd.bsn.error+json', 'Authorization': 'Bearer {{UserAccessToken}}', 'Content-Type': 'application/json', } ``` ## Request Message Format HTTP requests to Remote DWS resources must be JSON formatted and contain the following URL parameters: - `destinationType` string: The device type. The only currently accepted value is "player". - `destinationName` string: The device serial number Requests that require a JSON body need to have an outer data object. For instance, if a route expects `enabled` bool then the full JSON body would look like: ```json { "data": { "enabled": false } } ``` Some requests also require resource-specific properties in the URL or request body, as detailed in the **URL Parameters** and **Request Body** sections below. ## Response Message Format The server will respond to a REST request with a success or error message, which may also contain resource-specific properties, as detailed in the **Response Body** sections below. Returned JSON objects will have an outer object containing the methods below, where data is an error or a result object containing the returned values: - `route` string: The route the request was sent to - `method` string: The request method - `data` object: The returned data For example: ```json { "route": "/v1/info", "method": "GET", "data": { "result": { "model": "LS424" ... } } } ``` [title] LDWS General Endpoints [path] Diagnostic Web Server APIs/Untitled/ ## GET /v1/ Returns a list of all available APIs. **Request Example** ```text GET /api/v1/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} ``` **Response Example** :::ExpandableHeading Expand ```json { "data": { "result": { "routes": [ { "method": "GET", "route": "/api/v1/health", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/download-firmware", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/fw-manifest-url", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/info", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/time", "securityLevel": "Informational" }, { "method": "PUT", "route": "/api/v1/time", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/video-mode", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/logs", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/download-log-package", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/crash-dump/*", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/logs/crash-dumps", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/logs/crash-dumps/*", "securityLevel": "Informational" }, { "method": "PUT", "route": "/api/v1/control/reboot", "securityLevel": "ControlManagement" }, { "method": "PUT", "route": "/api/v1/control/dws-password", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/control/dws-password", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/control/local-dws", "securityLevel": "ControlManagement" }, { "method": "PUT", "route": "/api/v1/control/local-dws", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/files/*", "securityLevel": "ContentUpload" }, { "method": "DELETE", "route": "/api/v1/files/*", "securityLevel": "ContentUpload" }, { "method": "POST", "route": "/api/v1/files/*", "securityLevel": "ContentUpload" }, { "method": "PUT", "route": "/api/v1/files/*", "securityLevel": "ContentUpload" }, { "method": "GET", "route": "/api/v1/stored-supervisors", "securityLevel": "ContentUpload" }, { "method": "PUT", "route": "/api/v1/remove-supervisors", "securityLevel": "ContentUpload" }, { "method": "DELETE", "route": "/api/v1/clear-supervisors", "securityLevel": "ContentUpload" }, { "method": "DELETE", "route": "/api/v1/storage/:device", "securityLevel": "ContentUpload" }, { "method": "GET", "route": "/api/v1/diagnostics", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/diagnostics/dns-lookup/*", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/diagnostics/ping/*", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/diagnostics/trace-route/*", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/diagnostics/network-neighborhood", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/diagnostics/network-configuration/*", "securityLevel": "Informational" }, { "method": "PUT", "route": "/api/v1/diagnostics/network-configuration/*", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/diagnostics/interfaces", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/diagnostics/chromium-debug", "securityLevel": "ControlManagement" }, { "method": "PUT", "route": "/api/v1/diagnostics/chromium-debug", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/diagnostics/packet-capture", "securityLevel": "ControlManagement" }, { "method": "POST", "route": "/api/v1/diagnostics/packet-capture", "securityLevel": "ControlManagement" }, { "method": "DELETE", "route": "/api/v1/diagnostics/packet-capture", "securityLevel": "ControlManagement" }, { "method": "PUT", "route": "/api/v1/diagnostics/telnet", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/diagnostics/telnet", "securityLevel": "ControlManagement" }, { "method": "PUT", "route": "/api/v1/diagnostics/ssh", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/diagnostics/ssh", "securityLevel": "ControlManagement" }, { "method": "PUT", "route": "/api/v1/registry/recovery_url", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/registry", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/registry/:section", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/registry/:section/:key", "securityLevel": "Informational" }, { "method": "PUT", "route": "/api/v1/registry/:section/:key", "securityLevel": "Informational" }, { "method": "DELETE", "route": "/api/v1/registry/:section/:key", "securityLevel": "Informational" }, { "method": "DELETE", "route": "/api/v1/registry/:section", "securityLevel": "Informational" }, { "method": "PUT", "route": "/api/v1/registry/flush", "securityLevel": "Informational" }, { "method": "POST", "route": "/api/v1/snapshot", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/video/:connector/output/:device", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/video/:connector/output/:device/edid", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/video/:connector/output/:device/power-save", "securityLevel": "Informational" }, { "method": "PUT", "route": "/api/v1/video/:connector/output/:device/power-save", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/video/:connector/output/:device/modes", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/video/:connector/output/:device/mode", "securityLevel": "Informational" }, { "method": "PUT", "route": "/api/v1/video/:connector/output/:device/mode", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/video/screen/modes", "securityLevel": "Informational" }, { "method": "PUT", "route": "/api/v1/video/screen/modes", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/advanced/property-lock", "securityLevel": "ControlManagement" }, { "method": "PUT", "route": "/api/v1/advanced/property-lock", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/advanced/property-lock", "securityLevel": "ControlManagement" }, { "method": "PUT", "route": "/api/v1/advanced/property-lock", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/remoteview/config", "securityLevel": "ControlManagement" }, { "method": "PUT", "route": "/api/v1/remoteview/config", "securityLevel": "ControlManagement" }, { "method": "POST", "route": "/api/v1/remoteview/:source/view", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/remoteview/:source/view", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/remoteview/:source/view/:id", "securityLevel": "ControlManagement" }, { "method": "DELETE", "route": "/api/v1/remoteview/:source/view/:id", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/system", "securityLevel": "Internal" }, { "method": "GET", "route": "/api/v1/system/service/:id/*", "securityLevel": "Informational" }, { "method": "PUT", "route": "/api/v1/system/service/:id/*", "securityLevel": "Informational" }, { "method": "DELETE", "route": "/api/v1/system/service/:id/*", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/system/supervisor/logging", "securityLevel": "ControlManagement" }, { "method": "PUT", "route": "/api/v1/system/supervisor/logging", "securityLevel": "ControlManagement" }, { "method": "GET", "route": "/api/v1/system/supervisor/registration", "securityLevel": "Internal" }, { "method": "PUT", "route": "/api/v1/system/supervisor/registration", "securityLevel": "Internal" }, { "method": "PUT", "route": "/api/v1/system/supervisor/autorun-settings-update", "securityLevel": "Internal" }, { "method": "GET", "route": "/api/v1/system/supervisor/autorun-config", "securityLevel": "Internal" }, { "method": "POST", "route": "/api/v1/system/supervisor/capabilities", "securityLevel": "Internal" }, { "method": "GET", "route": "/api/v1/legacy/lldp", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/debug", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/messages", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/dmesg", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/processes", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/smart_report", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/ifconfig", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/lastring", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/lastkmsg", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/usb", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/network", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/netconfig", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/ptp", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/edid", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/script_debug", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/network_diagnostics", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/ping", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/dns_lookup", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/traceroute", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/tcp_connections", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/network_statistics", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/registry_dump", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/device_data", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/avs", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/secure_boot", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/extensions", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/crash_dump_present", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/dhcp-server", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/contents", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/powersave", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/storage_info", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/map", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/fd", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/block", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/zoneinfo", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/slabinfo", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/loadavg", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/meminfo", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/stat", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/vmstat", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/interrupts", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/version", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/boardid", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/packet_capture", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/bvn", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/bvnall", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/edid_raw", "securityLevel": "Informational" }, { "method": "GET", "route": "/api/v1/legacy/ca_certificates", "securityLevel": "Informational" } ] } } } ``` ::: ## GET /v1/health/ Returns information about the health of a player **Request Example** ```text GET /api/v1/health/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `status` string: The player status. The only possible value is "active". - `statusTime` string: The date and time the player responded to the status request. The date/time is formatted as `"yyyy-mm-dd hh:mm:ss "`. **Response Example** ```json { "data": { "result": { "status": "active", "statusTime": "2024-01-30 07:38:05 PST" } } } ``` ## GET /v1/download-firmware Downloads the OS from the remote URL to the player and then reboots the player to update the OS. **Query String Parameter** - `url` string: The public URL for downloading the firmware-update file for your player model **Request Example** ```text GET /api/v1/download-firmware/?url=https://bsncloud.s3.amazonaws.com/public/cobra-9.0.110-update.bsfw HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `success` bool: A flag indicating whether the download was successful - `reboot` bool: A flag indicating whether the player will reboot when applying a firmware update **Response Example** ```json { "data": { "result": { "success": true, "reboot": true } } } ``` [title] rDWS Video Endpoints [path] Diagnostic Web Server APIs/Remote DWS APIs/ Base URL for these endpoints: ***https\://ws.bsn.cloud/rest/v1/*** *\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_* ## GET /video-mode/ Retrieves the currently active video mode on the player **Request Example** ```text GET /rest/v1/video-mode/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** - `width` int: The screen width - `height` int: The screen height - `frames` int: The framerate - `scan` string: The scan method of the video signal, which can be either progressive ("p") or interlaced ("i") - `name` string: The full name of the video mode (a full list of modes can be found on [this page](docId\:QpML112mBhEK7LBDGUxnv)) - `isAutoMode` bool: A flag indicating whether the video mode was set using auto mode - `mode` mode{ }: A Mode object that gives additional information about the video output. This object can contain the following properties: - `preferred` bool: A flag indicating whether the video mode is the preferred mode - `overscan` bool: A flag indicating whether the video output is using an overscan setting or not - `modeName` string: The full name of the video mode (a full list of modes can be found on [this page](docId\:QpML112mBhEK7LBDGUxnv)) - `interlaced` bool: A flag indicating whether the video output is interlaced (`true`) or progressive (`false`) - `width` int: The width of the video output - `height` int: The height of the video output - `graphicsPlaneWidth` int: The width of the graphics plane - `graphicsPlaneHeight` int: The height of the graphics plane - `frequency` int: The frame rate of the video output - `dropFrame` bool: A flag indicating whether the video timecode utilizes drop frames - `colorSpace` string: The color space of the video signal ("rgb", "yuv420", or "yuv422") - `colorDepth` string: The color depth of the video signal ("8bit", "10bit", or "12bit") **Response Example** ```json { "route": "/v1/video-mode", "method": "GET", "data": { "result": { "isAutoMode": false, "name": "640x480x60p", "width": "640", "height": "480", "frames": "60", "scan": "p", "mode": { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 640, "height": 480, "interlaced": false, "modeName": "640x480x60p", "overscan": false, "preferred": false, "width": 640 } } } } ``` ## GET /video/\{:connector}/output/\{:device}/ Retrieves information about the specified video output **Segments** - `connector`: The current value is always `hdmi` - `device`: This value in /video/ URLs is currently `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Request Example** ```text GET /rest/v1/video/hdmi/output/0/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** The following fields will be present in the response: - `activeMode`: Information about the active video mode on the player - `attached` bool: Indicates if the HDMI® output is attached or not - `bestMode` string: The best video mode for the player. The HDMI connector must be attached because it gets details from EDID result. - `configuredMode`: The configured video mode on the player. This can be different than activeMode. - `edid` string: Returns the EDID read string of the display connected to the player. If power save is on, zeroes will be returned - `edid_identity`: Parses the above string in a JSON format for readability. Requires an HDMI output connected to the player and a display. - `modes`: List of all available video modes on the player. - `powerSaveStatus` bool: Indicates the power save status of the display connected to the player. - `resolutions` resolutions[ ]: An array of information about the graphics, output, video resolution. Returns result values for height and width. - `status`: - `audioBitsPerSample` int: The number of bits per audio sample - `audioChannelCount` int: The number of audio channels in the output - `audioFormat` string: The format of the audio output. A "PCM" value indicates that the player is sending decoded output. - `audioSampleRate` int: The audio sample rate (in hertz) - `eotf` string: The current electro-optical transfer function (EOTF) used by the display. The following are possible values: - "HDR (GAMMA)" - "SDR (GAMMA)" - "SMPTE 2084 (PQ)" - "Future (BBC/NHK)" - "unspecified" - `outputPowered` bool: Indicates if the display device is on (i.e. RX powered) - `outputPresent` bool: Indicates if the HDMI output is connected to a display device or not. - `unstable` bool: Indicates if the display signal is unstable or stable **Response Example** :::ExpandableHeading Expand ```json { "route": "/v1/video/hdmi/output/0/", "method": "GET", "data": { "result": { "resolutions": { "video": { "result": { "height": 1080, "width": 1920 } }, "graphics": { "result": { "height": 1080, "width": 1920 } }, "output": { "result": { "height": 1080, "width": 1920 } } }, "edid_identity": { "result": { "bt2020RgbSupport": false, "bt2020YccSupport": false, "hdrEotfSupport": false, "hdrSt2084Support": false, "manufacturer": "SAM", "monitorName": "SAMSUNG", "product": 1293, "sdrEotfSupport": false, "serialNumber": 1, "serialNumberString": "", "textString": "", "weekOfManufacture": 48, "yearOfManufacture": 2008 } }, "edid": { "result": "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" }, "attached": { "result": true }, "status": { "result": { "audioBitsPerSample": 0, "audioChannelCount": 0, "audioFormat": "Unknown", "audioSampleRate": 0, "outputPowered": true, "outputPresent": true } }, "TxHdcpStatus": { "result": { "state": "not-required" } }, "modes": { "result": [ { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 640, "height": 480, "interlaced": false, "modeName": "640x480x60p", "overscan": false, "preferred": false, "width": 640 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 720, "height": 480, "interlaced": true, "modeName": "720x480x60i", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 720, "height": 576, "interlaced": true, "modeName": "720x576x50i", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 848, "height": 480, "interlaced": false, "modeName": "848x480x60p", "overscan": false, "preferred": false, "width": 848 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 800, "height": 600, "interlaced": false, "modeName": "800x600x60p", "overscan": false, "preferred": false, "width": 800 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 800, "height": 600, "interlaced": false, "modeName": "800x600x75p", "overscan": false, "preferred": false, "width": 800 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 960, "graphicsPlaneWidth": 960, "height": 960, "interlaced": false, "modeName": "960x960x60p", "overscan": false, "preferred": false, "width": 960 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1024, "height": 768, "interlaced": false, "modeName": "1024x768x60p", "overscan": false, "preferred": false, "width": 1024 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1024, "height": 768, "interlaced": false, "modeName": "1024x768x75p", "overscan": false, "preferred": false, "width": 1024 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1280, "height": 768, "interlaced": false, "modeName": "1280x768x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 1280, "height": 800, "interlaced": false, "modeName": "1280x800x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 1280, "height": 800, "interlaced": false, "modeName": "1280x800x75p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1360, "height": 768, "interlaced": false, "modeName": "1360x768x60p", "overscan": false, "preferred": false, "width": 1360 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1280, "graphicsPlaneWidth": 800, "height": 1280, "interlaced": false, "modeName": "800x1280x60p", "overscan": false, "preferred": false, "width": 800 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1920, "graphicsPlaneWidth": 1200, "height": 1920, "interlaced": false, "modeName": "1200x1920x60p", "overscan": false, "preferred": false, "width": 1200 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1366, "height": 768, "interlaced": false, "modeName": "1366x768x60p", "overscan": false, "preferred": false, "width": 1366 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 960, "graphicsPlaneWidth": 1280, "height": 960, "interlaced": false, "modeName": "1280x960x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 1280, "height": 1024, "interlaced": false, "modeName": "1280x1024x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 1280, "height": 1024, "interlaced": false, "modeName": "1280x1024x75p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 900, "graphicsPlaneWidth": 1440, "height": 900, "interlaced": false, "modeName": "1440x900x60p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 900, "graphicsPlaneWidth": 1440, "height": 900, "interlaced": false, "modeName": "1440x900x75p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1050, "graphicsPlaneWidth": 1400, "height": 1050, "interlaced": false, "modeName": "1400x1050x60p", "overscan": false, "preferred": false, "width": 1400 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 1050, "graphicsPlaneWidth": 1400, "height": 1050, "interlaced": false, "modeName": "1400x1050x75p", "overscan": false, "preferred": false, "width": 1400 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1440, "height": 1080, "interlaced": false, "modeName": "1440x1080x60p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1088, "graphicsPlaneWidth": 1440, "height": 1088, "interlaced": false, "modeName": "1440x1088x57p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 768, "height": 2048, "interlaced": false, "modeName": "1536x2048x30p", "overscan": false, "preferred": false, "width": 1536 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 900, "graphicsPlaneWidth": 1600, "height": 900, "interlaced": false, "modeName": "1600x900x60p", "overscan": false, "preferred": false, "width": 1600 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1200, "graphicsPlaneWidth": 1600, "height": 1200, "interlaced": false, "modeName": "1600x1200x60p", "overscan": false, "preferred": false, "width": 1600 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1050, "graphicsPlaneWidth": 1680, "height": 1050, "interlaced": false, "modeName": "1680x1050x60p", "overscan": false, "preferred": false, "width": 1680 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1296, "graphicsPlaneWidth": 1728, "height": 1296, "interlaced": false, "modeName": "1728x1296x60p", "overscan": false, "preferred": false, "width": 1728 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 540, "interlaced": false, "modeName": "1920x540x60p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1200, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "1920x1200x50p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1200, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "1920x1200x60p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 672, "graphicsPlaneWidth": 896, "height": 1344, "interlaced": false, "modeName": "1792x1344x60p", "overscan": false, "preferred": false, "width": 1792 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 960, "graphicsPlaneWidth": 960, "height": 1920, "interlaced": false, "modeName": "1920x1920x60p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 1024, "height": 1152, "interlaced": false, "modeName": "2048x1152x50p", "overscan": false, "preferred": false, "width": 2048 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 1024, "height": 1152, "interlaced": false, "modeName": "2048x1152x60p", "overscan": false, "preferred": false, "width": 2048 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 288, "graphicsPlaneWidth": 2376, "height": 288, "interlaced": false, "modeName": "2376x288x60p", "overscan": false, "preferred": false, "width": 2376 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 2560, "height": 800, "interlaced": false, "modeName": "2560x800x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 1280, "height": 960, "interlaced": false, "modeName": "2560x960x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1280, "height": 1080, "interlaced": false, "modeName": "2560x1080x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 1440, "interlaced": false, "modeName": "2560x1440x30p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 1440, "interlaced": false, "modeName": "2560x1440x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 1280, "height": 1600, "interlaced": false, "modeName": "2560x1600x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 1536, "height": 2048, "interlaced": false, "modeName": "3072x2048x30p", "overscan": false, "preferred": false, "width": 3072 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1720, "height": 1440, "interlaced": false, "modeName": "3440x1440x30p", "overscan": false, "preferred": false, "width": 3440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1720, "height": 1440, "interlaced": false, "modeName": "3440x1440x50p", "overscan": false, "preferred": false, "width": 3440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1720, "height": 1440, "interlaced": false, "modeName": "3440x1440x60p", "overscan": false, "preferred": false, "width": 3440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 720, "height": 576, "interlaced": false, "modeName": "720x576x50p", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 720, "height": 480, "interlaced": false, "modeName": "720x480x59.94p", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 720, "height": 480, "interlaced": false, "modeName": "720x480x60p", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x24p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x23.976p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x25p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x50p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x59.94p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x60p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": true, "modeName": "1920x1080x50i", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": true, "modeName": "1920x1080x59.94i", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": true, "modeName": "1920x1080x60i", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x24p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x23.976p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x25p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x29.97p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x30p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x50p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x59.94p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x60p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 360, "graphicsPlaneWidth": 1440, "height": 720, "interlaced": false, "modeName": "2880x720x60p", "overscan": true, "preferred": false, "width": 2880 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 300, "graphicsPlaneWidth": 1920, "height": 600, "interlaced": false, "modeName": "3840x600x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x25p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x30p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "3840x1200x30p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x23.976p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x24p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x25p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x29.97p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x30p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x50p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "3840x1200x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x50p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x59.94p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x23.976p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x24p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x25p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x29.97p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x30p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x50p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x59.94p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x60p", "overscan": true, "preferred": false, "width": 4096 } ] }, "activeMode": { "result": { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x60p", "overscan": true, "preferred": false, "width": 1920 } }, "configuredMode": { "result": null }, "bestMode": { "result": "1920x1080x60p" }, "powerSaveStatus": { "result": false } } } } ``` ::: ## GET /video/\{:connector}/output/\{:device}/edid/ Returns the EDID information from a compatible monitor/television connected to the video output **Segments** - `connector`: The current value is always `hdmi` - `device`: This value in /video/ URLs is currently `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Request Example** ```text GET /rest/v1/video/hdmi/output/0/edid/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** - `result` string: The EDID string result **Response Example** ```json { "route": "/v1/video/hdmi/output/0/edid", "method": "GET", "data": { "result": "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" } } ``` ## GET /video/\{:connector}/output/\{:device}/power-save/ Retrieves the power status of the monitor connected to the player (as reported over EDID) **Segments** - `connector`: The current value is always `hdmi` - `device`: This value in /video/ URLs is currently `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Request Example** ```text GET /rest/v1/video/hdmi/output/0/power-save/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** - `is_connected` bool: Indicates whether the monitor is connected to the HDMI output on the player - `is_powered` bool: Indicates whether the monitor is on (for example, RX powered) - `enabled` bool: Indicates whether power-save mode has been enabled on the HDMI/VGA output **Response Example** ```json { "route": "/v1/video/hdmi/output/0/power-save/", "method": "GET", "data": { "result": { "is_connected": true, "is_powered": true, "enabled": false } } } ``` ## PUT /video/\{:connector}/output/\{:device}/power-save/ Enables or disables power-save mode on the monitor connected to the player (via HDMI, VGA, or Component) **Segments** - `connector`: The current value is always `hdmi` - `device`: This value in /video/ URLs is currently `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Request Body Parameters** - `enabled` bool: Whether or not power save is enabled **Request Example** ```text PUT /rest/v1/video/hdmi/output/0/power-save/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json Content-Type: application/json Content-Length: 51 ``` This is the example request body: ```json { "data": { "enabled": true } } ``` **Response Body** The server will return a success or error message **Response Example** ```json { "data": { "result": true }, "route": "/v1/video/hdmi/output/0/power-save", "method": "PUT" } ``` ## GET /video/\{:connector}/output/\{:device}/modes/ Retrieves all available video modes on the specified video output **Segments** - `connector`: The current value is always `hdmi` - `device`: This value in /video/ URLs is currently `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Request Example** ```text GET /rest/v1/video/hdmi/output/0/modes/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** Returns an array of video mode objects, each of which contain the following parameters: - `modeName` string: The mode (for example, “1920x1080x60p”) - `colorDepth` string: The color depth of the video signal - `colorSpace` string: The color space of the video signal ("rgb", "yuv420", or "yuv422") - `dropFrame` bool: Whether or not the video timecode uses drop frame - `frequency` int: The frame rate of the video output - `width` int: The width of the video output - `height` int: The height of the video output - `graphicsPlaneWidth` int: The width of the graphics plane - `graphicsPlaneHeight` int: The height of the graphics plane - `interlaced` bool: Whether or not the video output is interlaced - `overscan` bool: Whether or not the video output is using an overscan setting or not - `preferred` bool: Whether or not video is the preferred mode **Response Example** :::ExpandableHeading Expand ```text { "route": "/v1/video/hdmi/output/0/modes/", "method": "GET", "data": { "result": [ { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 640, "height": 480, "interlaced": false, "modeName": "640x480x60p", "overscan": false, "preferred": false, "width": 640 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 720, "height": 480, "interlaced": true, "modeName": "720x480x60i", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 720, "height": 576, "interlaced": true, "modeName": "720x576x50i", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 848, "height": 480, "interlaced": false, "modeName": "848x480x60p", "overscan": false, "preferred": false, "width": 848 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 800, "height": 600, "interlaced": false, "modeName": "800x600x60p", "overscan": false, "preferred": false, "width": 800 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 800, "height": 600, "interlaced": false, "modeName": "800x600x75p", "overscan": false, "preferred": false, "width": 800 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 960, "graphicsPlaneWidth": 960, "height": 960, "interlaced": false, "modeName": "960x960x60p", "overscan": false, "preferred": false, "width": 960 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1024, "height": 768, "interlaced": false, "modeName": "1024x768x60p", "overscan": false, "preferred": false, "width": 1024 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1024, "height": 768, "interlaced": false, "modeName": "1024x768x75p", "overscan": false, "preferred": false, "width": 1024 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1280, "height": 768, "interlaced": false, "modeName": "1280x768x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 1280, "height": 800, "interlaced": false, "modeName": "1280x800x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 1280, "height": 800, "interlaced": false, "modeName": "1280x800x75p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1360, "height": 768, "interlaced": false, "modeName": "1360x768x60p", "overscan": false, "preferred": false, "width": 1360 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1280, "graphicsPlaneWidth": 800, "height": 1280, "interlaced": false, "modeName": "800x1280x60p", "overscan": false, "preferred": false, "width": 800 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1920, "graphicsPlaneWidth": 1200, "height": 1920, "interlaced": false, "modeName": "1200x1920x60p", "overscan": false, "preferred": false, "width": 1200 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1366, "height": 768, "interlaced": false, "modeName": "1366x768x60p", "overscan": false, "preferred": false, "width": 1366 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 960, "graphicsPlaneWidth": 1280, "height": 960, "interlaced": false, "modeName": "1280x960x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 1280, "height": 1024, "interlaced": false, "modeName": "1280x1024x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 1280, "height": 1024, "interlaced": false, "modeName": "1280x1024x75p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 900, "graphicsPlaneWidth": 1440, "height": 900, "interlaced": false, "modeName": "1440x900x60p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 900, "graphicsPlaneWidth": 1440, "height": 900, "interlaced": false, "modeName": "1440x900x75p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1050, "graphicsPlaneWidth": 1400, "height": 1050, "interlaced": false, "modeName": "1400x1050x60p", "overscan": false, "preferred": false, "width": 1400 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 1050, "graphicsPlaneWidth": 1400, "height": 1050, "interlaced": false, "modeName": "1400x1050x75p", "overscan": false, "preferred": false, "width": 1400 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1440, "height": 1080, "interlaced": false, "modeName": "1440x1080x60p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1088, "graphicsPlaneWidth": 1440, "height": 1088, "interlaced": false, "modeName": "1440x1088x57p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 768, "height": 2048, "interlaced": false, "modeName": "1536x2048x30p", "overscan": false, "preferred": false, "width": 1536 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 900, "graphicsPlaneWidth": 1600, "height": 900, "interlaced": false, "modeName": "1600x900x60p", "overscan": false, "preferred": false, "width": 1600 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1200, "graphicsPlaneWidth": 1600, "height": 1200, "interlaced": false, "modeName": "1600x1200x60p", "overscan": false, "preferred": false, "width": 1600 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1050, "graphicsPlaneWidth": 1680, "height": 1050, "interlaced": false, "modeName": "1680x1050x60p", "overscan": false, "preferred": false, "width": 1680 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1296, "graphicsPlaneWidth": 1728, "height": 1296, "interlaced": false, "modeName": "1728x1296x60p", "overscan": false, "preferred": false, "width": 1728 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 540, "interlaced": false, "modeName": "1920x540x60p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1200, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "1920x1200x50p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1200, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "1920x1200x60p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 672, "graphicsPlaneWidth": 896, "height": 1344, "interlaced": false, "modeName": "1792x1344x60p", "overscan": false, "preferred": false, "width": 1792 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 960, "graphicsPlaneWidth": 960, "height": 1920, "interlaced": false, "modeName": "1920x1920x60p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 1024, "height": 1152, "interlaced": false, "modeName": "2048x1152x50p", "overscan": false, "preferred": false, "width": 2048 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 1024, "height": 1152, "interlaced": false, "modeName": "2048x1152x60p", "overscan": false, "preferred": false, "width": 2048 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 288, "graphicsPlaneWidth": 2376, "height": 288, "interlaced": false, "modeName": "2376x288x60p", "overscan": false, "preferred": false, "width": 2376 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 2560, "height": 800, "interlaced": false, "modeName": "2560x800x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 1280, "height": 960, "interlaced": false, "modeName": "2560x960x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1280, "height": 1080, "interlaced": false, "modeName": "2560x1080x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 1440, "interlaced": false, "modeName": "2560x1440x30p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 1440, "interlaced": false, "modeName": "2560x1440x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 1280, "height": 1600, "interlaced": false, "modeName": "2560x1600x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 1536, "height": 2048, "interlaced": false, "modeName": "3072x2048x30p", "overscan": false, "preferred": false, "width": 3072 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1720, "height": 1440, "interlaced": false, "modeName": "3440x1440x30p", "overscan": false, "preferred": false, "width": 3440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1720, "height": 1440, "interlaced": false, "modeName": "3440x1440x50p", "overscan": false, "preferred": false, "width": 3440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1720, "height": 1440, "interlaced": false, "modeName": "3440x1440x60p", "overscan": false, "preferred": false, "width": 3440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 720, "height": 576, "interlaced": false, "modeName": "720x576x50p", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 720, "height": 480, "interlaced": false, "modeName": "720x480x59.94p", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 720, "height": 480, "interlaced": false, "modeName": "720x480x60p", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x24p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x23.976p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x25p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x50p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x59.94p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x60p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": true, "modeName": "1920x1080x50i", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": true, "modeName": "1920x1080x59.94i", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": true, "modeName": "1920x1080x60i", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x24p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x23.976p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x25p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x29.97p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x30p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x50p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x59.94p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x60p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 360, "graphicsPlaneWidth": 1440, "height": 720, "interlaced": false, "modeName": "2880x720x60p", "overscan": true, "preferred": false, "width": 2880 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 300, "graphicsPlaneWidth": 1920, "height": 600, "interlaced": false, "modeName": "3840x600x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x25p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x30p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "3840x1200x30p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x23.976p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x24p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x25p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x29.97p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x30p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x50p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "3840x1200x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x50p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x59.94p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x23.976p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x24p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x25p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x29.97p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x30p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x50p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x59.94p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x60p", "overscan": true, "preferred": false, "width": 4096 } ] } } ``` ::: ## GET /video/\{:connector}/output/\{:device}/mode/ Retrieves the current video mode on the specified video output **Segments** - `connector`: The current value is always `hdmi` - `device`: This value in /video/ URLs is currently `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Query String Parameters** Each of these parameters delivers a different mode value: - `best` int optional: If set to 1, this returns the best mode - `active` int optional: If set to 1, this returns the active mode - `configured` int optional: If set to 1, this returns the configured mode **Request Examples** ```text GET /rest/v1/video/hdmi/output/0/mode/?best=1&destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** - `isAutoMode` bool: Whether the mode is set to “auto” - `name` string: The name of the video mode. Same as `mode.modeName` below. - `width` string: The width value of the video mode. - `height` string: The height value of the video mode. - `frames` string: The frame rate value of the video mode. - `scan` string: The scan character value of the video mode. - `mode` object: The currently configured video mode on the video output with following parameters - - `modeName` string: The mode (for example, “1920x1080x60p”) - `colorDepth` string: The color depth of the video signal - `colorSpace` string: The color space of the video signal ("rgb", "yuv420", or "yuv422") - `dropFrame` bool: Whether or not the video timecode uses drop frame - `frequency` int: The frame rate of the video output - `width` int: The width of the video output - `height` int: The height of the video output - `graphicsPlaneWidth` int: The width of the graphics plane - `graphicsPlaneHeight` int: The height of the graphics plane - `interlaced` bool: Whether or not the video output is interlaced - `overscan` bool: Whether or not the video output is using an overscan setting or not - `preferred` bool: Whether or not video is the preferred mode **Response Example** ```json { "route": "/v1/video/hdmi/output/0/mode/", "method": "GET", "data": { "result": { "isAutoMode": false, "name": "1920x1080x60p", "width": "1920", "height": "1080", "frames": "60", "scan": "p", "mode": { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x60p", "overscan": true, "preferred": false, "width": 1920 } } } } ``` ## PUT /video/\{:connector}/output/\{:device}/mode/ Changes the [video mode](docId\:QpML112mBhEK7LBDGUxnv) on the player **Segments** - `connector`: The current value is always `hdmi` - `device`: This value in /video/ URLs is currently `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Request Body Parameters** A video mode object containing the following value(s): - `modeName` string required: The mode (for example, “1920x1080x60p”) - `colorDepth` string optional: The color depth of the video signal - `colorSpace` string optional: The color space of the video signal ("rgb", "yuv420", or "yuv422") - `dropFrame` bool: Whether or not the video timecode uses drop frame - `frequency` int optional: The frame rate of the video output - `width` int optional: The width of the video output - `height` int optional: The height of the video output - `graphicsPlaneWidth` int optional: The width of the graphics plane - `graphicsPlaneHeight` int optional: The height of the graphics plane - `interlaced` bool optional: Whether or not the video output is interlaced - `overscan` bool optional: Whether or not the video output is using an overscan setting or not - `preferred` bool optional: Whether or not video is the preferred mode **Request Example** ```text PUT /rest/v1/video/hdmi/output/0/mode/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json Content-Type: application/json Content-Length: 95 ``` This is the example request body: ```json { "data": { "name": { "modeName": "640x480x60p" } } } ``` **Response Body** The server will return a success or error message. A successful response will almost always cause a reboot which will be indicated in the response. - `result` object: The response object. - `success` bool: Whether or not the operation was successful - `reboot` bool: Whether or not the player is rebooting **Response Example** ```json { "data": { "result": { "success": true, "reboot": true } }, "route": "/v1/video/hdmi/output/0/mode", "method": "PUT" } ``` [title] LDWS Video Endpoints [path] Diagnostic Web Server APIs/Untitled/ ## GET /v1/video/\:connector/output/\:device/ Retrieves information about the specified video output. **Segments** - `connector`: The current value is always `hdmi` - `device`: This value is `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Request Example** The example request parameters and headers are set as follows: - `:connector` is set to `hdmi` - `:device` is set to `0` ```text GET /api/v1/video/hdmi/output/0/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `resolutions` resolutions[ ]: An array of information about the graphics, output, video resolution. Returns result values for height and width. - `edid_identity`: Parses the above string in a JSON format for readability. Requires an HDMI output connected to the player and a display. - `edid` string: Returns the EDID read string of the display connected to the player. If power save is on, zeroes will be returned - `status`: - `audioBitsPerSample` int: The number of bits per audio sample - `audioChannelCount` int: The number of audio channels in the output - `audioFormat` string: The format of the audio output. A "PCM" value indicates that the player is sending decoded output. - `audioSampleRate` int: The audio sample rate (in hertz) - `eotf` string: The current electro-optical transfer function (EOTF) used by the display. The following are possible values: - "HDR (GAMMA)" - "SDR (GAMMA)" - "SMPTE 2084 (PQ)" - "Future (BBC/NHK)" - "unspecified" - `outputPowered` bool: Whether the display device is on (i.e. RX powered) - `outputPresent` bool: Whether the HDMI output is connected to a display device or not. - `unstable` bool: Whether the display signal is unstable or stable - `modes`: List of all available video modes on the player. - `activeMode`: Information about the active video mode on the player - `bestMode` string: The best video mode for the player. The HDMI connector must be attached because it gets details from EDID result. - `configuredMode`: The configured video mode on the player. This can be different than `activeMode`. - `powerSaveStatus` bool: This value indicates the power save status of the display connected to the player. **Response Example** :::ExpandableHeading Expand ```json { "data": { "result": { "resolutions": { "video": { "result": { "height": 1080, "width": 1920 } }, "graphics": { "result": { "height": 1080, "width": 1920 } }, "output": { "result": { "height": 1080, "width": 1920 } } }, "edid_identity": { "result": { "bt2020RgbSupport": false, "bt2020YccSupport": false, "hdrEotfSupport": false, "hdrSt2084Support": false, "manufacturer": "SAM", "monitorName": "SAMSUNG", "product": 1293, "sdrEotfSupport": false, "serialNumber": 1, "serialNumberString": "", "textString": "", "weekOfManufacture": 48, "yearOfManufacture": 2008 } }, "edid": { "result": "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" }, "attached": { "result": true }, "status": { "result": { "audioBitsPerSample": 0, "audioChannelCount": 0, "audioFormat": "Unknown", "audioSampleRate": 0, "outputPowered": true, "outputPresent": true } }, "TxHdcpStatus": { "result": { "state": "not-required" } }, "modes": { "result": [ { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 640, "height": 480, "interlaced": false, "modeName": "640x480x60p", "overscan": false, "preferred": false, "width": 640 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 720, "height": 480, "interlaced": true, "modeName": "720x480x60i", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 720, "height": 576, "interlaced": true, "modeName": "720x576x50i", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 848, "height": 480, "interlaced": false, "modeName": "848x480x60p", "overscan": false, "preferred": false, "width": 848 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 800, "height": 600, "interlaced": false, "modeName": "800x600x60p", "overscan": false, "preferred": false, "width": 800 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 800, "height": 600, "interlaced": false, "modeName": "800x600x75p", "overscan": false, "preferred": false, "width": 800 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 960, "graphicsPlaneWidth": 960, "height": 960, "interlaced": false, "modeName": "960x960x60p", "overscan": false, "preferred": false, "width": 960 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1024, "height": 768, "interlaced": false, "modeName": "1024x768x60p", "overscan": false, "preferred": false, "width": 1024 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1024, "height": 768, "interlaced": false, "modeName": "1024x768x75p", "overscan": false, "preferred": false, "width": 1024 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1280, "height": 768, "interlaced": false, "modeName": "1280x768x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 1280, "height": 800, "interlaced": false, "modeName": "1280x800x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 1280, "height": 800, "interlaced": false, "modeName": "1280x800x75p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1360, "height": 768, "interlaced": false, "modeName": "1360x768x60p", "overscan": false, "preferred": false, "width": 1360 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1280, "graphicsPlaneWidth": 800, "height": 1280, "interlaced": false, "modeName": "800x1280x60p", "overscan": false, "preferred": false, "width": 800 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1920, "graphicsPlaneWidth": 1200, "height": 1920, "interlaced": false, "modeName": "1200x1920x60p", "overscan": false, "preferred": false, "width": 1200 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1366, "height": 768, "interlaced": false, "modeName": "1366x768x60p", "overscan": false, "preferred": false, "width": 1366 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 960, "graphicsPlaneWidth": 1280, "height": 960, "interlaced": false, "modeName": "1280x960x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 1280, "height": 1024, "interlaced": false, "modeName": "1280x1024x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 1280, "height": 1024, "interlaced": false, "modeName": "1280x1024x75p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 900, "graphicsPlaneWidth": 1440, "height": 900, "interlaced": false, "modeName": "1440x900x60p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 900, "graphicsPlaneWidth": 1440, "height": 900, "interlaced": false, "modeName": "1440x900x75p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1050, "graphicsPlaneWidth": 1400, "height": 1050, "interlaced": false, "modeName": "1400x1050x60p", "overscan": false, "preferred": false, "width": 1400 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 1050, "graphicsPlaneWidth": 1400, "height": 1050, "interlaced": false, "modeName": "1400x1050x75p", "overscan": false, "preferred": false, "width": 1400 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1440, "height": 1080, "interlaced": false, "modeName": "1440x1080x60p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1088, "graphicsPlaneWidth": 1440, "height": 1088, "interlaced": false, "modeName": "1440x1088x57p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 768, "height": 2048, "interlaced": false, "modeName": "1536x2048x30p", "overscan": false, "preferred": false, "width": 1536 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 900, "graphicsPlaneWidth": 1600, "height": 900, "interlaced": false, "modeName": "1600x900x60p", "overscan": false, "preferred": false, "width": 1600 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1200, "graphicsPlaneWidth": 1600, "height": 1200, "interlaced": false, "modeName": "1600x1200x60p", "overscan": false, "preferred": false, "width": 1600 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1050, "graphicsPlaneWidth": 1680, "height": 1050, "interlaced": false, "modeName": "1680x1050x60p", "overscan": false, "preferred": false, "width": 1680 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1296, "graphicsPlaneWidth": 1728, "height": 1296, "interlaced": false, "modeName": "1728x1296x60p", "overscan": false, "preferred": false, "width": 1728 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 540, "interlaced": false, "modeName": "1920x540x60p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1200, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "1920x1200x50p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1200, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "1920x1200x60p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 672, "graphicsPlaneWidth": 896, "height": 1344, "interlaced": false, "modeName": "1792x1344x60p", "overscan": false, "preferred": false, "width": 1792 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 960, "graphicsPlaneWidth": 960, "height": 1920, "interlaced": false, "modeName": "1920x1920x60p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 1024, "height": 1152, "interlaced": false, "modeName": "2048x1152x50p", "overscan": false, "preferred": false, "width": 2048 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 1024, "height": 1152, "interlaced": false, "modeName": "2048x1152x60p", "overscan": false, "preferred": false, "width": 2048 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 288, "graphicsPlaneWidth": 2376, "height": 288, "interlaced": false, "modeName": "2376x288x60p", "overscan": false, "preferred": false, "width": 2376 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 2560, "height": 800, "interlaced": false, "modeName": "2560x800x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 1280, "height": 960, "interlaced": false, "modeName": "2560x960x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1280, "height": 1080, "interlaced": false, "modeName": "2560x1080x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 1440, "interlaced": false, "modeName": "2560x1440x30p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 1440, "interlaced": false, "modeName": "2560x1440x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 1280, "height": 1600, "interlaced": false, "modeName": "2560x1600x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 1536, "height": 2048, "interlaced": false, "modeName": "3072x2048x30p", "overscan": false, "preferred": false, "width": 3072 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1720, "height": 1440, "interlaced": false, "modeName": "3440x1440x30p", "overscan": false, "preferred": false, "width": 3440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1720, "height": 1440, "interlaced": false, "modeName": "3440x1440x50p", "overscan": false, "preferred": false, "width": 3440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1720, "height": 1440, "interlaced": false, "modeName": "3440x1440x60p", "overscan": false, "preferred": false, "width": 3440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 720, "height": 576, "interlaced": false, "modeName": "720x576x50p", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 720, "height": 480, "interlaced": false, "modeName": "720x480x59.94p", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 720, "height": 480, "interlaced": false, "modeName": "720x480x60p", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x24p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x23.976p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x25p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x50p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x59.94p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x60p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": true, "modeName": "1920x1080x50i", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": true, "modeName": "1920x1080x59.94i", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": true, "modeName": "1920x1080x60i", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x24p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x23.976p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x25p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x29.97p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x30p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x50p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x59.94p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x60p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 360, "graphicsPlaneWidth": 1440, "height": 720, "interlaced": false, "modeName": "2880x720x60p", "overscan": true, "preferred": false, "width": 2880 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 300, "graphicsPlaneWidth": 1920, "height": 600, "interlaced": false, "modeName": "3840x600x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x25p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x30p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "3840x1200x30p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x23.976p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x24p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x25p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x29.97p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x30p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x50p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "3840x1200x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x50p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x59.94p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x23.976p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x24p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x25p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x29.97p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x30p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x50p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x59.94p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x60p", "overscan": true, "preferred": false, "width": 4096 } ] }, "activeMode": { "result": { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x60p", "overscan": true, "preferred": false, "width": 1920 } }, "configuredMode": { "result": null }, "bestMode": { "result": "1920x1080x60p" }, "powerSaveStatus": { "result": false } } } } ``` ::: ## GET /v1/video/\:connector/output/\:device/edid/ Returns the EDID information from a compatible monitor/television connected to the video output. **Segments** - `connector`: The current value is always `hdmi` - `device`: This value is `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Request Example** The example request parameters and headers are set as follows: - `:connector` is set to `hdmi` - `:device` is set to `0` ```text GET /api/v1/video/hdmi/output/0/edid/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Example** `result` is the EDID string result ```json { "data": { "result": "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" } } ``` ## GET /v1/video/\:connector/output/\:device/power-save/ Retrieves the power status of the monitor connected to the player. **Segments** - `connector`: The current value is always `hdmi` - `device`: This value is `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Request Example** The example request parameters and headers are set as follows: - `:connector` is set to `hdmi` - `:device` is set to `0` ```text GET /api/v1/video/hdmi/output/0/power-save/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `is_connected` bool: Whether the monitor is connected to the HDMI output on the player - `is_powered` bool: Whether the monitor is on (for example, RX powered) - `enabled` bool: Whether power-save mode has been enabled on the HDMI/VGA output **Response Example** ```json { "data": { "result": { "is_connected": true, "is_powered": true, "enabled": false } } } ``` ## PUT /v1/video/\:connector/output/\:device/power-save/ Enables or disables power-save mode on the monitor connected to the player. **Segments** - `connector`: The current value is always `hdmi` - `device`: This value is `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Request Example** The example request parameters and headers are set as follows: - `:connector` is set to `hdmi` - `:device` is set to `0` ```text PUT /api/v1/video/hdmi/output/0/power-save/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 51 ``` This is an example request body that enables the power-save mode: ```json { "enabled": true } ``` **Response Example** ```json { "data": { "result": true } } ``` ## GET /v1/video/\:connector/output/\:device/modes/ Returns a list of all available video modes on the specified video output. **Segments** - `connector`: The current value is always `hdmi` - `device`: This value is `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Request Example** The example request parameters and headers are set as follows: - `:connector` is set to `hdmi` - `:device` is set to `0` ```text GET /api/v1/video/hdmi/output/0/modes/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** Returns an array of video mode objects, each of which contain the following parameters: - `modeName` string: The mode (for example, “1920x1080x60p”) - `colorDepth` string: The color depth of the video signal - `colorSpace` string: The color space of the video signal (“rgb”, "yuv420", or "yuv422") - `dropFrame` bool: Whether or not the video timecode uses drop frame - `frequency` int: The frame rate of the video output - `width` int: The width of the video output - `height` int: The height of the video output - `graphicsPlaneWidth` int: The width of the graphics plane - `graphicsPlaneHeight` int: The height of the graphics plane - `interlaced` bool: Whether or not the video output is interlaced - `overscan` bool: Whether or not the video output is using an overscan setting or not - `preferred` bool: Whether or not video is the preferred mode **Response Example** :::ExpandableHeading Expand ```json { "data": { "result": [ { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 640, "height": 480, "interlaced": false, "modeName": "640x480x60p", "overscan": false, "preferred": false, "width": 640 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 720, "height": 480, "interlaced": true, "modeName": "720x480x60i", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 720, "height": 576, "interlaced": true, "modeName": "720x576x50i", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 848, "height": 480, "interlaced": false, "modeName": "848x480x60p", "overscan": false, "preferred": false, "width": 848 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 800, "height": 600, "interlaced": false, "modeName": "800x600x60p", "overscan": false, "preferred": false, "width": 800 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 800, "height": 600, "interlaced": false, "modeName": "800x600x75p", "overscan": false, "preferred": false, "width": 800 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 960, "graphicsPlaneWidth": 960, "height": 960, "interlaced": false, "modeName": "960x960x60p", "overscan": false, "preferred": false, "width": 960 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1024, "height": 768, "interlaced": false, "modeName": "1024x768x60p", "overscan": false, "preferred": false, "width": 1024 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1024, "height": 768, "interlaced": false, "modeName": "1024x768x75p", "overscan": false, "preferred": false, "width": 1024 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1280, "height": 768, "interlaced": false, "modeName": "1280x768x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 1280, "height": 800, "interlaced": false, "modeName": "1280x800x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 1280, "height": 800, "interlaced": false, "modeName": "1280x800x75p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1360, "height": 768, "interlaced": false, "modeName": "1360x768x60p", "overscan": false, "preferred": false, "width": 1360 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1280, "graphicsPlaneWidth": 800, "height": 1280, "interlaced": false, "modeName": "800x1280x60p", "overscan": false, "preferred": false, "width": 800 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1920, "graphicsPlaneWidth": 1200, "height": 1920, "interlaced": false, "modeName": "1200x1920x60p", "overscan": false, "preferred": false, "width": 1200 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 768, "graphicsPlaneWidth": 1366, "height": 768, "interlaced": false, "modeName": "1366x768x60p", "overscan": false, "preferred": false, "width": 1366 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 960, "graphicsPlaneWidth": 1280, "height": 960, "interlaced": false, "modeName": "1280x960x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 1280, "height": 1024, "interlaced": false, "modeName": "1280x1024x60p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 1280, "height": 1024, "interlaced": false, "modeName": "1280x1024x75p", "overscan": false, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 900, "graphicsPlaneWidth": 1440, "height": 900, "interlaced": false, "modeName": "1440x900x60p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 900, "graphicsPlaneWidth": 1440, "height": 900, "interlaced": false, "modeName": "1440x900x75p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1050, "graphicsPlaneWidth": 1400, "height": 1050, "interlaced": false, "modeName": "1400x1050x60p", "overscan": false, "preferred": false, "width": 1400 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 75, "graphicsPlaneHeight": 1050, "graphicsPlaneWidth": 1400, "height": 1050, "interlaced": false, "modeName": "1400x1050x75p", "overscan": false, "preferred": false, "width": 1400 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1440, "height": 1080, "interlaced": false, "modeName": "1440x1080x60p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1088, "graphicsPlaneWidth": 1440, "height": 1088, "interlaced": false, "modeName": "1440x1088x57p", "overscan": false, "preferred": false, "width": 1440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 768, "height": 2048, "interlaced": false, "modeName": "1536x2048x30p", "overscan": false, "preferred": false, "width": 1536 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 900, "graphicsPlaneWidth": 1600, "height": 900, "interlaced": false, "modeName": "1600x900x60p", "overscan": false, "preferred": false, "width": 1600 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1200, "graphicsPlaneWidth": 1600, "height": 1200, "interlaced": false, "modeName": "1600x1200x60p", "overscan": false, "preferred": false, "width": 1600 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1050, "graphicsPlaneWidth": 1680, "height": 1050, "interlaced": false, "modeName": "1680x1050x60p", "overscan": false, "preferred": false, "width": 1680 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1296, "graphicsPlaneWidth": 1728, "height": 1296, "interlaced": false, "modeName": "1728x1296x60p", "overscan": false, "preferred": false, "width": 1728 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 540, "interlaced": false, "modeName": "1920x540x60p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1200, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "1920x1200x50p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1200, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "1920x1200x60p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 672, "graphicsPlaneWidth": 896, "height": 1344, "interlaced": false, "modeName": "1792x1344x60p", "overscan": false, "preferred": false, "width": 1792 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 960, "graphicsPlaneWidth": 960, "height": 1920, "interlaced": false, "modeName": "1920x1920x60p", "overscan": false, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 1024, "height": 1152, "interlaced": false, "modeName": "2048x1152x50p", "overscan": false, "preferred": false, "width": 2048 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 1024, "height": 1152, "interlaced": false, "modeName": "2048x1152x60p", "overscan": false, "preferred": false, "width": 2048 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 288, "graphicsPlaneWidth": 2376, "height": 288, "interlaced": false, "modeName": "2376x288x60p", "overscan": false, "preferred": false, "width": 2376 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 2560, "height": 800, "interlaced": false, "modeName": "2560x800x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 1280, "height": 960, "interlaced": false, "modeName": "2560x960x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1280, "height": 1080, "interlaced": false, "modeName": "2560x1080x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 1440, "interlaced": false, "modeName": "2560x1440x30p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 1440, "interlaced": false, "modeName": "2560x1440x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 800, "graphicsPlaneWidth": 1280, "height": 1600, "interlaced": false, "modeName": "2560x1600x60p", "overscan": false, "preferred": false, "width": 2560 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1024, "graphicsPlaneWidth": 1536, "height": 2048, "interlaced": false, "modeName": "3072x2048x30p", "overscan": false, "preferred": false, "width": 3072 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1720, "height": 1440, "interlaced": false, "modeName": "3440x1440x30p", "overscan": false, "preferred": false, "width": 3440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1720, "height": 1440, "interlaced": false, "modeName": "3440x1440x50p", "overscan": false, "preferred": false, "width": 3440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1720, "height": 1440, "interlaced": false, "modeName": "3440x1440x60p", "overscan": false, "preferred": false, "width": 3440 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 576, "graphicsPlaneWidth": 720, "height": 576, "interlaced": false, "modeName": "720x576x50p", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 720, "height": 480, "interlaced": false, "modeName": "720x480x59.94p", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 480, "graphicsPlaneWidth": 720, "height": 480, "interlaced": false, "modeName": "720x480x60p", "overscan": true, "preferred": false, "width": 720 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x24p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x23.976p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x25p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x50p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x59.94p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 720, "graphicsPlaneWidth": 1280, "height": 720, "interlaced": false, "modeName": "1280x720x60p", "overscan": true, "preferred": false, "width": 1280 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": true, "modeName": "1920x1080x50i", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": true, "modeName": "1920x1080x59.94i", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": true, "modeName": "1920x1080x60i", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x24p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x23.976p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x25p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x29.97p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x30p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x50p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x59.94p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x60p", "overscan": true, "preferred": false, "width": 1920 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 360, "graphicsPlaneWidth": 1440, "height": 720, "interlaced": false, "modeName": "2880x720x60p", "overscan": true, "preferred": false, "width": 2880 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 300, "graphicsPlaneWidth": 1920, "height": 600, "interlaced": false, "modeName": "3840x600x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x25p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x30p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "3840x1200x30p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x23.976p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x24p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x25p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x29.97p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x30p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x50p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 540, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "3840x1080x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 600, "graphicsPlaneWidth": 1920, "height": 1200, "interlaced": false, "modeName": "3840x1200x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x50p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x59.94p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 2160, "interlaced": false, "modeName": "3840x2160x60p", "overscan": true, "preferred": false, "width": 3840 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x23.976p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 24, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x24p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 25, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x25p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": true, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x29.97p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 30, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x30p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 50, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x50p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": true, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x59.94p", "overscan": true, "preferred": false, "width": 4096 }, { "colorDepth": "8bit", "colorSpace": "yuv420", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 2048, "height": 2160, "interlaced": false, "modeName": "4096x2160x60p", "overscan": true, "preferred": false, "width": 4096 } ] } } ``` ::: ## GET /v1/video/\:connector/output/\:device/mode/ Retrieves the current video mode on the specified video output. **Segments** - `connector`: The current value is always `hdmi` - `device`: This value is `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Query String Parameters** Each of these parameters delivers a different mode value: - `best` int optional: If set to 1, this returns the best mode - `active` int optional: If set to 1, this returns the active mode - `configured` int optional: If set to 1, this returns the configured mode **Request Example** The example request parameters and headers are set as follows: - `:connector` is set to `hdmi` - `:device` is set to `0` - `best` is set to `1` ```text GET /api/v1/video/hdmi/output/0/mode/?best=1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `isAutoMode` bool: Whether the mode is set to “auto” - `name` string: The name of the video mode. Same as `mode.modeName` below. - `width` string: The width value of the video mode. - `height` string: The height value of the video mode. - `frames` string: The frame rate value of the video mode. - `scan` string: The scan character value of the video mode. - `mode` object: The currently configured video mode on the video output with following parameters - - `modeName` string: The mode (for example, “1920x1080x60p”) - `colorDepth` string: The color depth of the video signal - `colorSpace` string: The color space of the video signal ("rgb", "yuv420", or "yuv422") - `dropFrame` bool: Whether or not the video timecode uses drop frame - `frequency` int: The frame rate of the video output - `width` int: The width of the video output - `height` int: The height of the video output - `graphicsPlaneWidth` int: The width of the graphics plane - `graphicsPlaneHeight` int: The height of the graphics plane - `interlaced` bool: Whether or not the video output is interlaced - `overscan` bool: Whether or not the video output is using an overscan setting or not - `preferred` bool: Whether or not video is the preferred mode **Response Example** ```json { "data": { "result": { "isAutoMode": false, "name": "1920x1080x60p", "width": "1920", "height": "1080", "frames": "60", "scan": "p", "mode": { "colorDepth": "8bit", "colorSpace": "rgb", "dropFrame": false, "frequency": 60, "graphicsPlaneHeight": 1080, "graphicsPlaneWidth": 1920, "height": 1080, "interlaced": false, "modeName": "1920x1080x60p", "overscan": true, "preferred": false, "width": 1920 } } } } ``` ## PUT /v1/video/\:connector/output/\:device/mode/ Changes the video mode on the player. You should first send a GET request to find the body parameters of this API, but only the `modeName` parameter is required. **Segments** - `connector`: The current value is always `hdmi` - `device`: This value is `0` for single-output Series 5 players and all Series 4 and older players. The value can be `0`-`3` for the XC4055, which has multiple outputs, and `0` or `1` for the XC2055 and XT2145. **Request Body** A video mode object containing the following value(s): - `modeName` string required: The mode (for example, “1920x1080x60p”). See [Supported Video Modes](docId\:QpML112mBhEK7LBDGUxnv) for a list of the possible valid strings for your player - `colorDepth` string optional: The color depth of the video signal - `colorSpace` string optional: The color space of the video signal (“rgb”, "yuv420", or "yuv422") - `dropFrame` bool optional: Whether or not the video timecode uses drop frame - `frequency` int optional: The frame rate of the video output - `width` int optional: The width of the video output - `height` int optional: The height of the video output - `graphicsPlaneWidth` int optional: The width of the graphics plane - `graphicsPlaneHeight` int optional: The height of the graphics plane - `interlaced` bool optional: Whether or not the video output is interlaced - `overscan` bool optional: Whether or not the video output is using an overscan setting or not - `preferred` bool optional: Whether or not video is the preferred mode **Request Example** ```text PUT /api/v1/video/hdmi/output/0/mode/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 95 ``` This is the example request body: ```json { "name": { "modeName": "640x480x60p" } } ``` **Response Body** The server will return a success or error message. A successful response will almost always cause a reboot which will be indicated in the response. - `success` bool: Whether or not the operation was successful - `reboot` bool: Whether or not the player is rebooting **Response Example** ```json { "data": { "result": { "success": true, "reboot": true } } } ``` [title] Example (CMS URL/App URL) [path] BrightSign Partner Packet/Integrating with BrightSign/ In this example, we will be provisioning a player to use the CMS URL/App URL Publishing Mode and BrightSign Author. Players can also be provisioned in the BrightSign Control Player Setup section. # Player Preparation To better reflect the most likely experience of a real-world user, we will proceed as if the player is brand new. If you had previously used the player to follow along with the Manual Setup Example, you can simply erase/reformat the storage device and reinsert into the player. Since the player was not explicitly provisioned with BSN.Cloud (the Default Setup was used), the player does not need to be reprovisioned. If you had previously activated the player for use with BSN.Cloud, however, refer to the directions [here](docId\:Cyl9kPm02CO5rgcB9WQQv) on how to delete the player’s provisioning record and then return here. :::hint{type="warning"} In this example, we will be provisioning the player *prior* to booting up the player for the first time. If a new player does not already have a provisioning record with BSN.Cloud, powering up the player will take the user to the [Activate](docId\:OOf-RmqHqFVLhokXI8ypJ) screen. Activation provisions the player with the current Default Setup File. Unless another default Setup File has been created, the player will be provisioned with the BrightSign Default Setup File which uses BrightSign Author Plus (bsn.Content) as the Publishing Mode. Reprovisioning the player would then be required to apply a different Setup File. Provisioning the player prior to activating the player thus saves the step of having to reprovision the player. ::: # Provision Player 1. Do *not* power up the player. 2. Write down the player’s Serial Number. The Serial Number can be found on the label on the bottom of the player itself or on a label on the box that the player was packaged in. 3. Go to **Admin** > **Provision** > **Add Player**. Enter the Serial Number you wrote down. If desired, you can also enter an optional Player Name and Player Description. 4. Select **Add Player**. ![](https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/K7P1A_8p-g8MbokouLkm__image-20230914-201123.png) The player should now appear in the list of players. Note that it has been assigned the Default Setup File. If you have not explicitly created a new Default Setup File, this Default Setup File will be the BrightSign Default Setup File. Next: 1. Select the player you wish to provision. This should be the player with the serial number you just added above. 2. Select **Apply App URL** from the drop-down menu. 3. In the pop-up window, select **App URL** and enter the URL where the desired *autorun.zip* file resides. If you like, you can use the example URL here: [https://www.brightsign.biz/examples/autorun.zip](https://brightsign.biz/examples/autorun.zip) 4. Select **Apply**. ![](https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/jw90F6bRz_8XD3brN2Udl_image-20230914-201639.png) The player is now provisioned for the CMS URL/App URL publishing mode. All of the other player settings, since they have not been explicitly changed, remain per the BrightSign Default Setup. # Power Up Player Power up the player. Once the player has booted, it will search for a provisioning record on BSN.Cloud. If a record is found, the player will apply the settings according to its provisioning record. Since we created a provisioning record for this player in the previous steps, the player will apply those settings. In this case, the provisioning record instructs the player to go to the designated URL, download the *autorun.zip* file there, unzip that file, and then reboot to run the *autorun.brs* within the *autorun.zip* file. The *autorun.brs* file has been configured to display the HTML presentation contained in the *autorun.zip* file. The same presentation that was previously displayed with the manual copy example should now be shown on the screen. Whereas with the previous example, the *autorun.zip* file was manually copied to the player’s storage device, the player now has been remotely provisioned to retrieve the *autorun.zip* file from a URL. [Next - Developer Tools >](docId\:WFjRzUBBUvewOhJo-Tf3Q) [title] Partner Setup and Recovery [path] BSN.Cloud for Partners/ You can use the 1.6.52 or higher version of the BrightSign Author / BSN.Cloud autorun to download a partner setup to your local PC and place it on an SD card. This is useful for advanced network configurations that require the player to be able to reach the internet to download the partner application. You can also set up a recovery URL if, for example, your SD card was corrupted and needs either reformatting or replacement (the player is not automatically configured for recovery in this workflow, unlike the B-Deploy workflow). :::hint{type="warning"} You must disable the autorun before reformatting the SD card on your device. To disable the autorun, use the PUT API /v1/control/reboot with body parameter `{“autorun”:”disable”}`, as described in [this page](docId\:YLXb9c8Us70n09hoOkdp_). This can also be done in the local DWS Diagnostics tab. ::: To save your setup package to an SD card through BrightSign Author: 1. Choose the **Partner Application** setup type, and select any partner (see Image 1). 2. Select **Save Setup Files** so that the package can be saved to the SD card 3. Factory reset the player 4. Install the SD card 5. Reboot the player Next, set up a recovery URL for your partner application: 1. In BrightSign Author, go to **Admin > Device Provisioning > Add Device** 2. Add your player serial number and check the box next to your player in the list 3. In the **Actions** dropdown, choose **Apply Application** 4. Choose **Partner Applications** and add the partner you previously selected. 5. Select **Apply** ::Image[]{src="https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/5gzfeqRdEryjhSC8dbjfM_screen-shot-2022-06-14-at-35512-pm.png" size="86" width="1050" height="953" position="center" darkWidth="1050" darkHeight="953" showCaption="false"} [title] HTML Storage [path] HTML Development/HTML Best Practices/ The following [roHtmlWidget](docId\:xljq5_YhDmA2SSmpZimtK) methods are used to configure HTML storage on the BrightSign player: - `SetLocalStorageDir()` - `SetLocalStorageQuota()` - `SetWebDatabaseDir()` - `SetWebStorageQuota()` - `SetAppCacheDir()` - `SetAppCacheQuota()` :::hint{type="info"} The behavior of *roHtmlWidget* storage methods has changed in OS8. The new behavior is described below. Updating a player to OS8 from 7.1.x or earlier will cause stored HTML data on the player to be reset. ::: ## Initialization The above methods take effect when a new *roHtmlWidget* instance is created; they don't apply to the *roHtmlWidget* instance on which they are called (this is not the case for the the `storage_path` and `storage_quota` [initialization](docId\:xljq5_YhDmA2SSmpZimtK) parameters). ## Storage Path The `SetLocalStorageDir()`, `SetWebDatabaseDir()`, and `SetAppCacheDir()` methods all configure the same storage path, so calling one of these methods will overwrite the storage path configured by the other methods. Without a storage path (for example, when you are using an 'incognito' browser), nothing will persist when you are finished with the Chromium instance. If you want data to persist through reboot and widget creation, you must set a storage path. When non-persistent (incognito) mode is used, 10% of the total system memory is reserved for browser storage. This memory will be shared between multiple roHtmlWidget instances. ## Storage Quota The `SetLocalStorageQuota()`, `SetWebStorageQuota()`, and `SetAppCacheQuota()` methods all configure the same storage quota, which applies to all persistent HTML storage on the player. If the storage path is specified without a storage quota, Chromium defaults to reserving 1GB plus 10% of the total size of the storage device. If there are multiple *roHtmlWidget* instances, the configured or default quota is shared among them. [title] Adding a CMS to bsn.Cloud Partner Gallery [path] BSN.Cloud for Partners/ The BrightSign Partner Gallery is a provisioning option that makes your CMS available to select in BSN.Cloud. With the correct configuration (see the exact steps below), the user can view the CMS landing page directly after booting up the player. ![](https://api.archbee.com/api/optimize/0prk6SO2dy9LdU77jB8D1/vtiBpsNbek-74QIPeU-wv-20260430-210209.png "The BrightAuthor\:connected Partner Gallery view") To include your CMS in the Partner Gallery, email *support\@brightsign.biz* or *integrations\@brightsign.biz* with the following information: 1. Your company name, exactly as you want it displayed 2. The company logo as a PNG image 3. A persistent URL to an *autorun.zip* package with your application files: 1. See [Create / Install an autorun.zip](docId\:xPGNxJQYwJkJNqL6fq1kL) for details on how to create an *autorun.zip* file: 2. Host that *autorun.zip* at a persistent URL on your servers, accessible by the players**. ***HTTPS is required.* 3. To test your URL, please set up a player via the [CMS URL Setup](docId\:G_Vesz3ul67ERD9UElEZx) option 4. A photo or screenshot that shows the screen on the player after your test of the URL setup 5. A contact email address in case we discover errors with the *autorun.zip* package Once your app has been added to the gallery, users can set up their players with your CMS using [Partner CMS Setup](docId\:u9L_W0VjnyfYp9itZ6UrY). [title] LDWS Control Endpoints [path] Diagnostic Web Server APIs/Untitled/ ## PUT /v1/control/reboot/ Reboots the player. **Request Body** - `crash_report` bool: Setting this parameter to true reboots the player and saves a crash-report file to the brightsign-dumps folder. Only use this when directed by BrightSign customer service, which may request the crash report when helping you troubleshoot a player. - `factory_reset` bool**:** Setting this parameter to true resets the player to factory defaults, erasing all persistent registry settings for networking, security, and other applications. - `autorun` string**:** Set to “disable” to disable the current autorun script, which is helpful for debugging purposes. **Request Example (Simple Reboot)** This reboot has no body. ```text PUT /api/v1/control/reboot HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} ``` **Request Example (Crash Report)** ```text PUT /api/v1/control/reboot/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 36 ``` This is the example request body: ```json { "crash_report": true } ``` **Request Example (Factory Reset)** ```text PUT /api/v1/control/reboot/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 39 ``` This is the example request body: ```json { "factory_reset": true } ``` **Request Example (Disable Autorun)** ```text PUT /api/v1/control/reboot/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 41 ``` This is the example request body: ```json { "autorun": "disable" } ``` **Response Body** The server will return a success or error message. A successful response will almost always cause a reboot which will be indicated in the response. - `result` object: The response object - `success` bool: Whether or not the operation was successful - `reboot` bool: Whether or not the player is rebooting **Response Examples** **Crash Report** ```json { "data": { "result": { "success": true, "message": "A reboot has been initiated (with crash report)" } } } ``` **Factory Reset** ```json { "data": { "result": { "success": true, "message": "A reboot has been initiated (with factory reset)" } } } ``` **Disable Autorun** ```json { "data": { "result": { "success": true, "message": "A reboot has been initiated" } } } ``` ## GET /v1/control/dws-password/ Returns information about the current password of the local DWS (but not the password itself) such as whether the password is blank or invalid **Request Example** ```text GET /api/v1/control/dws-password/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `success` bool: A flag indicating whether the password was successfully read - `password` Password{ }: A Password object that describes the DWS password. The following are possible values: - `isResultValid` bool: A flag indicating whether the DWS password is valid - `isBlank` bool: A flag indicating whether the DWS password is blank (i.e. no password is required) **Response Example** ```json { "data": { "result": { "success": true, "password": { "isResultValid": true, "isBlank": true } } } } ``` ## PUT /v1/control/dws-password/ Resets or changes the DWS password. **Request Body** - `password` string: The password value that you want to set. - `previous_password` string: This optional parameter is the old password value - `obfuscated_password` string: An obfuscated password for the LDWS. **Request Example** ```text PUT /api/v1/control/dws-password/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 106 ``` This is the example request body: ```json { "password": "newpassword", "previous_password": "oldpassword" } ``` **Response Body** - `success` bool: A flag indicating whether the password was successfully set - `reboot` bool: A flag indicating whether the player will reboot to set the password **Response Example** ```json { "data": { "result": { "success": true, "reboot": false } } } ``` ## GET /v1/control/local-dws/ Returns whether or not the local DWS is enabled. **Request Example** ```text GET /api/v1/control/local-dws/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `success` bool: Whether the local DWS is enabled or disabled - `value` bool: When `true` means that the local DWS is enabled, `false` is disabled **Response Example** ```json { "data": { "result": { "success": true, "value": true } } } ``` ## PUT /v1/control/local-dws/ Used to disable the local DWS. See [Access the Local DWS](docId\:IAFCHERlJfjDJTWTtKpk5) for information on enabling the local DWS using other methods. **Request Body** - `enable` bool: Whether or not the local DWS is enabled **Request Example** ```text PUT /api/v1/control/local-dws/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 47 ``` This is the example request body: ```json { "enable": false } ``` **Response Body** - `success` bool: A flag indicating whether the local DWS was successfully disabled - `reboot` bool: A flag indicating whether the player will reboot to disable the local DWS **Response Example** ```json { "data": { "result": { "success": true, "reboot": true } } } ``` ## PUT /v1/control/ssh-host-keys/reset/ Resets the SSH host keys by regenerating new host key pairs. This is useful for security purposes or when host keys have been compromised. The system will automatically determine if a reboot is required, unless overriden by the reboot parameter. **Request Example** ```text PUT /api/v1/control/ssh-host-keys/reset/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 56 ``` **Request Body** This is the optional example request body: ```json { "reboot": "true" } ``` **Response Example** ```json { "data": { "result": { "success": true, "value": true } } } ``` ## PUT /v1/control/dws-default-certs/reset/ Resets the DWS default certificates by regenerating new certificate pairs. This is useful for security purposes or when certificates have been compromised. The system will reboot to activate new certificates, unless overriden by the reboot parameter. **Request Example** ```text PUT /api/v1/control/dws-default-certs/reset/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 56 ``` **Request Body** This is the optional example request body: ```json { "reboot": "true" } ``` **Response Example** ```json { "data": { "result": { "success": true, "value": true } } } ``` [title] rDWS Other Endpoints [path] Diagnostic Web Server APIs/Remote DWS APIs/ Base URL for these endpoints: ***https\://ws.bsn.cloud/rest/v1/*** *\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_* ## DELETE /storage/\{:device\_name}/ Reformats the specified storage device You must disable the autorun before reformatting the SD card on your device. To disable the autorun, use the PUT /v1/control/reboot with body parameter \{ “autorun”:”disable” }, as described in [rDWS Control Endpoints](docId\:DJbUqHNmn5EOAcqTmrM78). This can also be done in the local DWS Diagnostics tab. **Segment** - `device_name` string: The specified storage device (see [roStorageInfo](docId\:BczooenmOIfNRbeny6ZKI) for a list of available devices) **Request Body** - `fs` string: The [file system](docId\:nSjXffR7OlFgDWgjFEbMe) to use when reformatting a storage device. The default value of fs is "exfat". **Request Example** ```text DELETE /rest/v1/storage/sd/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json Content-Type: application/json Content-Length: 49 ``` This is the example request body: ```json { "data": { "fs": "exfat" } } ``` **Response Example** ```json { "data": { "result": { "success": true, "output": "Format completeted successfully.", "error": "" } }, "route": "/v1/storage/sd", "method": "DELETE" } ``` ## GET /re-provision/ Calling this endpoint will re-provision the player (in other words, the B-Deploy/ Provisioning setup currently associated with the player will be downloaded, and the device will go through setup again). The BrightSign Author UI feature that uses this functionality is [Reprovision Player](docId\:qXt4YHey7IEj_M9dH73wM). The re-provision process involves the following steps: 1. If the “networking” section of the player’s registry contains the access and refresh tokens, it is assumed that the player was previously set up for BSN.Cloud. So BrightSign keeps some setup-related keys in the Networking section (see "Setup-Related Keys", below) and deletes the rest of the registry entries. If the Networking section does not include access and refresh tokens, it will empty the whole Networking section, format the SD card, and reboot to try to provision the player. 2. BrightSign also sets the “deviceSetupComplete“ parameter in the “autorun” section to null, so that the player can set up again. This key is set to 1 only if the player was previously set up through the on-device setup option. 3. The code removes all files from the default storage device (this is almost always the SD card). You do not need to format the storage separately. 4. The player reboots, fetches the setup package from B-Deploy, and re-provisions itself. **Setup-Related Keys** ```text - inp (inherit network properties) - networkjson (network settings in json format - setup version v3) - modem_json (default settings for modem configuration in json format) - wifi (use wireless) - ss (wifi ssid) - pp (wifi passphrase) The first network interface, either ethernet or WiFi: - dhcp (use dhcp) - sip (static ip address) - sm (subnet mask) - gw (gateway) - dns1 (first dns) - dns2 (second dns) - dns3 (third dns) The second network interface, either ethernet or WiFi: - dhcp2 - sip2 - sm2 - gw2 - dns12 - dns22 - dns32 - ncp (wired connection priority) - ncp2 (wireless connection priority) - up (use proxy) - ps (proxy server url) - bph (proxy bypass list) - ts (time servers list) Rate limits for the first network interface, ethernet or WiFi: - rlmid (rate limit mode during initial downloads) - rlrid (rate limit value during initial downloads) - rlmow (rate limit mode outside download window) - rlrow (rate limit value outside download window) - rlmiw (rate limit mode inside download window) - rlriw (rate limit value inside download window) Rate limits for the second network interface, ethernet or WiFi: - rlmid2 - rlrid2 - rlmow2 - rlrow2 - rlmiw2 - rlriw2 Enabled flag values for the ethernet interface: - cwr (Content transfers enabled) - twr (Text feed transfers enabled) - mwr (Media feed transfers enabled) - hwr (Health transfers enabled) - lwr (Log upload transfers enabled) Enabled flag values for the WiFi interface: - cwf - twf - mwf - hwf - lwf if vlanids = 25 - usedhcp_vlan_25 - staticipaddress_vlan_25 - subnetmask_vlan_25 - gateway_vlan_25 - dns1_vlan_25 - dns2_vlan_25 - dns3_vlan_25 ``` **Request Example** ```text GET /rest/v1/re-provision/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** - `success` bool: `True` means that the operation succeeded and the player will reboot. `False` means that the operation failed. **Response Example** ```json { "route": "/v1/re-provision", "method": "GET", "data": { "result": { "success": true } } } ``` ## POST /snapshot/ Takes a screenshot of the current screen contents and saves it to storage. See [Request Message Format](docId\:Kku9e7f7CHC5LwofXs9E0) for the Query String Parameters. **Request Example** ```text POST /rest/v1/snapshot/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} ``` **Response Body** - `remoteSnapshotThumbnail` string: A snapshot image thumbnail in Base64 format - `filename` string: The name and path of the snapshot image file. Call `GET /file/{:path}` to retrieve the full-resolution image. - `timestamp` string: The date and time the snapshot was taken. The date/time is formatted as "`yyyy-mm-dd hh:mm:ss "`. **Response Example** ```json { "route": "/v1/snapshot", "method": "POST", "data": { "result": { "remoteSnapshotThumbnail": "data:image/jpeg;base64,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", "filename": "/sd/remote_snapshots/img-2024-02-07-11-36-30.jpg", "timestamp": "2024-02-07 11:36:33 PST", "devicename": "XD5-RE433D006644", "width": 1920, "height": 1080 } } } ``` ## PUT /custom/ Sends custom data to the player. The player in turn sends the data as a message (in JSON string format) on UDP port 5000, which can then be captured by the *autorun.brs* or a JavaScript application on the player. **Request Body** - `command` string: The custom data to send - `returnImmediately` bool: A flag specifying whether the server should respond to the PUT request immediately (`true`) or wait on a response to the UDP message from the BrightScript/JavaScript application (`false`). **Request Example** ```none PUT /rest/v1/custom/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json Content-Type: application/json Content-Length: 89 ``` This is the example request body: ```json { "data": { "command": "next", "returnImmediately": true } } ``` **Response Body** If the `returnImmediately` property is `true`, the server will return a success or error message. If the property is `false`, the server will wait for a response from UDP port 5000 on the player and send it as the response to the PUT request. **Response Example** ```json { "data": { "result": { "success": true } }, "route": "/v1/custom", "method": "PUT" } ``` ## GET /download-firmware/ Instructs the player to download and apply a firmware update. **Query String Parameter** - `url` string: The public URL for downloading the firmware-update file. **Request Example** ```text GET /rest/v1/download-firmware/?url=https://bsncloud.s3.amazonaws.com/public/cobra-9.0.110-update.bsfw&destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** - `success` bool: A flag indicating whether the download was successful - `reboot` bool: A flag indicating whether the player will reboot when applying a firmware update **Response Example** ```json { "route": "/v1/download-firmware", "method": "GET", "data": { "result": { "success": true, "reboot": true } } } ``` [title] Diagnostic Web Server APIs [path] / These APIs allow you to connect to individual BrightSign players. They are especially useful if there are many players on the network so you can more quickly find and access players. # Local DWS APIs :::hint{type="warning"} Local access (i.e., access over the local network) of the Diagnostic Web Server (DWS) is *disabled* by default as of BrightSignOS 9.0.218 (on the 9.0 branch) and BrightSignOS 9.1.75 (on the 9.1 branch). In BrightSignOS versions prior to these, local access to the DWS was enabled by default. To enable local access to the DWS, see [DWS: Local Access](docId\:IAFCHERlJfjDJTWTtKpk5). Note that some specially configured players have the external microSD card port and USB storage disabled at the factory (SKU: SVC-internal-storage-only). For these players, local access to the DWS remains enabled by default. Remote access (i.e., access over the internet) of the DWS remains available for all internet-connected players registered with BrightSign Cloud. ::: [Local DWS APIs](docId:2Zmel07w011h1267dt-59) let you access your players on a local network. These APIs give you information about the player, let you reboot the player, see the health of SD card, and access all of the functionality of the calls that underlie the DWS in the BrightSign Author UI. The local DWS APIs include Presentation Autorun Server APIs, which are hosted by the presentation autorun, and can be accessed with authentication from the local DWS. Only BrightScript objects in the presentation autorun know how to respond to these requests. Local DWS APIs are local player APIs and are authenticated through a username and password, not an OAuth bearer token. ::Image[]{src="https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/GkyV9XWLHK4pr032HpckF_screenshot-2023-03-17-at-91213-am.png" size="64" width="1284" height="663" position="center" alt="Screenshot 2023-03-17 at 9.12.13 AM.png" darkWidth="1284" darkHeight="663" showCaption="false"} # Remote DWS APIs The [Remote DWS APIs](docId\:Kku9e7f7CHC5LwofXs9E0) are contained in the [WebSockets](docId:2FoO6xeacVDG8em0fu6mq) APIs, which use the WebSocket connection to leverage legacy endpoints that would otherwise only be addressable via the local network. Once a connection is established, the BrightSign WebSockets server can send WebSockets messages to BrightSign players. Depending on the operation, the BrightSign player may return information to the BrightSign Websockets server, which will be relayed in the server REST response to the client application. The Remote DWS APIs allow you to access your player through BSN.Cloud (using the bearer token for bsn.cloud) as well as get information about the player, reboot the player, see the health of SD card, and access all of the functionality of the calls that underlie the DWS in the BrightSign Author UI. ![WSAPI\_v3.png](https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/ABTIHvRQ-2nU_QdTkufem_wsapiv3.png) [title] Content Sources [path] BrightSign Partner Packet/ Thanks to the built-in Chromium engine, BrightSign players can generally display any HTML web page that is capable of being displayed in the Chrome browser. Typically, HTML presentations will consist of an HTML file that resides locally on the player’s storage device. Content displayed by the HTML file can be broadly categorized as follows: 1. **Local** - Content resides on the player’s storage device. - Since the content is local, it can begin playing immediately. 2. **Web** - Content is retrieved from an external web URL. - Unless the content has been previously cached, it must first be downloaded before it can be displayed. 3. **Streamed** - Content is streamed, either locally or from an external server. - Streamed content relies on dedicated streaming servers and various streaming protocols like HLS, UDP/RTP/RTSP, and HTTP. - Video and audio data are transported as a continuous flow that can be watched or listened to almost immediately without having to wait for the full download to complete. These categories are not mutually exclusive, and as we will see, players can readily play content from a mixture of these content sources. [Next - Example (Manual Setup) >](docId:3n83W8cEAAZhxwtq37l6U) [title] LDWS Remote Snapshot Endpoint [path] Diagnostic Web Server APIs/Untitled/ ## POST /v1/snapshot/ Captures a snapshot of the content that is currently playing on the player **Request Body** - `width` int optional: The snapshot width - `height` int optional: The snapshot height - `shouldCaptureFullResolution` bool optional: This is `false` by default **Request Example** ```text POST /api/v1/snapshot/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` This is the example request body: ```json { "width": 640, "height": 480 } ``` **Response Body** - `remoteSnapshotThumbnail` string: The data image URL for the thumbnail (the thumbnail file) - `filename` string: The path to the captured snapshot. This path can be used to get the image using [LDWS Storage Endpoints](docId:-NxNHjKhZyIJmLYmZrifA). - `timestamp` string: The time that the snapshot was captured - `devicename` string: The name of the player on which the snapshot was captured - `width` int: The snapshot width - `height` int: The snapshot height **Response Example** ```json { "data": { "result": { "remoteSnapshotThumbnail": 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", "filename": "/sd/remote_snapshots/img-2024-05-14-11-07-13.jpg", "timestamp": "2024-05-14 11:07:15 EST", "devicename": "XD5-M4E44D006824", "width": 640, "height": 480 } } } ``` [title] LDWS Diagnostics Endpoints [path] Diagnostic Web Server APIs/Untitled/ ## DELETE /v1/storage/\:device/ Formats a storage device :::hint{type="info"} You must disable the autorun before reformatting the SD card on your device. To disable the autorun, use the *PUT /v1/control/reboot* with body parameter *\{“autorun”:”disable”}*, as described in [this page](docId\:YLXb9c8Us70n09hoOkdp_). ::: **Segment** - `:device` string: The specified storage device (see [this page](docId\:BczooenmOIfNRbeny6ZKI) for a list of available devices) **Request Body** - `fs` string: The [file system](docId\:nSjXffR7OlFgDWgjFEbMe) to use when reformatting a storage device. The default value of fs is "exfat". **Request Example** ```text DELETE /api/v1/storage/sd/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json, application/vnd.bsn.error+json Content-Type: application/json Content-Length: 49 ``` This is the example request body: ```json { "fs": "exfat" } ``` **Response Example** ```json { "data": { "result": { "success": true, "output": "Format completeted successfully.", "error": "" } } } ``` ## GET /v1/diagnostics/ Runs network diagnostics on the player and returns the result in JSON format. **Request Example** ```text GET /api/v1/diagnostics/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** For each of `ethernet`, `wifi`, `modem`, and `internet`: - `diagnosis` string: Indicates if this type of interface is present - `log` object[ ]: This contains the diagnostic results for the interface: - `name` string: The name of the diagnostic test - `pass` bool: Indicates whether the test passed or not - `result` string: The actual value for the diagnostic tests like checking type and ping. - `ok` bool: If diagnostics were run on the interface or not. **Response Example** ```json { "data": { "result": { "ethernet": { "diagnosis": "OK", "log": [ { "name": "Checking model networking support", "pass": true, "result": "" }, { "name": "Checking for Ethernet interface", "pass": true, "result": "" }, { "name": "Checking interface type", "pass": true, "result": "Ethernet" }, { "name": "Checking Ethernet link", "pass": true, "result": "" }, { "name": "Checking Ethernet IP address", "pass": true, "result": "" }, { "name": "Checking Ethernet netmask", "pass": true, "result": "" }, { "name": "Checking Ethernet gateway", "pass": true, "result": "PING 10/10: 1375/1537/1623us" } ], "ok": true }, "wifi": { "diagnosis": "WiFi interface not present", "log": [ { "name": "Checking model networking support", "pass": true, "result": "" }, { "name": "Checking for WiFi interface", "pass": false, "result": "WiFi interface not present" } ], "ok": false }, "modem": { "diagnosis": "Modem interface not present", "log": [ { "name": "Checking model networking support", "pass": true, "result": "" }, { "name": "Checking for Modem interface", "pass": false, "result": "Modem interface not present" } ], "ok": false }, "internet": { "diagnosis": "OK", "log": [ { "info": [ "DNS server 2600:1700:dac0:2060::1 is not a valid IPv4 address" ], "name": "Checking DNS servers", "pass": true, "result": "At least one DNS server is valid" }, { "info": [ "DNS pass/fail/timeout/mismatch UDP: 50/0/0/0 TCP 50/0/0/0" ], "name": "Checking DNS server (cached)", "pass": true, "result": "DNS servers responded to 100% of potentially cached requests" }, { "info": [ "DNS pass/fail/timeout/mismatch UDP: 5/0/0/0 TCP 5/0/0/0" ], "name": "Checking DNS server (hopefully not cached)", "pass": true, "result": "DNS servers responded to 100% of hopefully uncached requests" }, { "name": "Checking Internet connectivity", "pass": true, "result": "PING 10/10: 87398/87760/88247us" }, { "name": "Checking HTTP", "pass": true, "result": "External IP is 76.218.104.224" }, { "name": "Checking time server", "pass": true, "result": "" } ], "ok": true } } } } ``` ## GET /v1/diagnostics/dns-lookup/\:address/ Runs a DNS lookup for an address, which can be a hostname or IP address. **Segment** - `:address`: The hostname (for example, *http\://google.com*) or IP address **Request Example** ```text GET /api/v1/diagnostics/dns-lookup/google.com/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** The player queries each DNS field separately, then collects returned data into the *records* object, the tcp and udp connection information is in the *server\_test* object, and returned errors into the *errorList* object. - `records` object: - `ipv4` string[ ]: IPv4 addresses - `ipv6` string[ ]: IPv6 addresses - `text` string[ ]: Text records - `mx` object[ ]: Mail exchange records - `exchange` string - `priority` int - `server_test` object: - `tcp` object: - `made` int: The total number of DNS requests made - `pass` int: The total number of requests that passed - `fail` int: The total number of requests that failed. - `timeout` int: The total number of requests that timed out - `mismatch` int: The total number of mismatched requests between the host and pointer records - `udp` object: - `made` int: The total number of DNS requests made - `pass` int: The total number of requests that passed - `fail` int: The total number of requests that failed. - `timeout` int: The total number of requests that timed out. - `mismatch` int: The total number of mismatched requests between the host and pointer records - `errorList` object[ ] - `field` string: The field ('ipv4', 'ipv6', 'cname', 'mx', 'service', or 'text') the error came from - `err` object: - `errno` string: Error number (usually the same value as code) - `code` string: Error code number (see [https://nodejs.org/docs/latest-v14.x/api/dns.html#dns\_error\_codes](https://nodejs.org/docs/latest-v14.x/api/dns.html#dns_error_codes)) - `syscall` string: Information about the system call stack - `hostname` string: The value passed in the URL **Response Example** ```json { "data": { "result": { "records": { "ipv4": [ "142.250.105.113", "142.250.105.102", "142.250.105.139", "142.250.105.101", "142.250.105.138", "142.250.105.100" ], "ipv6": [ "2607:f8b0:4002:c0c::8a", "2607:f8b0:4002:c0c::8b", "2607:f8b0:4002:c0c::71", "2607:f8b0:4002:c0c::64" ], "mx": [ { "exchange": "smtp.google.com", "priority": 10 } ] }, "server_test": { "tcp": { "made": 100, "pass": 100, "fail": 0, "timeout": 0, "mismatch": 0 }, "udp": { "made": 100, "pass": 100, "fail": 0, "timeout": 0, "mismatch": 0 } }, "errorList": [ { "field": "cname", "err": { "code": "ENODATA", "syscall": "queryCname", "hostname": "google.com" } }, { "field": "service", "err": { "code": "ENODATA", "syscall": "querySrv", "hostname": "google.com" } }, { "field": "text", "err": { "code": "ETIMEOUT", "syscall": "queryTxt", "hostname": "google.com" } } ] } } } ``` ## GET /v1/diagnostics/ping/\:ipAddress/ Pings the address passed in the request. This does not work for hostnames, only for IP addresses. **Segment** - `:ipAddress`: The specified IP address **Request Example** ```text GET /api/v1/diagnostics/ping/0.0.0.0/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `success` bool: A flag that indicates if the operation succeeded or not - `response` object: - `hostname` string: The value that you passed in the URL - `results` string: - `ipv4` object[ ] - `address` string: The IPv4 address that is pinged - `results` object: - `received` int: The number of packets received - `stats` object: - `average` int: The average time for the packet to return - `quickest` int: The quickest time for the packet to return - `slowest` int: The slowest time for the packet to return - `units` int: The time units (usually microseconds) - `transmitted` int: The number of packets transmitted - `ipv6` object[ ]: This will only be returned if IPv6 is present. - `interface` string: - `source` string - `address` string: The IPv6 address that is pinged - `results` object: - `received` int: The number of packets received - `transmitted` int: The number of packets transmitted **Response Example** ```json { "data": { "result": { "success": true, "response": { "hostname": "0.0.0.0", "results": { "ipv4": [ { "address": "0.0.0.0", "results": { "received": 10, "stats": { "average": 318, "quickest": 223, "slowest": 336, "units": "us" }, "transmitted": 10 }, "up": true } ] }, "up": true } } } } ``` ## GET /v1/diagnostics/trace-route/\:address/ Runs trace-route on the player. You can optionally pass the boolean query parameter `?resolveAddress` to resolve IP addresses in the result. **Segment** - `:address`: The specified IP or hostname address **Query String Parameter** - `resolveAddress` bool optional: Specifies whether the IP or hostname address should be resolved or not in the result **Request Example** ```text GET /api/v1/diagnostics/trace-route/google.com/?resolveAddress%3Dtrue HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `address` string: The IP address on which you are running the trace route - `results` object: - `output` string[ ]: Returns the trace route output information in text format - `protocol` string: The IP protocol (for example, `"ipv4"`) - `route` object[ ]: - `hop` int: How many times the data moves from one router to the next - `servers` object: - `address` string: The address to which the trace route request is made - `hostname` string: The server hostname - `stats` object[ ]: - `reachable` string: - `time` string: The time required for the trace route request to return - `units` string: The time units (usually in milliseconds) **Response Example** ```json { "data": { "result": { "address": "123.456.7.890", "resolveAddress": "true", "results": { "152.101.32.76": { "output": [ "traceroute to 152.101.32.76 (152.101.32.76), 30 hops max, 46 byte packets", " 1 10.0.4.1 0.744 ms 0.458 ms 1.740 ms", " 2 192.168.0.1 1.738 ms 1.387 ms 1.387 ms", " 3 96.120.89.217 10.553 ms 11.250 ms 11.961 ms", " 4 96.110.176.145 11.958 ms 11.250 ms 9.845 ms", " 5 162.151.78.253 11.957 ms 13.366 ms 10.549 ms", " 6 96.108.99.249 13.366 ms 14.072 ms 20.414 ms", " 7 68.86.143.93 13.368 ms 11.960 ms 10.549 ms", " 8 96.97.98.246 32.397 ms 96.112.146.22 11.954 ms 69.241.75.42 9.841 ms", " 9 * * *", "10 152.101.32.76 10.452 ms 152.101.32.76 13.302 ms 152.101.32.76 12.649 ms", "11 192.178.105.102 11.948 ms 142.251.224.181 11.073 ms 192.178.46.198 17.759 ms", "12 142.251.32.46 11.955 ms 12.649 ms 10.543 ms" ], "protocol": "ipv4", "result": 0, "route": [ { "error": "timeout", "hop": 9 } ] } } } } } ``` ## GET /v1/diagnostics/network-neighborhood/ Retrieves information about the player’s current network neighborhood (the other players on the same network). **Request Example** ```text GET /api/v1/diagnostics/network-neighborhood/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `success` bool: A flag that indicates if the operation succeeded - `response` object[ ]: An array of information about players in your network neighborhood - `chassis-descr` string: The model version, OS version, serial number, etc. - `chassis-id` string: A unique identifier for the player - `chassis-name` string: The name of the player - `mgmt-ip` string: - `port-descr` string: Which interface the player is using - `port-id` string: - `vlan-pvid` string: If the diagnostic could not be performed, the response body may instead be an error message. **Response Example** ```json { "data": { "result": { "success": true, "response": [ { "chassis-descr": "BrightSign XT1144 REVE 8.5.47 UHE015005214", "chassis-id": "90:ac:3f:28:fb:a4", "chassis-name": "BrightSign-UHE015005214", "mgmt-ip": "2601:647:4500:1e5e:92ac:3fff:fe28:fba4", "port-descr": "eth0", "port-id": "90:ac:3f:28:fb:a4", "vlan-pvid": "0" } ] } } } ``` ## GET /v1/diagnostics/network-configuration/\:interfaceName/ Gets the network configuration on the player. See [Local DWS APIs](docId:2Zmel07w011h1267dt-59) for more information about digest authentication. **Segment** - `:interfaceName`: The network interface. Possible names include `eth0`, `wlan0`, and `modem`. **Request Example** ```text GET /api/v1/diagnostics/network-configuration/eth0/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} ``` **Response Body** :::hint{type="info"} Some entries (e.g. `caCertificates`, `clientIdentifier`) are identical for all interfaces. ::: - `text` string: The network configuration information in plain-text form - `output` Output: The network configuration information as a JSON object: - `interfaces` Interface[ ]: An array of Interface objects representing network interfaces: - `name` string: The interface name (for example, `"eth0"`) - `errors` Error[ ]: An array of error messages associated with the interface - `params` Param[ ]: An array of Param objects representing parameters associated with the network interface. Each Param interface has the following entries: - `name` string: The property name (e.g. `"MAC"`) - `value` string: The property value (e.g. `"90:ac:3f:0b:d2:88"`) - `host` Info[ ]: An array of Info objects providing network host information. Each object can have the following entries: - `errors` Error[ ]: An array of error messages associated with the network host - `params` Param[ ]: An array of Param objects representing parameters associated with the network host - `bsn` Info[ ]: An array of Info objects providing information about BSN communication. - `other` Info[ ]: An array of Info objects providing information miscellaneous network information. - `caCertificate` string optional: The contents of a CA certificate file in text form (i.e. a "pem" file). - `clientCertificate` bool optional: A flag indicating whether the player is using a client certificate - `clientIdentifier` string optional: The DHCP client identifier for the network interface - `dnsServerList` string[ ] optional: An IP address list of the DNS servers - `domain` string optional: The domain name for the network interface - `eapTlsOptions` string optional: A string containing EAP-specific options - `enabledProtocolList` string[ ] optional: An array of enabled IP protocols. Currently supported values are `"IPv4"` and "`IPv6"`. - `identity` string optional: The RADIUS identity - `ipAddressList` string[ ] optional: The IP addresses assigned to the player - `inboundShaperRate` int optional: The bandwidth limit for inbound traffic in bits per second. A value of -1 specifies the default bandwidth limit, and a value of 0 specifies no bandwidth limit (these two settings are functionally the same). - `metric` int optional: The routing metric for the default gateway on the interface. Routes with lower metrics are preferred over routes with higher metrics. - `mtu` int optional: The maximum transmission unit (MTU) for the network interface in bytes - `privateKey` string optional: The private key for authentication - `vlanIdList` int[ ] optional: An array of VLAN IDs that are supported on the parent network interface - `securityMode` string optional: Security mode for authentication **Response Example** ```text { "data": { "result": { "success": true, "response": [ { "text": "\r\nInterface: eth0\r\nType: Wired\r\nLink: Yes\r\nConfiguration: DHCP\r\nClient ID: BrightSign:RE433D006644\r\nMAC: 90:ac:3f:2a:01:79\r\nCurrent IP: 192.168.1.174\r\nNetmask: 255.255.255.0\r\nBroadcast: 192.168.1.255\r\nGateway: 192.168.1.254\r\nIP6 Address: 2600:1700:dac0:2060::43/128\r\nIP6 Address: 2600:1700:dac0:2060:92ac:3fff:fe2a:179/64\r\nIP6 Address: fe80::92ac:3fff:fe2a:179/64\r\nMetric: 0\r\nDomains: attlocal.net\r\nDNS: 192.168.1.254\r\n 2600:1700:dac0:2060::1\r\nShape inbound: No\r\n\r\nHost \r\nHost Name: BrightSign-RE433D006644\r\nmDNS Host Name: BrightSign-RE433D006644.local\r\nTime server: http://time.brightsignnetwork.com\r\nProxy Bypass: \r\n\r\nBSN \r\nCrash URL: https://crashes.brightsignnetwork.com/bs/crashdump\r\nError URL: https://handlers.bsn.cloud//bs/error.ashx\r\nRecovery URL: https://handlers.bsn.cloud//recovery/recovery.ashx\r\n\r\nOther \r\nHttp Port: \r\n\r\n\r\n", "output": { "interfaces": [ { "name": "eth0", "errors": [], "params": [ { "name": "Type", "value": [ "Wired" ] }, { "name": "Link", "value": [ "Yes" ] }, { "name": "Configuration", "value": [ "DHCP" ] }, { "name": "Client ID", "value": [ "BrightSign:RE433D006644" ] }, { "name": "MAC", "value": [ "90:ac:3f:2a:01:79" ] }, { "name": "Current IP", "value": [ "192.168.1.174" ] }, { "name": "Netmask", "value": [ "255.255.255.0" ] }, { "name": "Broadcast", "value": [ "192.168.1.255" ] }, { "name": "Gateway", "value": [ "192.168.1.254" ] }, { "name": "IP6 Address", "value": [ "2600:1700:dac0:2060::43/128" ] }, { "name": "IP6 Address", "value": [ "2600:1700:dac0:2060:92ac:3fff:fe2a:179/64" ] }, { "name": "IP6 Address", "value": [ "fe80::92ac:3fff:fe2a:179/64" ] }, { "name": "Metric", "value": [ "0" ] }, { "name": "Domains", "value": [ "attlocal.net" ] }, { "name": "DNS", "value": [ "192.168.1.254", "2600:1700:dac0:2060::1" ] }, { "name": "Shape inbound", "value": [ "No" ] } ] } ], "Host": [ { "errors": [], "params": [ { "name": "Host Name", "value": [ "BrightSign-RE433D006644" ] }, { "name": "mDNS Host Name", "value": [ "BrightSign-RE433D006644.local" ] }, { "name": "Time server", "value": [ "http://time.brightsignnetwork.com" ] }, { "name": "Proxy Bypass", "value": [ "" ] } ] } ], "BSN": [ { "errors": [], "params": [ { "name": "Crash URL", "value": [ "https://crashes.brightsignnetwork.com/bs/crashdump" ] }, { "name": "Error URL", "value": [ "https://handlers.bsn.cloud//bs/error.ashx" ] }, { "name": "Recovery URL", "value": [ "https://handlers.bsn.cloud//recovery/recovery.ashx" ] } ] } ], "Other": [ { "errors": [], "params": [ { "name": "Http Port", "value": [ "" ] } ] } ] } }, { "caCertificates": "", "clientCertificate": false, "clientIdentifier": "BrightSign:RE433D006644", "dnsServerList": [], "domain": "", "eapTlsOptions": "", "enabledProtocolList": [ "IPv4", "IPv6" ], "identity": "", "ipAddressList": [], "metric": 0, "privateKey": false, "securityMode": "", "vlanIdList": [] } ] } } } ``` ## PUT /v1/diagnostics/network-configuration/\:interfaceName/ Applies a test network configuration on the player. You should use GET to get the configuration parameters before setting it using this API. The `text` and `output` parameters are NOT needed in PUT. **Segment** - `:interfaceName`: The network interface. Possible names include `eth0`, `wlan0`, and `modem`. **Request Body** - `caCertificate` string optional: The contents of a CA certificate file in text form (i.e. a "pem" file). - `clientCertificate` bool optional: A flag indicating whether the player is using a client certificate - `clientIdentifier` string optional: The DHCP client identifier for the network interface - `dnsServerList` string[ ] optional: An IP address list of the DNS servers - `domain` string optional: The domain name for the network interface - `eapTlsOptions` string optional: A string containing EAP-specific options - `enabledProtocolList` string[ ] optional: An array of enabled IP protocols. Currently supported values are "IPv4" and "IPv6". - `identity` string optional: The RADIUS identity - `ipAddressList` string[ ] optional: The IP addresses assigned to the player - `inboundShaperRate` int optional: The bandwidth limit for inbound traffic in bits per second. A value of -1 specifies the default bandwidth limit, and a value of 0 specifies no bandwidth limit (these two settings are functionally the same). - `metric` int optional: The routing metric for the default gateway on the interface. Routes with lower metrics are preferred over routes with higher metrics. - `mtu` int optional: The maximum transmission unit (MTU) for the network interface in bytes - `privateKey` string optional: The private key for authentication - `vlanIdList` int[ ] optional: An array of VLAN IDs that are supported on the parent network interface - `securityMode` string optional: Security mode for authentication **Request Example** The example request parameters and headers are set as follows: ```text PUT /api/v1/diagnostics/network-configuration/eth0 HTTP/1.1 Host: {{PlayerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 75 ``` This is the example request body: ```json { "caCertificates": "", "clientCertificate": false, "clientIdentifier": "BrightSign:D7E8CV332141", "dnsServerList": ["192.168.86.1"], "domain": "lan", "eapTlsOptions": "", "enabledProtocolList": [ "IPv4", "IPv6" ], "identity": "", "ipAddressList": [], "inboundShaperRate": 0, "metric": 1002, "privateKey": false, "securityMode": "", "vlanIdList": [] } ``` **Response Example** ```json { "success": true, "reboot": true // Indicates whether the player will reboot } ``` ## GET /v1/diagnostics/interfaces/ Returns list of applied network interfaces on the player. **Request Body** ```text GET /api/v1/diagnostics/interfaces/ HTTP/1.1 Host: {{PlayerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** ```json { "data": { "result": [ "eth0", "ppp0" ] } } ``` ## GET /v1/diagnostics/packet-capture/ Returns the current status of packet capture operation. **Request Example** ```text GET /api/v1/diagnostics/packet-capture/ HTTP/1.1 Host: {{PlayerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `statusCode` int: The success or error code (200 is success) - `is_running` bool: Flag indicating if the packet capture operation is running **Response Example** ```json { "data": { "result": { "statusCode": 200, "is_running": false } } } ``` ## POST /v1/diagnostics/packet-capture/ Starts a packet capture operation **Request Body** - `filename` string: The name of the packet capture file. If you don't pass this string, 'capture.pcap' is the default. - `net_interface` string: The name of the network interface for which we are performing packet capture. 'eth0' is the default. - `duration` int: The duration for which the packet capture runs in seconds. The default is 300 seconds (5 minutes). - `maxpackets` int: The maximum number of packets to capture before concluding the process. 0 is the default value. - `snaplen` int: The maximum size of each packet. Specifying 0 will instruct the function to capture the entire packet no matter the size. - `filter` string: A field for conditional filtering of packets. This operation uses standard pcap syntax. This string is empty by default **Request Example** ```text POST /api/v1/diagnostics/packet-capture/ HTTP/1.1 Host: {{PlayerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 190 ``` This is the example request body: ```json { "filename": "capture.pcap", "interface": "eth0", "duration": 300, "maxpackets": 0, "snaplen": 0, "filter": "" } ``` **Response Example** ```json { "data": { "result": { "statusCode": 200, "is_running": true } } } ``` ## DELETE /v1/diagnostics/packet-capture/ Stops a packet capture operation **Request Example** ```text DELETE /api/v1/diagnostics/packet-capture/ HTTP/1.1 Host: {{PlayerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Example** ```json { "data": { "result": { "statusCode": 200, "is_running": false } } } ``` ## GET /v1/diagnostics/telnet/ Returns information about whether or not Telnet is enabled on the player, and the port number on which it is enabled if it is. This is only available in BOS 9.0.110 or 8.5.46 and above. **Request Example** ```text GET /api/v1/diagnostics/telnet/ HTTP/1.1 Host: {{PlayerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Example** A successful response is a 200 and this response body: ```json { "enabled": true, "portNumber": 23 } ``` ## PUT /v1/diagnostics/telnet/ This is only available in BOS 9.0.110 or 8.5.46 and above. **Request Body** - `enabled` bool: Enable or disable Telnet on the player - `portNumber` int: The port number on which to enable Telnet - `reboot` bool: This optional parameter reboots the player immediately after executing this operation. It is `true` by default. **Request Example** The example request parameters and headers are set as follows: ```text PUT /api/v1/diagnostics/telnet/ HTTP/1.1 Host: {{PlayerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 75 ``` This is the example request body: ```json { "enabled": true "portNumber": "23" } ``` **Response Example** ```json { "success": true, "reboot": true } ``` ## GET /v1/diagnostics/ssh/ Returns information about whether or not SSH is enabled on the player, and the port number on which it is enabled if it is. This is only available in BOS 9.0.110 or 8.5.46 and above. **Request Example** The example request parameters and headers are set as follows: ```text GET /api/v1/diagnostics/ssh/ HTTP/1.1 Host: {{PlayerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Example** A successful response is a 200 and this response body: ```json { "enabled": true, "portNumber": 22, "password": true // Indicates that a value is set } ``` ## PUT /v1/diagnostics/ssh/ This is only available in BOS 9.0.110 or 8.5.46 and above. **Request Body** - `enabled` bool: Enable or disable SSH on the player - `portNumber` int: The port number on which to enable SSH - `password` string: Sets the plain-text login password for the SSH connection - `reboot` bool optional: Reboots the player immediately after executing this operation. It is `true` by default. - `obfuscatedPassword` string optional: Sets the login password for the SSH connection. The password should previously have been obfuscated using a shared secret. Contact [support@brightsign.biz](mailto\:support@brightsign.biz) to learn more about generating a key for obfuscation and storing it on the player. **Request Example** The example request parameters and headers are set as follows: ```text PUT /api/v1/diagnostics/ssh/ HTTP/1.1 Host: {{PlayerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 65 ``` This is the example request body: ```json { "enabled": true, "portNumber": 22, "password": {{password}} } ``` **Response Example** ```json { "success": true, "reboot": true } ``` ## GET /v1/diagnostics/chromium-debug/ Returns whether the Chromium Web Inspector has been set. This API is only available as of BOS 8.5.31 and later (see [this page](docId:4qlK1krr1cnx7xypWXRY5) for more information). **Request Example** ```text GET /api/v1/diagnostics/chromium-debug/ HTTP/1.1 Host: {{PlayerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `enableWebInspector` bool: Whether the Chromium Web Inspector is enabled for debugging HTML widgets **Response Example** A successful response is a 200 and this response body: ```json { "data": { "result": { "enableWebInspector": false } } } ``` ## PUT /v1/diagnostics/chromium-debug/ Updates the Chromium Web Inspector setting. This API is only available as of BOS 8.5.31 and later (see [this page](docId:4qlK1krr1cnx7xypWXRY5) for more information). **Request Body** - `enableWebInspector` bool: Enable or disable the Chromium Web Inspector for debugging HTML widgets. Requires a reboot to take effect. **Request Example** The example request parameters and headers are set as follows: ```text PUT /api/v1/diagnostics/chromium-debug/ HTTP/1.1 Host: {{PlayerIP}} Authorization: {{DigestAuth}} Accept: application/json Content-Type: application/json Content-Length: 45 ``` This is the example request body: ```json { "enableWebInspector": true } ``` **Response Body** The server will return a success or error message. A successful response will almost always cause a reboot which will be indicated in the response. - `result` object: The response object - `success` bool: Whether or not the operation was successful - `reboot` bool: Whether or not the player is rebooting **Response Example** ```json { "data": { "result": { "success": true, "reboot": true } } } ``` ## [title] LDWS Registry Endpoints [path] Diagnostic Web Server APIs/Untitled/ ## GET /v1/registry/ Returns the entire registry dump. The hidden registry sections are not returned in this response. **Request Example** The example request parameters and headers are set as follows: ```text GET /api/v1/registry/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `success` bool: If the operation is successful - `value` object: The keys are the names of the registry sections. These are some examples: - `brightscript` string: The BrightScript key-value pairs - `networking` string: The networking key-value pairs **Response Example** ```json { "data": { "result": { "success": true, "value": { "autorun": { "bootchecks": "", "bootstrap": "", "knowngood": "", "lasttried": "" }, "brightscript": { "createdby": "Supervisor 2.1.10" }, "networking": { "a": "JaneDoeTesting", "access_token": "JcqVLXY3Ttpkpc5IiWL7wMHibKKcLDJkuRaLgWBQyvcjdI2JYRjHDdjaHQrnGkm9b9wAbdb2kTqqCC02oKjA7EJZMfP1jyllrbdFrscXbXePr4WtV3TRYoiWtv8tRGVB", "access_token_expiration": "86400", "access_token_expires_at": "Thu Feb 08 2024 07:47:26 GMT-0800 (Pacific Standard Time)", "bbhf": "true", "bph": "[]", "brightwallname": "", "brightwallscreennumber": "", "bs": "/bs/batteryCharger.ashx", "bsn_settings_last_modified": "Tue, 30 Jan 2024 22:01:45 GMT", "bsnapiversion": "2022/06", "cdr": "no", "createdby": "Supervisor 2.1.10", "cwr": "True", "dd": "/bs/devicedownload.ashx", "de": "/bs/deviceerror.ashx", "dhcp": "yes", "dle": "no", "dp": "/bs/devicedownloadprogress.ashx", "dwse": "true", "dwsp": "", "ele": "no", "enableremotesnapshot": "no", "enablewpaenterpriseauthentication": "False", "endpoints_blessings_installer_url": "https://certs.bsn.cloud/install-blessing/v1/", "endpoints_blessings_server_bp3": "https://certs.bsn.cloud/blessings/", "endpoints_bsn_classic_api_server": "http://api.brightsignnetwork.com", "endpoints_bsn_classic_server": "https://services.brightsignnetwork.com", "endpoints_bsnapiserver": "https://api.bsn.cloud", "endpoints_bsnserver": "https://handlers.bsn.cloud", "endpoints_certsserver": "https://certs.bsn.cloud", "endpoints_echotest": "https://certs.bsn.cloud/echo/ping", "endpoints_failsafecheck": "https://certs.bsn.cloud/features/api/v1/failsafe", "endpoints_featuresavailable": "https://certs.bsn.cloud/features/api/v1/features", "endpoints_provisionserver": "provision.bsn.cloud", "endpoints_remote_storage_notifications": "https://certs.bsn.cloud/files/api/v1/notify", "endpoints_remote_storage_server": "https://certs.bsn.cloud/files/api/v1/verify", "endpoints_s3_classic_url": "http://bsnm.s3.amazonaws.com/public/", "endpoints_s3url": "https://bsncloud.s3.amazonaws.com/public/", "endpoints_supervisorupgrade": "https://certs.bsn.cloud/features/api/v1/supervisors", "endpoints_websocketsdws": "wss://ws.bsn.cloud/", "eu": "/bs/error.ashx", "g": "Default", "hh": "/bs/heartbeat.ashx", "hr": "no", "hwr": "True", "internalcapackages": "", "isc": "FF702896", "last_modified_autorun_settings_at": "2024-01-30T22:01:45.000Z", "lastbsnconnectiontime": "2024/01/30 10:57:50.864", "lwr": "True", "mwr": "True", "ncp": "0", "networkjson": "{\"hostname\":\"BrightSign-RE433D006644\",\"proxyServer\":null,\"proxyBypass\":[],\"timeServers\":[\"http://time.brightsignnetwork.com\"],\"interfaces\":[{\"enabled\":true,\"proto\":\"DHCP\",\"ip\":null,\"gateway\":null,\"dns\":null,\"rateLimitDuringInitialDownloads\":0,\"rateLimitInsideContentDownloadWindow\":0,\"rateLimitOutsideContentDownloadWindow\":null,\"contentDownloadEnabled\":true,\"textFeedsDownloadEnabled\":true,\"mediaFeedsDownloadEnabled\":true,\"healthReportingEnabled\":true,\"logsUploadEnabled\":true,\"name\":\"eth0\",\"type\":\"Ethernet\",\"metric\":100}]}", "nlws": "s", "nlwseun": "yes", "nlwsp": "", "nlwsu": "", "nu": "/bs/checkforcontent.ashx", "p": "", "ple": "no", "rdwse": "yes", "refresh_token": "LUi0ZRpbz1BWJ3JuBCwMPtRxEMQ9vMwyTRokUSENNCRckFOuVTUshtfb7Lk5H3Ji8kTyBsqVlwo9SZjzwkHv6V9XKKX4mtwbvGWWlYgUslOK7UbURW3zeMGKWhxbIghx", "refresh_token_expires_at": "Fri Feb 06 2026 07:47:26 GMT-0800 (Pacific Standard Time)", "registered_with_bsn": "yes", "rlmid": "unlimited", "rlmiw": "unlimited", "rlmow": "default", "rlrid": "0", "rlriw": "0", "rlrow": "0", "rs": "/recovery/recovery_runsetup_ba.brs", "ru": "/recovery/recovery.ashx", "schedule_handler_duration": "21600", "settings_handler_duration": "21600", "sle": "no", "status_handler_duration": "300", "sut": "BSN", "tbh": " 300", "tbnc": " 21600", "td": "/bs/trafficdownload.ashx", "ts": "http://time.brightsignnetwork.com", "twr": "True", "tz": "PST", "u": "", "uab": "no", "uat": "no", "ub": "https://handlers.bsn.cloud/", "ud": "Trying again", "ul": "/bs/uploadlogs.ashx", "un": "XD5", "unm": "appendUnitIDToUnitName", "up": "no", "ut": " 0", "v": "1", "version": "3.0.0", "vle": "no", "vu": "/bs/events.ashx", "wifi": "no" }, "newsection": { "newkey": "newvalue" } } } } } ``` ## GET /v1/registry/\:section/\:key/ Returns a particular key value for a specified section and key. **Segment Values** - `section` string: The name of the registry section - `key` string: The name of the registry key **Request Example** The example request parameters and headers are set as follows: - `section` is set to `html` - `key` is set to `use-brightsign-media-player` ```text GET /api/v1/registry/html/use-brightsign-media-player/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Example** ```json { "data": { "result": { "success": true, "section": "brightscript", "key": "g", "value": "" } } } ``` ## PUT /v1/registry/\:section/\:key/ Creates registry values. Do a GET first to see which keys are available. :::hint{type="warning"} Applications rely on the values they have set in the registry. Please be mindful of what registry keys you update to avoid putting the player in an unstable state. ::: **Segment Values** - `section` string: The name of the registry section (for example, "html" or "networking") - `key` string: The name of the registry key **Request Example** The example request parameters and headers are set as follows: - `section` is set to `html` - `key` is set to `use-brightsign-media-player` ```text PUT /api/v1/registry/html/use-brightsign-media-player/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Content-Type: application/json Content-Length: 33 ``` This is the example request body: ```json { "value": "0" } ``` **Response Example** ```json { "data": { "result": { "success": true, "section": "html", "key": "use-brightsign-media-player", "value": "23" } } } ``` ## DELETE /v1/registry/\:section/\:key/ Remove the specified registry values. :::hint{type="warning"} Applications rely on the values they have set in the registry. Please be mindful of what registry keys you delete to avoid putting the player in an unstable state. ::: **Segment Values** - `section` string: The name of the registry section (for example, "html" or "networking") - `key` string: The name of the registry value **Request Example** The example request parameters and headers are set as follows: - `section` is set to `html` - `key` is set to `use-brightsign-media-player` ```text DELETE /api/v1/registry/html/use-brightsign-media-player/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `success` bool: A flag indicating whether the registry key was deleted - `section` string: This flag is set to the registry section - `key` string: This flag is set to the registry key **Response Example** ```json { "data": { "result": { "success": true, "section": "html", "key": "use-brightsign-media-player" } } } ``` ## DELETE /v1/registry/\:section/ Deletes an entire registry section **Segment** - `section` string: The name of the registry section (for example, "html" or "networking") **Request Example** The example request parameters and headers are set as follows: - `section` is set to `test_section` ```text DELETE /api/v1/registry/test_section/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `success` bool: A flag indicating whether the registry section was deleted - `section` string: This flag is set to the registry section **Response Example** ```json { "data": { "result": { "success": true, "section": "test_section" } } } ``` ## GET /v1/registry/recovery\_url/ Retrieves the recovery URL stored in the player registry **Request Example** - `recovery_url` is the recovery URL in the player registry ```text GET /api/v1/registry/recovery_url/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}} Accept: application/json ``` **Response Body** - `success` bool: A flag indicating whether the request was successfully read - `value` string: The recovery URL **Response Example** ```json { "data": { "result": { "success": true, "value": "https://handlers.bsn.cloud//recovery/recovery.ashx" } } } ``` ## PUT /v1/registry/recovery\_url/ Updates the recovery URL in the player’s registry. **Request Body** - `url` string: The value of the recovery URL **Request Example** The example request parameters and headers are set as follows: - `url` is set to `www.google.com` ```text PUT /api/v1/registry/recovery_url/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}}} Accept: application/json Content-Type: application/json Content-Length: 37 ``` **Request Body** ```json { "url": "www.google.com" } ``` **Response Body** - `success` bool: A flag indicating whether the write was successful **Response Example** ```json { "data": { "result": { "success": true } } } ``` ## PUT /v1/registry/flush/ Flushes the contents of the player’s registry immediately to persistent storage. This endpoint is only available in BOS 9.0.107 and 8.5.46 and later. **Request Example** The example request parameters and headers are set as follows: ```text PUT /api/v1/registry/flush/ HTTP/1.1 Host: {{playerIP}} Authorization: {{DigestAuth}}} Accept: application/json ``` **Response Body** - `success` bool: A flag indicating whether the flush was successful **Response Example** ```json { "data": { "result": { "success": true } } } ``` [title] Autorun Files [path] BrightSign Partner Packet/ As was covered, player provisioning consists of applying a Setup File to the player which includes the installation of a Player App. The Player App must contain an *autorun.brs* file which, as an example, may instruct the player to display a specific .html file, either local on the player or on an external website. Alternatively, the autorun may instruct the player to check a particular URL for updated presentations and/or content and, if new files are available, download them and play them. There are three autorun-related files: - autorun.brs (may also be referred to as “the autorun” or “autorun file”) - autorun.zip - autozip.brs These have similar-sounding names, but each term has a different function so it’s important to not conflate the terms. Upon bootup, the player searches for certain files. The player’s search follows a prescribed sequence as shown below. ![](https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/Sqxzz6ol81F664gD-A3qu_image-20230413-155338.png) Players will search for storage devices in a [predefined order](docId\:o4YzospNpFaGbgLdUleee). 1. The player first looks for an *autorun.brs* file in the root directory of the first storage device it encounters. - If found, *autorun.brs* is executed. 2. If an *autorun.brs* file is not found, the player looks for an *autorun.zip* file in the same root directory. - If an *autorun.zip* file is found and it also contains within it an *autozip.brs* file, the player will unzip the *autorun.zip* file, in the process overwriting any existing files on the storage device. - The player will then reboot. 3. If these files are not found on the first storage device, the player will repeat these steps on the next storage device, if available. If an *autorun.zip* is not found on any of the storage devices, the player will query the BSN.Cloud provisioning service to see if the player has previously been provisioned with BSN.Cloud. Both *autorun.brs* and *autozip.brs* must be written in BrightScript and be given the specific filenames indicated. Additional information about these files can be found [here](docId:1Dr98_7Il7GYneOwnX2cr). Below are sample *autorun.brs* and *autozip.brs* files for reference. ## Sample autorun.brs :::ExpandableHeading This autorun.brs file instructs the player to display a local HTML file, specifically, index.html: ```text Sub Main() 'Create the BrightSign event handler. msgPort = CreateObject("roMessagePort") 'Define the screen viewing area. r = CreateObject("roRectangle", 0, 0, 1920, 1080) 'Set the URL where the presentation resides. This can be either local or external. config = { url: "file:///index.html", } 'Create an HTML event since our presentation is an HTML file. h = CreateObject("roHtmlWidget", r, config) h.SetPort(msgPort) sleep(10000) h.Show() 'Event loop to ensure that the script runs indefinitely while true msg = wait(0, msgPort) print "type(msg)=";type(msg) if type(msg) = "roHtmlWidgetEvent" then eventData = msg.GetData() if type(eventData) = "roAssociativeArray" and type(eventData.reason) = "roString" then print "reason = ";eventData.reason if eventData.reason = "load-error" then print "message = ";eventData.message endif endif endif end while End Sub ``` ::: ## Sample autozip.brs A sample autozip.brs file can be downloaded here: ::File{src="https://archbee-doc-uploads.s3.amazonaws.com/0prk6SO2dy9LdU77jB8D1/nCBH3P_SrRdBK0Cpx59zC_autozip.brs" label="autozip.brs" isUploading="false"} [Next - Content Sources >](docId\:R6JuRCcPBpTLMjPKKKaj6) [title] BrightSign / Partner Responsibilities [path] BrightSign Partner Packet/ The high-level responsibilities expected of BrightSign and its partners are as follows: # BrightSign Expectations - The BrightSignOS is under continuous development and although we try to provide advance notice and roadmap guidance, the OS may be updated with minimal notice. It is the responsibility of the individual partners to manage player upgrades to ensure OS stability in their environment. - BrightSign will share code examples to provide guidance to partners, but BrightSign does not write partner-oriented production code. - BrightSign does not provide quality assurance for partner products. # Partner Expectations - Partners are responsible for writing the software that integrates their systems with BrightSign players. - Partners are responsible for qualifying BrightSignOS updates (see [Update the Player OS](docId\:YuRogAgj103wwXgoDfMFj)). - Partners should have a public web page listing supported BrightSign players. - Refer to the earlier sections in this document on technical and operational best practices to optimize your BrightSign partner experience. [Next - Support >](docId\:tbKWDyb9YGv6hR_94nLMm) [title] Player Setup/Provisioning [path] BrightSign Partner Packet/ # Player Setup As covered in the [Set Up](docId\:BJecZ2-78lI32YH525r8I) section, new players must first be set up before they can do much of anything. This process involves applying a **Setup File** to the player. The Setup File applies various settings to the player (network settings, Publishing Mode, logging, etc.) and includes a **Player App** which provides instructions for what the player should do upon startup. ::Image[]{src="https://archbee-image-uploads.s3.amazonaws.com/511c8QBH-VHiwWnyzIwUb/Rw3snPvotn8CVqQRdU8HA_image-20240404-165839.png" size="82" width="1291" height="639" position="center" alt="image-20240404-165839.png" darkWidth="1291" darkHeight="639" showCaption="false"} # Player Provisioning The term *provisioning* refers to using BrightSign Cloud (BSN.Cloud) to set up a player, and given that BrightSign Control or BrightSign Author is used the vast majority of time to set up players, the term provision is often used when referring to player setup. The primary cases where a player can be properly set up instead of provisioned (i.e., BSN.Cloud is not used to apply the Setup File to the player) are: - Standalone player configurations where the Setup File is manually copied to a storage device and then the storage device is connected to a player. - Uncommon situations where a partner chooses to set up players without using BSN.Cloud. With BSN.Cloud, provisioning a new player can be nearly automatic - if things are properly set up beforehand, new players can be automatically provisioned just by plugging them in! For customers who can’t or don’t want to connect their players to the internet, offline provisioning options are also available. :::hint{type="info"} Players can be provisioned for free using either BrightSign Author or Control. However, most partners prefer BrightSign Control (*control.bsn.cloud),* this guide will largely focus on using that interface. ::: # Setup Setup Files can be created using the interface at *control.bsn.cloud*. Setup Files can be saved to the [Setup Library](docId\:HZY2W0MeeeryifOrZ9XFR) to be used or modified in the future. Once created, Setup Files can be applied to a player or group of players using *control.bsn.cloud*. Alternatively, the information contained in a Setup File can be directly incorporated into the Player App (described below) and manually copied to the player’s storage device. ## Player Settings The Setup File establishes various player settings which include things like [Publishing Mode](docId\:rEScIigY-dJRPuZgwaA4e), network settings (Ethernet, WiFi, etc.), player identification (name and description), logging, and more. ## Player App The set of files and folders that instruct the player what to do upon boot up is collectively known as the Player App. At a minimum, the Player App must contain an *autorun.brs* file (the .brs extension denotes a BrightScript file) which instructs the player what to do upon startup. When a Setup File is applied to a player via BrightSign Cloud, an *autorun.brs* file is automatically created on the player. Partners can write custom Player Apps according to their specific needs. For example, the Player App may be designed to connect to the partner CMS to download content from the CMS for the player to display. :::hint{type="info"} The term Partner App or Partner CMS may sometimes be used when referring to the partner’s Player App. ::: More info about Setups can be found [here](docId\:XNnXywMV09iEgZIIt7RWA) and more info about provisioning can be found [here](docId\:Cyl9kPm02CO5rgcB9WQQv). [Next - Player Provisioning and Recovery System Requirements >](docId\:jEn_1OeDB74_D94u8KLYf) [title] Partner Resources [path] BrightSign Partner Packet/Integrating with BrightSign/ # Caching Details on HTML caching can be found [here](docId\:klnl87Z9zBZpxm3f6cgy8). # JavaScript Information about our JavaScript API can be found [here](docId\:o2uIyNVKbsyd1qXCvhVCN). # Node.js Details on how to use Node.js with BrightSign players can be found [here](docId\:vlSKfVzeQu04pD58rvXam). # REST APIs BrightSign offers REST APIs that enable partners to interface with players. Details [here](docId:7lwJKKuAb9KwoNqnKv06M). # Extensions In most cases, any desired functionalities can be accomplished through the various tools and resources available. While extensions may be useful in certain circumstances, they are generally discouraged for long-term support reasons. If you feel an extension is necessary for your application, ask [integrations@brightsign.biz](mailto\:integrations@brightsign.biz) for assistance regarding your specific situation. Next, we will cover the partner onboarding process. [Next - Onboarding >](docId\:hh2_e0VXaquMeJkGdZ59b) [title] BrightSign Registry Keys [path] / Registry key settings may be removed without notice. See also: - [roRegistry](docId\:YTpSfntswYFMXx8PCqJLf), [roRegistrySection](docId\:FfM73tjd_BThW4-P-0JVG) (BrightScript) - [registry](docId\:tXWoOMbD2-u12dfegX7gA) (JavaScript) | **Registry Section** | **Registry Key** | **Description** | **Key/Value** | **SW that uses it ** | | -------------------- | ----------------------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | ----------------------------------------------------- | | audio | volume | Defaults to “logarithmic”, but can be set to “linear” to make the audio volume curve act the same as Series 4 and earlier players. | Either linear or logarithmic | | | boot | splash | Controls whether the splash screen is shown. | If set to "0", the splash screen is not displayed, otherwise it is shown. | OS | | brightscript | debug | Enables/disables BrightScript debugging (you can also enable this at the Brightsign> prompt by typing "script debug on") | "1" turns on BrightScript debugging. | OS | | customer | obfuscation\_key | Allows you to use an alternative obfuscation key. | | OS | | html | disable-http-cache | Some customers with web apps that make many XHR requests find that due to Chromium's caching design many small files are created in the Chromium cache directory, even when a storage quota is set. This key will prevent that at the cost of a small performance reduction. Available from BOS 8.5.62, 9.0.190, and 9.1.15. | "1" disables http caching in Chromium. | OS | | html | disable-hw-accelerated-video-decode | Disable support for hardware accelerated decode. Only Series 5 and later players support hardware accelerated decode. | "1" disables support for hw accelerated video decode in Chromium when "use-brightsign-media-player = 0". | OS | | html | disable-web-security | With BOS 8.2 and later (Chromium69 and later), several new CORS checks have been added. This lets you disable checks. | "1" disables checks. This flag will take effect on all *roHtmlWidget* instances. | OS | | html | enable-virtual-keyboard | Enables the OS built-in virtual keyboard, which is an alternative to [html virtual keyboard](https://github.com/brightsign/html-virtual-keyboard/tree/master) for simpler applications. The OS built-in virtual keyboard has no customization options but it doesn’t require any script changes or plugins. | "1" enables the virtual keyboard | | | html | enable\_web\_inspector | Allows the *roHtmlWidget* web Inspector to be enabled. On BOS 8.5.31 and newer, you must enable the inspector via this key and the *roHtmlWidget* config. | Possible values are "1" or "0" | Written by the supervisor or customer, read by the OS | | html | insecure\_private\_network\_access | Disables the security checks when a public website tries to access resources on the local network (PNA, PrivateNetworkAccess). Available in BOS 9.1.116 + | Possible values are "1" or "0"
This is only valid for Chromium 120 (i.e. 9.1) and it is used to disable all PNA enforcement stages. This setting was not carried over to 10.0 for Chromium 148 as newer Chromium no longer blocks PAN. | | | html | js-trace-gc | | Pass --trace-gc in --js-flags | OS | | html | js-trace-fragmentation | | Pass --trace-fragmentation in --js-flags | OS | | html | js-trace-gc-ignore-scavenger | | Pass --trace-gc-ignore-scavenfer in --js-flags | OS | | html | js-trace-gc-verbose | | Pass --trace-gc-verbose in --js-flags | OS | | html | mse-support | Enables MSE support on Series 3 players | "1" turns on MSE support on Series 3 players. Series 4 players enable it by default when running BOS 8.3+. It is ignored on Series 5 players if the built-in player is enabled. | OS | | html | mpm | Enable or disable the Memory Pressure Monitor | "1" enables MPM | OS | | html | overlay-scrollbar | Set scrollbar style | "1" sets to touch-friendly mode, otherwise as desktop | OS | | html | process-per-tab | Set --process-per-tab rather than --process-per-site-instance which is the default | “1” sets --process-per-tab rather than --process-per-site-instance (the default) | OS | | html | tracecategories | Chromium trace control | | OS | | html | traceduration | Chromium trace capture time in seconds | | OS | | html | tracemaxsnapshots | Chromium trace maximum snapshots | | OS | | html | tracememorymaps | Enable memory bench marking | "1" enables bench marking | OS | | html | tracemonitorinterval | Chromium trace monitor interval in seconds. | Must be > 30, or zero/missing to disable. | OS | | html | use-brightsign-media-player | Disables MPV. The Chromium media player will be used instead and players will have hardware accelerated video decode inside HTML. Only Series 5 and later players support hardware accelerated decode. | "use-brightsign-media-player = 0" disables mpv | OS | | html | web\_inspector\_address | When a player has multiple network interfaces (e.g., USB ethernet, ethernet port, or Wi-Fi), you can enable the inspector on one interface by specifying its IP address. This allows safe inspector activation using a “control” port. 1.121 and later. | | | | html | web\_inspector\_port | Allows the web inspector port to be changed from the default value of 2999 | | | | html | webaudio-support | Report web audio as enabled by default. Web audio support is incomplete; this option allows an appropriate report to be made depending on the application. | When present, this parameter must be "1" for web audio to be reported as enabled. | OS | | html | webgl\_antialiasing\_enabled | Enables WebGL anti-aliasing | "1" enables WebGL anti-aliasing | OS | | html | widget\_type | Changes the browser engine used for *roHtmlWidget*. Currently only valid for Series 5. | BOS 9.0.126 to 9.0.145.1 allow `electron` or `qtwebengine `values. In 9.0.145.1+, `electron` is deprecated and replaced with `chromium110`, which sets the Chromium version to `Chromium120`. | | | networking | cdr | A boolean value as to whether the content downloads should be restricted. | | setup script and presentation autorun | | networking | cdrl | The length of time for the content download (this key and cdrs, below, create a window of time) | | setup script and presentation autorun | | networking | cdrs | The start time for the content download (this key and cdrl, above, create a window of time) | | setup script and presentation autorun | | networking | curl\_debug | Turns on debug output whenever the OS uses curl. It can be very verbose and fill up logs quickly. | “1” turns on debug output whenever the OS uses curl. | OS | | networking | dwse | Enables/disables the local DWS | “yes” enables, “no” disables the local DWS | Supervisor, setup script | | networking | ele | A boolean value denoting if event logging should be enabled | | Supervisor, setup script, presentation autorun | | networking | enable\_http\_redirect | If set to `false`, external requests to HTTP will be processed normally instead of redirected | | | | networking | enableremotesnapshot | A boolean value denoting if remote snapshot is enabled | | setup script, presentation autorun | | networking | force\_igmp\_version | Allows customization of the player response to the IGMP network environment. See [IGMP Behavior](docId\:P2_NLzKngNs1E9Ebk62yr) | | | | networking | http\_server | Lets you run the DWS on the standard port. See [here](docId\:IAFCHERlJfjDJTWTtKpk5). | | OS and supervisor | | networking | isc | Set the color for the splash screen | | Setup script, presentation autorun | | networking | ldws\_certs\_path | Available in BOS 8.5.64 and higher, this key can be used to provide the folder path to certs, which can be in any storage folder location | Example values are `/storage/ssd`, `/storage/usb`, `/storage/flash` | | | networking | ple | A boolean value denoting if playback logging should be enabled or not | | Supervisor, setup script, presentation autorun | | networking | prometheus-node-exporter-port | By default, node\_exporter binds to localhost:9100 only to enable metrics collection – this will happen if the key is unset or with any setting other than an explicit disable.
This setting is available in BOS 9.0.144 and above. | "-" explicitly disables node\_exporter. If the value is set to an integer usable as a port number (1025 to 65535, with 9100 being the conventional port) , node\_exporter metrics will be available on all external interfaces on that port number. Port numbers \< 1025 will prevent the binding of node\_exporter to external adapters and an error message will be logged. However, the service will be bound to localhost:9100. | Supervisor, monitoring | | networking | ptp\_domain | PTP clocks are turned off by default, this command lets you turn them on. | To turn on PTP clocks (substitute the domain-reserved PTP address number):
`registry write networking ptp_domain <# between 0 - 127> reboot` | OS | | networking | rdwse | A boolean flag which tells you if rDWS is enabled or not. | A value of “true” means that the rDWS is enabled. This is the default value. | Supervisor | | networking | recurl | URL to which "/Recovery.ashx" is appended if the previous registry entry is not present. | If ''\[networking]recover'' or ''\[networking]ru'' keys exists then the recovery URL is the contents of that registry key. Otherwise if ''\[networking]recurl'' exists, the recovery URL is the contents of that registry key with ''"/Recovery.ashx"'' appended. | | | networking | remotesnapshotinterval | If remoteshapshot is enabled, use this to set the interval at which the remote snapshot should be taken | | Setup script, presentation autorun | | networking | remotesnapshotjpegqualitylevel | If remoteshapshot is enabled, use this to set the quality level at which the remote snapshot should be taken. | The quality level is a number. | Setup script, presentation autorun | | networking | remotesnapshotmaximages | If remoteshapshot is enabled, use this to set the maximum number of images that should be taken. Older images will be deleted. | | Setup script, presentation autorun | | networking | remotesnapshotorientation | If remoteshapshot is enabled, use this to set portrait or landscape orientation. | | Setup script, presentation autorun | | networking | rollback\_enabled | A boolean value indicating if the rollback feature should be enabled or not. | A value of “False” disables rollback (which is enabled by default) | Supervisor | | networking | rs | After the OS calls the recovery handler, one of recovery\_reinstall\_noreformat.bas and recovery\_reinstall.bas will be returned. This is used in both files as a URL to download the recovery script. | | Recovery BrightScript | | networking | rtl8821\_disable\_ht | Disables or enables HT on Realtek WiFi (WS103). This requires BOS 8.1.70 or higher. | Set this value to “1” to disable HT on Realtek WiFi (WS103); other values means enabled. | OS | | networking | rtl8821\_disable\_vht | Disables or enables VHT on Realtek WiFi (WS103). This requires BOS 8.1.70 or higher. | Set this value to “1” to disable VHT on Realtek WiFi (WS103); other values mean enabled. | OS | | networking | ru | A URL used by system software to download a script to be executed in the event of recovery. If this key exists, the recovery URL is the contents of the key. | | OS | | networking | serial\_with\_telnet | Enables serial over telnet. By default, enabling BrightSign-level telnet or ssh will disable the serial console. The first serial port can still be used by scripts for communication with other devices; it just stops being usable as a console but if kernel console output is enabled then that will still be visible on the first serial port. | A value of ''1'' enables serial console at the same time as telnet. Note that serial communication via *roSerialPort* in scripts will be highly unreliable. To set the password:
`ifconfig login-password my-top-secret-password` | OS | | networking | sip | The static IP address for either the ethernet or WiFi interface | | Supervisor, setup script, presentation autorun | | networking | sip2 | The static IP address for either the ethernet or WiFi interface (sip2 denotes the interface with the lower priority) | | Supervisor, setup script, presentation autorun | | networking | status\_handler\_duration | The interval to report status | | Supervisor | | networking | ssh | Enables ssh access. A reboot is required for this to take effect but DO NOT DO THIS UNTIL YOU HAVE SET A PASSWORD! | To enable ssh access, set the key to the ssh port (the default ssh port is 22). For example: `registry write networking ssh 22`

To disable ssh access, delete the key (the player must reboot for this to take effect). For example: `registry delete networking ssh` | OS | | networking | subnetmask\_vlan\_'+id | The subnet mask for the static configuration of the VLAN interface. Id suffix refers to VLAN id. | | Supervisor | | networking | syslog | Configures remote logging. See [roSystemLog](docId\:KrRnuJD7STbMMV3z3xjD3). | | OS | | networking | telnet | Enables or deletes telnet access. | To enable telnet access set this key to the port you wish to run telnet on (the default telnet port is 23). Delete the key to disable telnet access. | OS | | networking | telnet\_server | Enables Telnet access to the Linux shell prompt on players that have had secure boot disabled or are booting without verification. You can enable this feature along with BrightSign-level Telnet if they run on different ports. | Set this registry key to the port you wish to run telnet on. For example: `registry write networking telnet_server 23` | OS | | networking | twf | Tells you if text feeds data type is enabled over the WiFi interface | A boolean value | | | networking | twr | Tells you if text feeds data type is enabled over the ethernet interface | A boolean value | | | networking/private | tz | The device time zone | | | | networking | ub | A URL prefix which is applied to all URLs that follow if they do not contain a colon. | This value is the URL prefix to apply. | | | networking | vu | Events are reported to this URL | | OS | | networking | wifi | Indicates if WiFi is enabled on the player or not | A boolean value | Supervisor, setup script, presentation autorun | | networking | wired\_debug | Enable verbose diagnostics on the ethernet interface | | OS | | serial | usb\_first | LS3 and LS4 players don't have a dedicated serial port, but have several ways to send and receive serial data depending on the cable in use. Two types of cable can be used: a "passive serial splitter" or a "genuine USB serial adapter", which can be set with this key. | “\[usb]type\_c\_serial” or “\[serial]usb\_first”, with the right port number, set the cable value to either "passive serial splitter" or a "genuine USB serial adapter". A “usb\_first” value only affects serial ports opened by BrightScript and JavaScript, not the console. | OS | | usb | hotplug\_tty:106c:3718:1.0 | Supports Pantech UML290 modems. Note that there is a generic "hotplug\_tty" mechanism, this is just an example. | The appended numbers are modem keys reflecting product ID, vendor ID, and interface number. The settings numbers are visible in /sys/bus/usb/devices when the modem is plugged in. | OS | | usb | hotplug\_tty:12d1:155e:1.0 | Supports Huawei E3531 / E3372 modems | The appended numbers are modem keys reflecting product ID, vendor ID, and interface number. The settings numbers are visible in /sys/bus/usb/devices when the modem is plugged in. | OS | | usb | type\_c\_serial | LS3 and LS4 players don't have a dedicated serial port, but have several ways to send and receive serial data, depending on the cable in use. This registry setting is *only* required when using a passive serial cable (like the ones that BrightSign makes with a USB type A socket and a 3.5mm socket) and not when using a USB serial adapter. | The cable type: "passive serial splitter" or a "genuine USB serial adapter" | OS | | video | auto\_mode\_vms\_override | Overrides the “Auto” video mode and allows multi-output or other video modes to be configured for the player outside a CMS app. When a video mode is set to “Auto”, or not specified by a script, the player should see if a specific mode is set in the public registry. If it finds a valid video mode there, it should apply it instead of negotiating a mode using the EDID provided by the sync. | Example values would be:
`auto_mode_vms_override -> "{"HDMI-1":{"mode":"1920x1080x60p","transform":"normal","x":0,"y":0}}"` | | | video | gpu\_sync | Available only in BOS versions 9.0.168 to 9.0.189, this alleviates artifacts and/or frame corruption when content goes through the GPU. It will affect HS5, LS5, MX5, HD5, and XD5 players, but is ignored on XT5, XC5, and Series 4 players. This setting comes with a performance hit. | Setting the value to `1` enables a workaround artifacts and/or frame corruption when content goes through the GPU | OS | [title] Debugging HTML/Node Apps [path] HTML Development/ Chromium or Node inspectors can be used to debug Html and Node applications that run on BrightSign players. See the sections below for more information about how to use each of these tools. ## Chromium Inspector This example uses Visual Studio Code. You can store your application on the [Live Server](https://marketplace.visualstudio.com/items?itemName=ritwickdey.LiveServer) module if you use VS Code, or on a local server. :::hint{type="warning"} This only should be used during development, and is not recommended for applications deployed to a player in the field unless you can restart the player or control the runtime. ::: ### Prerequisites - Connect to your player through a serial connection (see [BrightSign Shell](docId\:FXXyu9jmocUtC6XE2p7l2) or [Serial Port Configuration](docId\:Zen3QyWtjoHOeOTkbRX2a) for more information). - Use the `bsc` ([BrightSign CLI](https://www.npmjs.com/package/@brightsign/bsc)) to push files using over the Local or Remote DWS, or the DWS UI. - If you have a local HTTP server on your computer, put your application on the server and point the BrightSign player to it. Otherwise, you'll have to copy the application code onto the player. - Download or install [this REST client](https://marketplace.visualstudio.com/items?itemName=humao.rest-client) for VS Code, which lets you use keyboard shortcuts to quickly upload files to the player. - Open your Chrome browser and go to this URL: *chrome://inspect/#devices*. ### Enabling the Debugger 1. Open your autorun in a code editor. 2. Enable debug in the registry by adding the following lines to your autorun: ```javascript debugrs = createobject("roregistrysection", "brightscript") debug = debugrs.read("debug") if debug <> "1" then debugrs.write("debug","1") debugrs.flush() 'stop RebootSystem() 'reboots player first time it's changed end if ``` 3\. To test the debugger, type `Ctrl-C` at the `BrightScript>` prompt in the serial control window. The prompt will change to `BrightScript Debugger>`. Type `exit` to leave the debugger. 4\. Enter the code below in your autorun. The `--inspect-brk` flag will let you quickly see what variables are in scope, their values, and the call stack at specific places in the script. ```javascript m.node.js = CreateObject("roNodeJs", "sd:/main.js", {message_port: m.msgPort, node_arguments: ["--inspect-brk=0.0.0.0:2999"]}) ``` ### Running the Debugger ::Image[]{src="https://archbee-image-uploads.s3.amazonaws.com/Aiw58-3NpdDpGlgjiVvLS-d7t8DJ6jseJzUFZnyykpL-20250722-151404.png" size="62" width="947" height="827" position="center" caption="Image 1" showCaption="true"} 1. Type `script autorun.brs` at the prompt to restart the autorun (you don't need to reboot the player when you make changes if you use this method). 2. Once the autorun has restarted, go to the Chromium inspector. Select **Configure...** to access the Node and HTML instances of the player. You will need the IP address of the player to inspect the Node process. 3. Because we added the `roNodeJs --inspect-brk` parameter in the autorun, the execution of the script is paused at the first line. Select **inspect** to launch the debugger (see Image 1). Press the **resume script** button in the debugger to run your JavaScript code and play the video on your screen. 4. Enter the `debugger` keyword on a separate line in your JavaScript code to set a breakpoint. You will need to close the app and restart it before the breakpoint will be activated. ## BrightSign Debugger (Node Inspector) The BrightSign debugger is useful if you want to upload the application to the player for debugging rather than an HTTP web server. Once it has been uploaded to the player, the application can be restarted (if you do this, there is no need to restart the player). To do this: 1. Select Ctrl-C to drop to the `BrightScript Debugger` prompt. 2. Type `exit` to get to the `BrightSign` prompt. 3. Type `script autorun.brs` to restart the app. ### Features in Recent OS Versions Type `node` with no parameters to get an interactive Node shell, and then enter JavaScript, which is evaluated immediately: ```javascript BrightSign> node > process.release { name: 'node', lts: 'Dubnium', sourceUrl: 'https://nodejs.org/download/release/v10.15.3/node-v10.15.3.tar.gz', headersUrl: 'https://nodejs.org/download/release/v10.15.3/node-v10.15.3-headers.tar.gz' } >Type Ctrl-D to exit Node and return to the BrightSign prompt, or you can give it the name of a script to run: ``` ```javascript BrightSign> node sd:/hello.js Hello world BrightSign> ``` If you want to attach a remote debugger to your Node process, you can pass `--inspect` as normal. It will show you the URL for the debugger: ```javascript BrightSign> node --inspect=0.0.0.0:1234 sd:/hello.js Debugger listening on ws://0.0.0.0:1234/c67ca30e-388b-49b2-baf4-9924d94f0ac6 For help, see: https://nodejs.org/en/docs/inspector Hello world ``` ### Features Requiring OS 8.3.1 or Later If you want to debug interactively at the console, use `node inspect` (without dashes). It will start the inspector and then connect to it locally: ```javascript BrightSign> node inspect sd:/hello.js < Debugger listening on ws://127.0.0.1:9229/2c63116d-d1d4-4248-81b4-718217bef35e < For help, see: https://nodejs.org/en/docs/inspector < Debugger attached. Break on start in file:///storage/sd/hello.js:1 > 1 (function (exports, require, module, __filename, __dirname) { console.log("Hello world"); 2 3 debug> ``` If you have a single-file or webpacked program that's located on a remote host, you can pass an http or https URL to Node. BrightSign will fetch the file and run it (this doesn't work if the program needs other resources that it expects to find in the cwd). ```javascript BrightSign> node http://192.168.82.66/test.js Hello BrightSign> ``` If you want to run your program inside Chronode (the Node.js that is embedded in Chromium) rather than in the standalone Node, use `htmlplay chronode`. This is similar to `htmlplay`, except that it expects to be given the URL to a .js file rather than an html site: Note that in this case, the output goes to the system log and not to the shell console. ```javascript BrightSign> htmlplay chronode http://192.168.82.66/test.js ``` If you want to attach the debugger to a program or a website that you've launched with `htmlplay`, set this option before loading the page: ```javascript BrightSign> htmlplay params inspector-port 1234 BrightSign> htmlplay http://www.brightsign.biz/ ``` [title] Using iframes with Chromium 110/120 [path] HTML Development/ In Chromium version 110 and later, [BrightScript-JavaScript Objects](docId\:URrXhU7L-V9ea-Zhy0JV3) are only supported within iframes in BrightSignOS version 9.0.191 or greater. This change impacts developers who have been embedding content in iframes that rely on these BrightSign-specific objects. ### Apps with iframe Content Control If your application embeds content within an iframe and you have control over the content inside that iframe, you’ll need to adjust your approach. Instead of using BrightSign objects directly inside the iframe, you should send messages from the iframe to the parent window using the `postMessage()` method. The parent window, which contains the BrightSign objects, can then handle these messages and execute the necessary actions. Below is an example in which the iframe sends a message to the parent window using `window.parent.postMessage()`. The parent window listens for messages using the `message` event listener, and upon receiving a message, it can interact with the BrightSign objects to perform the desired actions. **iframe content:** :::ExpandableHeading Child iframe ```javascript ``` ::: **Parent window:** ::::ExpandableHeading Parent window with BrightSign objects :::CodeblockTabs BrightScript ```javascript ``` ::: ### Apps Displaying Public URLs If your app loads public URLs within an iframe, avoid using BrightSign objects within the iframe. Public content can be unpredictable and potentially insecure. Using BrightSign objects in such scenarios could expose your app to vulnerabilities if the content is compromised or maliciously altered. Avoid embedding BrightSign objects in these cases and instead use Node-style @brightsign [objects](docId\:o2uIyNVKbsyd1qXCvhVCN) whenever possible. These objects align with modern JavaScript development practices, provide enhanced security, and let you maintain compatibility and security across different environments and Chromium versions. :::: [title] rDWS Logs Endpoints [path] Diagnostic Web Server APIs/Remote DWS APIs/ Base URL for these endpoints: ***https\://ws.bsn.cloud/rest/v1/*** *\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_* ## GET /logs/ Fetches the player log files as a raw string. The log output is similar to the information generated through serial, Telnet, or SSH on the player. **Request Example** ```text GET /rest/v1/logs/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** - `result` string: The raw contents of the player log. Each line is separated by a newline character `\n` **Response Example** ```json { "route": "/v1/logs", "method": "GET", "data": { "result": "[ 0.000] Booting Linux on physical CPU 0x0000000000 [0x410fd034]\n[ 0.000] Linux version 5.10.160+bs9.0.97 (builder@brightsign) (aarch64-oe-linux-gcc (GCC) 9.5.0, GNU ld (GNU Binutils) 2.34.0.20200910) #1 SMP PREEMPT Wed Aug 16 18:56:35 UTC 2023\n[ 0.000] Machine model: BrightSign Cobra\n[ 0.000] Zone ranges:\n[ 0.000] DMA [mem 0x0000000000200000-0x00000000f7ffffff]\n[ 0.000] DMA32 empty\n[ 0.000] Normal empty\n[ 0.000] Movable zone start for each node\n[ 0.000] Early memory node ranges\n[ 0.000] node 0: [mem 0x0000000000200000-0x00000000083fffff]\n[ 0.000] node 0: [mem 0x000000000a200000-0x00000000f7ffffff]\n[ 0.000] Initmem setup node 0 [mem 0x0000000000200000-0x00000000f7ffffff]\n[ 0.000] On node 0 totalpages: 1007616\n[ 0.000] DMA zone: 15864 pages used for memmap\n[ 0.000] DMA zone: 0 pages reserved\n[ 0.000] DMA zone: 1007616 pages, LIFO batch:63\n[ 0.000] cma: Reserved 16 MiB at 0x00000000f2800000\n[ 0.000] psci: probing for conduit method from DT.\n[ 0.000] psci: PSCIv1.0 detected in firmware.\n[ 0.000] psci: Using standard PSCI v0.2 function IDs\n[ 0.000] psci: Trusted OS migration not required\n[ 0.000] psci: SMC Calling Convention v1.0\n[ 0.000] percpu: Embedded 31 pages/cpu s87000 r8192 d31784 u126976\n[ 0.000] pcpu-alloc: s87000 r8192 d31784 u126976 alloc=31*4096\n[ 0.000] pcpu-alloc: [0] 0 [0] 1 [0] 2 [0] 3 [0] 4 [0] 5 \n[ 0.000] Detected VIPT I-cache on CPU0\n[ 0.000] CPU features: detected: GIC system register CPU interface\n[ 0.000] Built 1 zonelists, mobility grouping on. Total pages: 991752\n[ 0.000] Kernel command line: \n[ 0.000] Dentry cache hash table entries: 524288 (order: 10, 4194304 bytes, linear)\n[ 0.000] Inode-cache hash table entries: 262144 (order: 9, 2097152 bytes, linear)\n[ 0.000] mem auto-init: stack:off, heap alloc:off, heap free:off\n[ 0.000] Memory: 3899096K/4030464K available (15102K kernel code, 2736K rwdata, 6044K rodata, 5248K init, 784K bss, 114984K reserved, 16384K cma-reserved)\n[ 0.000] SLUB: HWalign=64, Order=0-3, MinObjects=0, CPUs=6, Nodes=1\n[ 0.000] ftrace: allocating 49739 entries in 195 pages\n[ 0.000] ftrace: allocated 195 pages with 4 groups\n[ 0.000] rcu: Preemptible hierarchical RCU implementation.\n[ 0.000] rcu: \tRCU event tracing is enabled.\n[ 0.000] rcu: \tRCU restricting CPUs from NR_CPUS=8 to nr_cpu_ids=6.\n[ 0.000] \tTrampoline variant of Tasks RCU enabled.\n[ 0.000] \tRude variant of Tasks RCU enabled.\n[ 0.000] \tTracing variant of Tasks RCU enabled.\n[ 0.000] rcu: RCU calculated value of scheduler-enlistment delay is 30 jiffies.\n[ 0.000] rcu: Adjusting geometry for rcu_fanout_leaf=16, nr_cpu_ids=6\n[ 0.000] NR_IRQS: 64, nr_irqs: 64, preallocated irqs: 0\n[ 0.000] GICv3: GIC: Using split EOI/Deactivate mode\n[ 0.000] GICv3: 256 SPIs implemented\n[ 0.000] GICv3: 0 Extended SPIs implemented\n[ 0.000] GICv3: Distributor has no Range Selector support\n[ 0.000] GICv3: 16 PPIs implemented\n[ 0.000] GICv3: CPU0: found redistributor 0 region 0:0x00000000fef00000\n[ 0.000] ITS [mem 0xfee20000-0xfee3ffff]\n[ 0.000] ITS@0x00000000fee20000: allocated 65536 Devices @2600000 (flat, esz 8, psz 64K, shr 0)\n[ 0.000] ITS: using cache flushing for cmd queue\n[ 0.000] GICv3: using LPI property table @0x00000000025a0000\n[ 0.000] GIC: using cache flushing for LPI property table\n[ 0.000] GICv3: CPU0: using allocated LPI pending table @0x00000000025b0000\n[ 0.000] GICv3: GIC: PPI partition interrupt-partition-0[0] { /cpus/cpu@0[0] /cpus/cpu@1[1] /cpus/cpu@2[2] /cpus/cpu@3[3] }\n[ 0.000] GICv3: GIC: PPI partition interrupt-partition-1[1] { /cpus/cpu@100[4] /cpus/cpu@101[5] }\n[ 0.000] rockchip_clk_register_frac_branch: could not find dclk_vop0_frac as parent of dclk_vop0, rate changes may not work\n[ 0.000] rockchip_clk_register_frac_branch: could not find dclk_vop1_frac as parent of dclk_vop1, rate changes may not work\n[ 0.000] arch_timer: cp15 timer(s) running at 24.00MHz (phys).\n[ 0.000] clocksource: arch_sys_counter: mask: 0xffffffffffffff max_cycles: 0x588fe9dc0, max_idle_ns: 440795202592 ns\n[ 0.000] sched_clock: 56 bits at 24MHz, resolution 41ns, wraps every 4398046511097ns\n[ 0.001] Console: colour dummy device 80x25\n[ 0.001] printk: console [tty0] enabled\n[ 0.001] Calibrating delay loop (skipped), value calculated using timer frequency.. 48.00 BogoMIPS (lpj=80000)\n[ 0.001] pid_max: default: 32768 minimum: 301\n[ 0.002] Mount-cache hash table entries: 8192 (order: 4, 65536 bytes, linear)\n[ 0.002] Mountpoint-cache hash table entries: 8192 (order: 4, 65536 bytes, linear)\n[ 0.005] rcu: Hierarchical SRCU implementation.\n[ 0.006] Platform MSI: interrupt-controller@fee20000 domain created\n[ 0.007] PCI/MSI: /interrupt-controller@fee00000/interrupt-controller@fee20000 domain created\n[ 0.008] smp: Bringing up secondary CPUs ...\n[ 0.009] Detected VIPT I-cache on CPU1\n[ 0.009] GICv3: CPU1: found redistributor 1 region 0:0x00000000fef20000\n[ 0.009] GICv3: CPU1: using allocated LPI pending table @0x00000000025c0000\n[ 0.009] CPU1: Booted secondary processor 0x0000000001 [0x410fd034]\n[ 0.010] Detected VIPT I-cache on CPU2\n[ 0.011] GICv3: CPU2: found redistributor 2 region 0:0x00000000fef40000\n[ 0.011] GICv3: CPU2: using allocated LPI pending table @0x00000000025d0000\n[ 0.011] CPU2: Booted secondary processor 0x0000000002 [0x410fd034]\n[ 0.012] Detected VIPT I-cache on CPU3\n[ 0.012] GICv3: CPU3: found redistributor 3 region 0:0x00000000fef60000\n[ 0.012] GICv3: CPU3: using allocated LPI pending table @0x00000000025e0000\n[ 0.012] CPU3: Booted secondary processor 0x0000000003 [0x410fd034]\n[ 0.013] CPU features: detected: Spectre-v2\n[ 0.013] CPU features: detected: Spectre-v4\n[ 0.013] CPU features: detected: ARM errata 1165522, 1319367, or 1530923\n[ 0.013] CPU features: detected: Spectre-BHB\n[ 0.013] Detected PIPT I-cache on CPU4\n[ 0.013] GICv3: CPU4: found redistributor 100 region 0:0x00000000fef80000\n[ 0.013] GICv3: CPU4: using allocated LPI pending table @0x00000000025f0000\n[ 0.014] CPU4: Booted secondary processor 0x0000000100 [0x410fd082]\n[ 0.015] Detected PIPT I-cache on CPU5\n[ 0.015] GICv3: CPU5: found redistributor 101 region 0:0x00000000fefa0000\n[ 0.015] GICv3: CPU5: using allocated LPI pending table @0x0000000002680000\n[ 0.015] CPU5: Booted secondary processor 0x0000000101 [0x410fd082]\n[ 0.015] smp: Brought up 1 node, 6 CPUs\n[ 0.015] SMP: Total of 6 processors activated.\n[ 0.015] CPU features: detected: 32-bit EL0 Support\n[ 0.015] CPU features: detected: CRC32 instructions\n[ 0.015] CPU: All CPU(s) started at EL2\n[ 0.015] alternatives: patching kernel code\n[ 0.017] devtmpfs: initialized\n[ 0.030] clocksource: jiffies: mask: 0xffffffff max_cycles: 0xffffffff, max_idle_ns: 6370867519511994 ns\n[ 0.030] futex hash table entries: 2048 (order: 5, 131072 bytes, linear)\n[ 0.030] pinctrl core: initialized pinctrl subsystem\n[ 0.031] regulator-dummy: no parameters, enabled\n[ 0.032] NET: Registered protocol family 16\n[ 0.034] DMA: preallocated 512 KiB GFP_KERNEL pool for atomic allocations\n[ 0.035] DMA: preallocated 512 KiB GFP_KERNEL|GFP_DMA pool for atomic allocations\n[ 0.035] audit: initializing netlink subsys (disabled)\n[ 0.035] audit: type=2000 audit(0.033:1): state=initialized audit_enabled=0 res=1\n[ 0.036] thermal_sys: Registered thermal governor 'fair_share'\n[ 0.036] thermal_sys: Registered thermal governor 'step_wise'\n[ 0.036] thermal_sys: Registered thermal governor 'user_space'\n[ 0.037] thermal_sys: Registered thermal governor 'power_allocator'\n[ 0.037] thermal thermal_zone1: power_allocator: sustainable_power will be estimated\n[ 0.037] cpuidle: using governor menu\n[ 0.037] hw-breakpoint: found 6 breakpoint and 4 watchpoint registers.\n[ 0.037] ASID allocator initialised with 65536 entries\n[ 0.061] platform ff770000.syscon:phy@f780: Fixing up cyclic dependency with fe330000.sdhci\n[ 0.078] rockchip-gpio ff720000.gpio0: probed /pinctrl/gpio0@ff720000\n[ 0.079] rockchip-gpio ff730000.gpio1: probed /pinctrl/gpio1@ff730000\n[ 0.079] rockchip-gpio ff780000.gpio2: probed /pinctrl/gpio2@ff780000\n[ 0.080] rockchip-gpio ff788000.gpio3: probed /pinctrl/gpio3@ff788000\n[ 0.081] rockchip-gpio ff790000.gpio4: probed /pinctrl/gpio4@ff790000\n[ 0.081] rockchip-pinctrl pinctrl: probed pinctrl\n[ 0.118] vcc12v_dcin: 12000 mV, enabled\n[ 0.118] reg-fixed-voltage dc-12v: vcc12v_dcin supplying 12000000uV\n[ 0.118] reg-fixed-voltage vcc-sys: Looking up vin-supply from device tree\n[ 0.118] vcc5v0_sys: supplied by vcc12v_dcin\n[ 0.118] vcc12v_dcin: could not add device link regulator.2: -ENOENT\n[ 0.118] vcc5v0_sys: 5000 mV, enabled\n[ 0.118] reg-fixed-voltage vcc-sys: vcc5v0_sys supplying 5000000uV\n[ 0.118] reg-fixed-voltage vcc3v3-sys: Looking up vin-supply from device tree\n[ 0.118] vcc3v3_sys: supplied by vcc5v0_sys\n[ 0.118] vcc5v0_sys: could not add device link regulator.3: -ENOENT\n[ 0.118] vcc3v3_sys: 3300 mV, enabled\n[ 0.119] reg-fixed-voltage vcc3v3-sys: vcc3v3_sys supplying 3300000uV\n[ 0.119] reg-fixed-voltage vcc5v0-host-regulator: Looking up vin-supply from device tree\n[ 0.119] vcc5v0_host: supplied by vcc5v0_sys\n[ 0.119] vcc5v0_sys: could not add device link regulator.4: -ENOENT\n[ 0.119] vcc5v0_host: at 5000 mV, enabled\n[ 0.119] reg-fixed-voltage vcc5v0-host-regulator: vcc5v0_host supplying 0uV\n[ 0.119] reg-fixed-voltage vcc5v0-typec-regulator: Looking up vin-supply from device tree\n[ 0.119] vcc5v0_typec: supplied by vcc5v0_sys\n[ 0.119] vcc5v0_sys: could not add device link regulator.5: -ENOENT\n[ 0.119] vcc5v0_typec: at 5000 mV, enabled\n[ 0.120] reg-fixed-voltage vcc5v0-typec-regulator: vcc5v0_typec supplying 0uV\n[ 0.120] vcc_lan: 3300 mV, enabled\n[ 0.120] reg-fixed-voltage vcc3v3-phy-regulator: vcc_lan supplying 3300000uV\n[ 0.120] sd_vcc: no parameters, disabled\n[ 0.120] reg-fixed-voltage sd-vcc-regulator: Looking up vin-supply from device tree\n[ 0.120] sd_vcc: supplied by vcc3v3_sys\n[ 0.120] reg-fixed-voltage sd-vcc-regulator: sd_vcc supplying 0uV\n[ 0.121] iommu: Default domain type: Translated \n[ 0.122] rockchip-pm-domain ff310000.power-management:power-controller: Looking up vcodec-supply from device tree\n[ 0.122] rockchip-pm-domain ff310000.power-management:power-controller: Looking up vcodec-supply property in node /power-management@ff310000/power-controller failed\n[ 0.122] rockchip-pm-domain ff310000.power-management:power-controller: Looking up vdu-supply from device tree\n[ 0.122] rockchip-pm-domain ff310000.power-management:power-controller: Looking up vdu-supply property in node /power-management@ff310000/power-controller failed\n[ 0.123] rockchip-pm-domain ff310000.power-management:power-controller: Looking up iep-supply from device tree\n[ 0.123] rockchip-pm-domain ff310000.power-management:power-controller: Looking up iep-supply property in node /power-management@ff310000/power-controller failed\n[ 0.124] SCSI subsystem initialized\n[ 0.124] usbcore: registered new interface driver usbfs\n[ 0.124] usbcore: registered new interface driver hub\n[ 0.124] usbcore: registered new device driver usb\n[ 0.125] mc: Linux media interface: v0.10\n[ 0.125] videodev: Linux video capture interface: v2.00\n[ 0.125] pps_core: LinuxPPS API ver. 1 registered\n[ 0.125] pps_core: Software ver. 5.3.6 - Copyright 2005-2007 Rodolfo Giometti \n[ 0.125] PTP clock support registered\n[ 0.125] EDAC MC: Ver: 3.0.0\n[ 0.128] Advanced Linux Sound Architecture Driver Initialized.\n[ 0.129] Bluetooth: Core ver 2.22\n[ 0.129] NET: Registered protocol family 31\n[ 0.129] Bluetooth: HCI device and connection manager initialized\n[ 0.129] Bluetooth: HCI socket layer initialized\n[ 0.129] Bluetooth: L2CAP socket layer initialized\n[ 0.129] Bluetooth: SCO socket layer initialized\n[ 0.130] clocksource: Switched to clocksource arch_sys_counter\n[ 0.297] NET: Registered protocol family 2\n[ 0.297] IP idents hash table entries: 65536 (order: 7, 524288 bytes, linear)\n[ 0.300] tcp_listen_portaddr_hash hash table entries: 2048 (order: 3, 32768 bytes, linear)\n[ 0.300] TCP established hash table entries: 32768 (order: 6, 262144 bytes, linear)\n[ 0.300] TCP bind hash table entries: 32768 (order: 7, 524288 bytes, linear)\n[ 0.301] TCP: Hash tables configured (established 32768 bind 32768)\n[ 0.301] UDP hash table entries: 2048 (order: 4, 65536 bytes, linear)\n[ 0.301] UDP-Lite hash table entries: 2048 (order: 4, 65536 bytes, linear)\n[ 0.301] NET: Registered protocol family 1\n[ 0.302] RPC: Registered named UNIX socket transport module.\n[ 0.302] RPC: Registered udp transport module.\n[ 0.302] RPC: Registered tcp transport module.\n[ 0.302] RPC: Registered tcp NFSv4.1 backchannel transport module.\n[ 0.303] PCI: CLS 0 bytes, default 64\n[ 0.303] Trying to unpack rootfs image as initramfs...\n[ 1.680] Freeing initrd memory: 3864K\n[ 1.681] rockchip-thermal ff260000.tsadc: tsadc is probed successfully!\n[ 1.682] hw perfevents: enabled with armv8_cortex_a53 PMU driver, 7 counters available\n[ 1.683] hw perfevents: enabled with armv8_cortex_a72 PMU driver, 7 counters available\n[ 1.685] Initialise system trusted keyrings\n[ 1.685] workingset: timestamp_bits=46 max_order=20 bucket_order=0\n[ 1.692] squashfs: version 4.0 (2009/01/31) Phillip Lougher\n[ 1.693] ntfs: driver 2.1.32 [Flags: R/O].\n[ 1.694] jffs2: version 2.2. (NAND) © 2001-2006 Red Hat, Inc.\n[ 1.694] fuse: init (API version 7.32)\n[ 1.742] Key type asymmetric registered\n[ 1.742] Asymmetric key parser 'x509' registered\n[ 1.743] Block layer SCSI generic (bsg) driver version 0.4 loaded (major 243)\n[ 1.743] io scheduler mq-deadline registered\n[ 1.743] io scheduler kyber registered\n[ 1.745] phy phy-ff770000.syscon:phy@f780.0: Looking up phy-supply from device tree\n[ 1.745] phy phy-ff770000.syscon:phy@f780.0: Looking up phy-supply property in node /syscon@ff770000/phy@f780 failed\n[ 1.746] rockchip-usb2phy ff770000.syscon:usb2-phy@e450: IRQ index 0 not found\n[ 1.746] phy phy-ff770000.syscon:usb2-phy@e450.1: Looking up phy-supply from device tree\n[ 1.746] vcc5v0_host: could not add device link phy-ff770000.syscon:usb2-phy@e450.1: -ENOENT\n[ 1.747] phy phy-ff770000.syscon:usb2-phy@e450.2: Looking up phy-supply from device tree\n[ 1.747] phy phy-ff770000.syscon:usb2-phy@e450.2: Looking up phy-supply property in node /syscon@ff770000/usb2-phy@e450/otg-port failed\n[ 1.747] phy phy-ff770000.syscon:usb2-phy@e450.2: Looking up vbus-supply from device tree\n[ 1.747] phy phy-ff770000.syscon:usb2-phy@e450.2: Looking up vbus-supply property in node /syscon@ff770000/usb2-phy@e450/otg-port failed\n[ 1.748] rockchip-usb2phy ff770000.syscon:usb2-phy@e460: IRQ index 0 not found\n[ 1.748] phy phy-ff770000.syscon:usb2-phy@e460.3: Looking up phy-supply from device tree\n[ 1.748] vcc5v0_host: could not add device link phy-ff770000.syscon:usb2-phy@e460.3: -ENOENT\n[ 1.749] phy phy-ff770000.syscon:usb2-phy@e460.4: Looking up phy-supply from device tree\n[ 1.749] phy phy-ff770000.syscon:usb2-phy@e460.4: Looking up phy-supply property in node /syscon@ff770000/usb2-phy@e460/otg-port failed\n[ 1.749] phy phy-ff770000.syscon:usb2-phy@e460.4: Looking up vbus-supply from device tree\n[ 1.749] phy phy-ff770000.syscon:usb2-phy@e460.4: Looking up vbus-supply property in node /syscon@ff770000/usb2-phy@e460/otg-port failed\n[ 1.751] phy phy-ff770000.syscon:pcie-phy.5: Looking up phy-supply from device tree\n[ 1.751] phy phy-ff770000.syscon:pcie-phy.5: Looking up phy-supply property in node /syscon@ff770000/pcie-phy failed\n[ 1.751] phy phy-ff770000.syscon:pcie-phy.6: Looking up phy-supply from device tree\n[ 1.751] phy phy-ff770000.syscon:pcie-phy.6: Looking up phy-supply property in node /syscon@ff770000/pcie-phy failed\n[ 1.752] phy phy-ff770000.syscon:pcie-phy.7: Looking up phy-supply from device tree\n[ 1.752] phy phy-ff770000.syscon:pcie-phy.7: Looking up phy-supply property in node /syscon@ff770000/pcie-phy failed\n[ 1.752] phy phy-ff770000.syscon:pcie-phy.8: Looking up phy-supply from device tree\n[ 1.752] phy phy-ff770000.syscon:pcie-phy.8: Looking up phy-supply property in node /syscon@ff770000/pcie-phy failed\n[ 1.753] phy phy-ff7c0000.phy.9: Looking up phy-supply from device tree\n[ 1.753] phy phy-ff7c0000.phy.9: Looking up phy-supply property in node /phy@ff7c0000/dp-port failed\n[ 1.753] phy phy-ff7c0000.phy.10: Looking up phy-supply from device tree\n[ 1.753] phy phy-ff7c0000.phy.10: Looking up phy-supply property in node /phy@ff7c0000/usb3-port failed\n[ 1.753] rockchip-pm-domain ff310000.power-management:power-controller: Looking up tcpd0-supply from device tree\n[ 1.753] rockchip-pm-domain ff310000.power-management:power-controller: Looking up tcpd0-supply property in node /power-management@ff310000/power-controller failed\n[ 1.754] phy phy-ff800000.phy.11: Looking up phy-supply from device tree\n[ 1.754] phy phy-ff800000.phy.11: Looking up phy-supply property in node /phy@ff800000/dp-port failed\n[ 1.754] phy phy-ff800000.phy.12: Looking up phy-supply from device tree\n[ 1.754] phy phy-ff800000.phy.12: Looking up phy-supply property in node /phy@ff800000/usb3-port failed\n[ 1.754] rockchip-pm-domain ff310000.power-management:power-controller: Looking up tcpd1-supply from device tree\n[ 1.754] rockchip-pm-domain ff310000.power-management:power-controller: Looking up tcpd1-supply property in node /power-management@ff310000/power-controller failed\n[ 1.756] gpio-brightsign-synthetic3 external-gpio: 0 I=120 O=120 OE=64\n[ 1.756] gpio-brightsign-synthetic3 external-gpio: 1 I=121 O=121 OE=65\n[ 1.756] gpio-brightsign-synthetic3 external-gpio: 2 I=122 O=122 OE=66\n[ 1.756] gpio-brightsign-synthetic3 external-gpio: 3 I=123 O=123 OE=67\n[ 1.756] gpio-brightsign-synthetic3 external-gpio: 4 I=124 O=124 OE=68\n[ 1.756] gpio-brightsign-synthetic3 external-gpio: 5 I=125 O=125 OE=69\n[ 1.756] gpio-brightsign-synthetic3 external-gpio: 6 I=126 O=126 OE=70\n[ 1.756] gpio-brightsign-synthetic3 external-gpio: 7 I=127 O=127 OE=71\n[ 1.758] iep ff670000.iep: Adding to iommu group 2\n[ 1.758] iep: failed to find iep power down clock source.\n[ 1.759] iep: IEP Power ON\n[ 1.759] iep: IEP Power OFF\n[ 1.759] iep: IEP Driver loaded succesfully\n[ 1.759] iep: Module initialized.\n[ 1.759] mpp_service mpp-srv: unknown mpp version for missing VCS info\n[ 1.759] mpp_service mpp-srv: probe start\n[ 1.760] mpp_rkvdec ff660000.rkvdec: Adding to iommu group 1\n[ 1.761] mpp_rkvdec ff660000.rkvdec: probing start\n[ 1.761] rkvdec_init:1242: failed on clk_get clk_hevc_cabac\n[ 1.761] mpp_rkvdec ff660000.rkvdec: shared_video_hevc_cabac is not found!\n[ 1.761] rkvdec_init:1273: No hevc cabac reset resource define\n[ 1.761] mpp_rkvdec ff660000.rkvdec: probing finish\n[ 1.763] mpp_vdpu2 ff650400.vdpu: Adding to iommu group 0\n[ 1.763] mpp_vdpu2 ff650400.vdpu: probe device\n[ 1.763] mpp_vdpu2 ff650400.vdpu: reset_group->rw_sem_on=0\n[ 1.763] mpp_vdpu2 ff650400.vdpu: reset_group->rw_sem_on=0\n[ 1.763] mpp_vdpu2 ff650400.vdpu: probing finish\n[ 1.764] mpp_vepu2 ff650000.vepu: Adding to iommu group 0\n[ 1.764] mpp_vepu2 ff650000.vepu: probing start\n[ 1.764] mpp_vepu2 ff650000.vepu: reset_group->rw_sem_on=0\n[ 1.764] mpp_vepu2 ff650000.vepu: reset_group->rw_sem_on=0\n[ 1.765] mpp_vepu2 ff650000.vepu: probing finish\n[ 1.766] mpp_service mpp-srv: probe success\n[ 1.769] dma-pl330 ff6d0000.dma-controller: Loaded driver for PL330 DMAC-241330\n[ 1.769] dma-pl330 ff6d0000.dma-controller: \tDBUFF-32x8bytes Num_Chans-6 Num_Peri-12 Num_Events-12\n[ 1.771] dma-pl330 ff6e0000.dma-controller: Loaded driver for PL330 DMAC-241330\n[ 1.771] dma-pl330 ff6e0000.dma-controller: \tDBUFF-128x8bytes Num_Chans-8 Num_Peri-20 Num_Events-16\n[ 1.771] rockchip-pvtm ff770000.syscon:pvtm: pvtm@0 probed\n[ 1.771] rockchip-pvtm ff770000.syscon:pvtm: pvtm@1 probed\n[ 1.771] rockchip-pvtm ff770000.syscon:pvtm: pvtm@2 probed\n[ 1.771] rockchip-pvtm ff770000.syscon:pvtm: pvtm@3 probed\n[ 1.772] rockchip-system-monitor rockchip-system-monitor: system monitor probe\n[ 1.773] input: brightsign-polled-io as /devices/platform/brightsign-polled-io/input/input0\n[ 1.774] brightsign-poe-load brightsign-poe-load: PoE fitted\n[ 1.774] of_pwm_get(): can't parse \"pwms\" property\n[ 1.775] Serial: 8250/16550 driver, 10 ports, IRQ sharing disabled\n[ 1.776] ff1a0000.serial: ttyS0 at MMIO 0xff1a0000 (irq = 46, base_baud = 1500000) is a 16550A\n[ 1.779] cacheinfo: Unable to detect cache hierarchy for CPU 0\n[ 1.786] brd: module loaded\n[ 1.794] loop: module loaded\n[ 1.794] zram: Added device: zram0\n[ 1.794] lkdtm: No crash points registered, enable through debugfs\n[ 1.795] no ATF memory for init\n[ 1.799] rk_gmac-dwmac fe300000.ethernet: IRQ eth_wake_irq not found\n[ 1.799] rk_gmac-dwmac fe300000.ethernet: IRQ eth_lpi not found\n[ 1.799] rk_gmac-dwmac fe300000.ethernet: PTP uses main clock\n[ 1.799] rk_gmac-dwmac fe300000.ethernet: Looking up phy-supply from device tree\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: clock input or output? (output).\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: TX delay(0x28).\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: RX delay(0x20).\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: integrated PHY? (no).\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: cannot get clock clk_mac_speed\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: init for RGMII\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: User ID: 0x10, Synopsys ID: 0x35\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: \tDWMAC1000\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: DMA HW capability register supported\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: RX Checksum Offload Engine supported\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: COE Type 2\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: TX Checksum insertion supported\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: Wake-Up On Lan supported\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: Normal descriptors\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: Ring mode enabled\n[ 1.800] rk_gmac-dwmac fe300000.ethernet: Enable RX Mitigation via HW Watchdog Timer\n[ 1.931] RTL8211F Gigabit Ethernet stmmac-0:00: attached PHY driver [RTL8211F Gigabit Ethernet] (mii_bus:phy_addr=stmmac-0:00, irq=POLL)\n[ 1.931] RTL8211F Gigabit Ethernet stmmac-0:01: attached PHY driver [RTL8211F Gigabit Ethernet] (mii_bus:phy_addr=stmmac-0:01, irq=POLL)\n[ 1.933] PPP generic driver version 2.4.2\n[ 1.934] usbcore: registered new interface driver rtl8150\n[ 1.934] usbcore: registered new interface driver r8152\n[ 1.934] usbcore: registered new interface driver asix\n[ 1.934] usbcore: registered new interface driver ax88179_178a\n[ 1.934] usbcore: registered new interface driver cdc_ether\n[ 1.934] usbcore: registered new interface driver net1080\n[ 1.934] usbcore: registered new interface driver rndis_host\n[ 1.934] usbcore: registered new interface driver cdc_subset\n[ 1.934] usbcore: registered new interface driver cdc_ncm\n[ 1.946] ehci_hcd: USB 2.0 'Enhanced' Host Controller (EHCI) Driver\n[ 1.946] ehci-pci: EHCI PCI platform driver\n[ 1.946] ehci-platform: EHCI generic platform driver\n[ 1.949] ehci-platform fe380000.usb: EHCI Host Controller\n[ 1.949] ehci-platform fe380000.usb: new USB bus registered, assigned bus number 1\n[ 1.949] ehci-platform fe380000.usb: irq 38, io mem 0xfe380000\n[ 1.960] ehci-platform fe380000.usb: USB 2.0 started, EHCI 1.00\n[ 1.961] hub 1-0:1.0: USB hub found\n[ 1.961] hub 1-0:1.0: 1 port detected\n[ 1.964] ehci-platform fe3c0000.usb: EHCI Host Controller\n[ 1.964] ehci-platform fe3c0000.usb: new USB bus registered, assigned bus number 2\n[ 1.965] ehci-platform fe3c0000.usb: irq 40, io mem 0xfe3c0000\n[ 1.976] ehci-platform fe3c0000.usb: USB 2.0 started, EHCI 1.00\n[ 1.977] hub 2-0:1.0: USB hub found\n[ 1.977] hub 2-0:1.0: 1 port detected\n[ 1.979] ohci_hcd: USB 1.1 'Open' Host Controller (OHCI) Driver\n[ 1.979] ohci-platform: OHCI generic platform driver\n[ 1.979] ohci-platform fe3a0000.usb: Generic Platform OHCI controller\n[ 1.979] ohci-platform fe3a0000.usb: new USB bus registered, assigned bus number 3\n[ 1.980] ohci-platform fe3a0000.usb: irq 39, io mem 0xfe3a0000\n[ 2.038] hub 3-0:1.0: USB hub found\n[ 2.038] hub 3-0:1.0: 1 port detected\n[ 2.038] ohci-platform fe3e0000.usb: Generic Platform OHCI controller\n[ 2.039] ohci-platform fe3e0000.usb: new USB bus registered, assigned bus number 4\n[ 2.039] ohci-platform fe3e0000.usb: irq 41, io mem 0xfe3e0000\n[ 2.098] hub 4-0:1.0: USB hub found\n[ 2.098] hub 4-0:1.0: 1 port detected\n[ 2.099] phy phy-ff770000.syscon:usb2-phy@e450.2: illegal mode\n[ 2.099] xhci-hcd xhci-hcd.0.auto: xHCI Host Controller\n[ 2.099] xhci-hcd xhci-hcd.0.auto: new USB bus registered, assigned bus number 5\n[ 2.099] xhci-hcd xhci-hcd.0.auto: hcc params 0x0220fe64 hci version 0x110 quirks 0x0000000002010010\n[ 2.099] xhci-hcd xhci-hcd.0.auto: irq 75, io mem 0xfe800000\n[ 2.100] hub 5-0:1.0: USB hub found\n[ 2.100] hub 5-0:1.0: 1 port detected\n[ 2.101] xhci-hcd xhci-hcd.0.auto: xHCI Host Controller\n[ 2.101] xhci-hcd xhci-hcd.0.auto: new USB bus registered, assigned bus number 6\n[ 2.101] xhci-hcd xhci-hcd.0.auto: Host supports USB 3.0 SuperSpeed\n[ 2.101] usb usb6: We don't know the algorithms for LPM for this host, disabling LPM.\n[ 2.101] hub 6-0:1.0: USB hub found\n[ 2.101] hub 6-0:1.0: 1 port detected\n[ 2.102] phy phy-ff770000.syscon:usb2-phy@e460.4: illegal mode\n[ 2.102] xhci-hcd xhci-hcd.1.auto: xHCI Host Controller\n[ 2.102] xhci-hcd xhci-hcd.1.auto: new USB bus registered, assigned bus number 7\n[ 2.102] xhci-hcd xhci-hcd.1.auto: hcc params 0x0220fe64 hci version 0x110 quirks 0x0000000002010010\n[ 2.102] xhci-hcd xhci-hcd.1.auto: irq 76, io mem 0xfe900000\n[ 2.103] hub 7-0:1.0: USB hub found\n[ 2.103] hub 7-0:1.0: 1 port detected\n[ 2.104] xhci-hcd xhci-hcd.1.auto: xHCI Host Controller\n[ 2.104] xhci-hcd xhci-hcd.1.auto: new USB bus registered, assigned bus number 8\n[ 2.104] xhci-hcd xhci-hcd.1.auto: Host supports USB 3.0 SuperSpeed\n[ 2.104] usb usb8: We don't know the algorithms for LPM for this host, disabling LPM.\n[ 2.104] hub 8-0:1.0: USB hub found\n[ 2.104] hub 8-0:1.0: 1 port detected\n[ 2.105] usbcore: registered new interface driver cdc_acm\n[ 2.105] cdc_acm: USB Abstract Control Model driver for USB modems and ISDN adapters\n[ 2.105] usbcore: registered new interface driver usb-storage\n[ 2.105] usbcore: registered new interface driver usbserial_generic\n[ 2.105] usbserial: USB Serial support registered for generic\n[ 2.105] usbcore: registered new interface driver ch341\n[ 2.105] usbserial: USB Serial support registered for ch341-uart\n[ 2.105] usbcore: registered new interface driver cp210x\n[ 2.105] usbserial: USB Serial support registered for cp210x\n[ 2.106] usbcore: registered new interface driver ftdi_sio\n[ 2.106] usbserial: USB Serial support registered for FTDI USB Serial Device\n[ 2.106] usbcore: registered new interface driver keyspan\n[ 2.106] usbserial: USB Serial support registered for Keyspan - (without firmware)\n[ 2.106] usbserial: USB Serial support registered for Keyspan 1 port adapter\n[ 2.106] usbserial: USB Serial support registered for Keyspan 2 port adapter\n[ 2.106] usbserial: USB Serial support registered for Keyspan 4 port adapter\n[ 2.106] usbcore: registered new interface driver option\n[ 2.106] usbserial: USB Serial support registered for GSM modem (1-port)\n[ 2.106] usbcore: registered new interface driver oti6858\n[ 2.106] usbserial: USB Serial support registered for oti6858\n[ 2.107] usbcore: registered new interface driver pl2303\n[ 2.107] usbserial: USB Serial support registered for pl2303\n[ 2.107] usbcore: registered new interface driver qcserial\n[ 2.107] usbserial: USB Serial support registered for Qualcomm USB modem\n[ 2.107] usbcore: registered new interface driver sierra\n[ 2.107] usbserial: USB Serial support registered for Sierra USB modem\n[ 2.107] mousedev: PS/2 mouse device common for all mice\n[ 2.108] usbcore: registered new interface driver usbtouchscreen\n[ 2.108] i2c /dev entries driver\n[ 2.113] rk808 0-001b: chip id: 0x0\n[ 2.116] rk808-regulator rk808-regulator: there is no dvs0 gpio\n[ 2.117] rk808-regulator rk808-regulator: there is no dvs1 gpio\n[ 2.118] rk808 0-001b: Looking up vcc1-supply from device tree\n[ 2.118] vdd_center: supplied by vcc5v0_sys\n[ 2.118] vcc5v0_sys: could not add device link regulator.8: -ENOENT\n[ 2.119] vdd_center: 750 <--> 1350 mV at 900 mV, enabled\n[ 2.120] rk808 0-001b: Looking up vcc2-supply from device tree\n[ 2.120] vdd_cpu_l: supplied by vcc5v0_sys\n[ 2.120] vcc5v0_sys: could not add device link regulator.9: -ENOENT\n[ 2.122] vdd_cpu_l: 750 <--> 1300 mV at 900 mV, enabled\n[ 2.122] rk808 0-001b: Looking up vcc3-supply from device tree\n[ 2.122] vcc_ddr: supplied by vcc5v0_sys\n[ 2.122] vcc5v0_sys: could not add device link regulator.10: -ENOENT\n[ 2.123] vcc_ddr: at 5000 mV, enabled\n[ 2.124] rk808 0-001b: Looking up vcc4-supply from device tree\n[ 2.124] vcc_1v8: supplied by vcc5v0_sys\n[ 2.124] vcc5v0_sys: could not add device link regulator.11: -ENOENT\n[ 2.125] vcc_1v8: 1800 mV, enabled\n[ 2.126] LDO_REG1: at 1800 mV, enabled\n[ 2.127] rk808 0-001b: Looking up vcc6-supply from device tree\n[ 2.127] LDO_REG1: supplied by vcc5v0_sys\n[ 2.128] rk808 0-001b: Looking up vcc6-supply from device tree\n[ 2.128] vcc1v8_hdmi: supplied by vcc5v0_sys\n[ 2.128] vcc5v0_sys: could not add device link regulator.13: -ENOENT\n[ 2.129] vcc1v8_hdmi: 1800 mV, enabled\n[ 2.130] rk808 0-001b: Looking up vcc7-supply from device tree\n[ 2.130] vcca_1v8: supplied by vcc5v0_sys\n[ 2.130] vcc5v0_sys: could not add device link regulator.14: -ENOENT\n[ 2.131] vcca_1v8: 1800 mV, enabled\n[ 2.132] rk808 0-001b: Looking up vcc9-supply from device tree\n[ 2.132] vcc_sdio: supplied by vcc5v0_sys\n[ 2.132] vcc5v0_sys: could not add device link regulator.15: -ENOENT\n[ 2.134] vcc_sdio: 1800 <--> 3300 mV at 3300 mV, enabled\n[ 2.135] LDO_REG5: at 3000 mV, enabled\n[ 2.135] rk808 0-001b: Looking up vcc9-supply from device tree\n[ 2.135] LDO_REG5: supplied by vcc5v0_sys\n[ 2.136] rk808 0-001b: Looking up vcc10-supply from device tree\n[ 2.136] vcc_1v5: supplied by vcc5v0_sys\n[ 2.136] vcc5v0_sys: could not add device link regulator.17: -ENOENT\n[ 2.137] vcc_1v5: 1500 mV, enabled\n[ 2.138] rk808 0-001b: Looking up vcc7-supply from device tree\n[ 2.138] vcc0v9_hdmi: supplied by vcc5v0_sys\n[ 2.138] vcc5v0_sys: could not add device link regulator.18: -ENOENT\n[ 2.139] vcc0v9_hdmi: 900 mV, enabled\n[ 2.141] rk808 0-001b: Looking up vcc11-supply from device tree\n[ 2.141] vcc_3v0: supplied by vcc5v0_sys\n[ 2.141] vcc5v0_sys: could not add device link regulator.19: -ENOENT\n[ 2.142] vcc_3v0: 3000 mV, enabled\n[ 2.143] SWITCH_REG1: no parameters, enabled\n[ 2.143] rk808 0-001b: Looking up vcc8-supply from device tree\n[ 2.143] SWITCH_REG1: supplied by vcc3v3_sys\n[ 2.144] SWITCH_REG2: no parameters, enabled\n[ 2.144] rk808 0-001b: Looking up vcc12-supply from device tree\n[ 2.144] SWITCH_REG2: supplied by vcc3v3_sys\n[ 2.146] fan53555-regulator 0-0040: FAN53555 Option[8] Rev[1] Detected!\n[ 2.149] fan53555-regulator 0-0040: Looking up vin-supply from device tree\n[ 2.149] vdd_cpu_b: supplied by vcc5v0_sys\n[ 2.149] vcc5v0_sys: could not add device link regulator.22: -ENOENT\n[ 2.151] vdd_cpu_b: 712 <--> 1300 mV at 1000 mV, enabled\n[ 2.154] fan53555-regulator 0-0041: FAN53555 Option[8] Rev[1] Detected!\n[ 2.157] fan53555-regulator 0-0041: Looking up vin-supply from device tree\n[ 2.157] vdd_gpu: supplied by vcc5v0_sys\n[ 2.157] vcc5v0_sys: could not add device link regulator.23: -ENOENT\n[ 2.159] vdd_gpu: 712 <--> 1300 mV at 1000 mV, enabled\n[ 2.165] dw_wdt ff848000.watchdog: No valid TOPs array specified\n[ 2.166] device-mapper: ioctl: 4.44.0-ioctl (2021-02-01) initialised: dm-devel@redhat.com\n[ 2.167] cpu cpu0: bin=1\n[ 2.167] cpu cpu0: leakage=18\n[ 2.167] cpu cpu0: Looking up cpu-supply from device tree\n[ 2.167] cpu cpu0: bin-scale=34\n[ 2.167] cpu cpu4: bin=1\n[ 2.167] cpu cpu4: leakage=31\n[ 2.167] cpu cpu4: Looking up cpu-supply from device tree\n[ 2.168] cpu cpu4: bin-scale=17\n[ 2.168] cpu cpu0: Looking up cpu-supply from device tree\n[ 2.169] cpu cpu0: avs=0\n[ 2.169] cpu cpu4: Looking up cpu-supply from device tree\n[ 2.171] cpu cpu4: avs=0\n[ 2.171] cpu cpu0: EM: created perf domain\n[ 2.171] cpu cpu0: l=10000 h=2147483647 hyst=5000 l_limit=0 h_limit=0 h_table=0\n[ 2.171] cpu cpu0: failed to read out thermal zone (-22)\n[ 2.175] cpu cpu4: EM: OPP:600000 is inefficient\n[ 2.175] cpu cpu4: EM: OPP:408000 is inefficient\n[ 2.175] cpu cpu4: EM: created perf domain\n[ 2.176] cpu cpu4: l=10000 h=2147483647 hyst=5000 l_limit=0 h_limit=0 h_table=0\n[ 2.176] cpu cpu4: failed to read out thermal zone (-22)\n[ 2.210] sdhci: Secure Digital Host Controller Interface driver\n[ 2.210] sdhci: Copyright(c) Pierre Ossman\n[ 2.210] Synopsys Designware Multimedia Card Interface Driver\n[ 2.211] sdhci-pltfm: SDHCI platform and OF driver helper\n[ 2.212] dwmmc_rockchip fe320000.mmc: No normal pinctrl state\n[ 2.212] dwmmc_rockchip fe320000.mmc: No idle pinctrl state\n[ 2.212] dwmmc_rockchip fe320000.mmc: IDMAC supports 32-bit address mode.\n[ 2.212] dwmmc_rockchip fe320000.mmc: Using internal DMA controller.\n[ 2.212] dwmmc_rockchip fe320000.mmc: Version ID is 270a\n[ 2.212] dwmmc_rockchip fe320000.mmc: DW MMC controller at irq 36,32 bit host data width,256 deep fifo\n[ 2.212] dwmmc_rockchip fe320000.mmc: Looking up vmmc-supply from device tree\n[ 2.212] dwmmc_rockchip fe320000.mmc: Looking up vqmmc-supply from device tree\n[ 2.213] dwmmc_rockchip fe320000.mmc: Got CD GPIO\n[ 2.213] sdhci-arasan fe330000.sdhci: Looking up vmmc-supply from device tree\n[ 2.213] sdhci-arasan fe330000.sdhci: Looking up vmmc-supply property in node /sdhci@fe330000 failed\n[ 2.213] sdhci-arasan fe330000.sdhci: Looking up vqmmc-supply from device tree\n[ 2.213] sdhci-arasan fe330000.sdhci: Looking up vqmmc-supply property in node /sdhci@fe330000 failed\n[ 2.214] cryptodev: driver 1.12 loaded.\n[ 2.215] hid: raw HID events driver (C) Jiri Kosina\n[ 2.215] usbcore: registered new interface driver usbhid\n[ 2.215] usbhid: USB HID core driver\n[ 2.215] rockchip-dmc dmc: Looking up center-supply from device tree\n[ 2.216] rockchip-dmc dmc: Looking up center-supply from device tree\n[ 2.216] vdd_center: could not add device link dmc: -EEXIST\n[ 2.216] vdd_center: Failed to create debugfs directory\n[ 2.216] rockchip-dmc dmc: Failed to get ddr_leakage\n[ 2.216] rockchip-dmc dmc: avs=0\n[ 2.216] rockchip-dmc dmc: failed to get vop bandwidth to dmc rate\n[ 2.216] rockchip-dmc dmc: l=-2147483648 h=2147483647 hyst=0 l_limit=0 h_limit=0 h_table=0\n[ 2.216] rockchip-dmc dmc: could not find power_model node\n[ 2.218] rockchip-saradc ff100000.saradc: Looking up vref-supply from device tree\n[ 2.220] usbcore: registered new interface driver snd-usb-audio\n[ 2.222] rockchip-pm-domain ff310000.power-management:power-controller: Looking up sdioaudio-supply from device tree\n[ 2.222] rockchip-pm-domain ff310000.power-management:power-controller: Looking up sdioaudio-supply property in node /power-management@ff310000/power-controller failed\n[ 2.224] u32 classifier\n[ 2.224] input device check on\n[ 2.224] Actions configured\n[ 2.224] Initializing XFRM netlink socket\n[ 2.225] NET: Registered protocol family 10\n[ 2.225] Segment Routing with IPv6\n[ 2.225] NET: Registered protocol family 17\n[ 2.225] NET: Registered protocol family 15\n[ 2.226] Bridge firewalling registered\n[ 2.226] [BT_RFKILL]: Enter rfkill_rk_init\n[ 2.226] [WLAN_RFKILL]: Enter rfkill_wlan_init\n[ 2.226] mmc_host mmc1: Bus speed (slot 0) = 400000Hz (slot req 400000Hz, actual 400000HZ div = 0)\n[ 2.227] registered taskstats version 1\n[ 2.227] Loading compiled-in X.509 certificates\n[ 2.228] rga: rga2, irq = 56, match scheduler\n[ 2.228] rga: rga2 hardware loaded successfully, hw_version:3.2.18218.\n[ 2.228] rockchip-pm-domain ff310000.power-management:power-controller: Looking up rga-supply from device tree\n[ 2.228] rockchip-pm-domain ff310000.power-management:power-controller: Looking up rga-supply property in node /power-management@ff310000/power-controller failed\n[ 2.228] rga: rga2 probe successfully\n[ 2.229] rga_iommu: IOMMU binding successfully, default mapping core[0x4]\n[ 2.229] rga: Module initialized. v1.2.27\n[ 2.239] mmc0: SDHCI controller on fe330000.sdhci [fe330000.sdhci] using ADMA\n[ 2.250] reg-fixed-voltage vcc-0v9: Looking up vin-supply from device tree\n[ 2.250] vcc_0v9: supplied by vcc3v3_sys\n[ 2.250] vcc3v3_sys: could not add device link regulator.24: -ENOENT\n[ 2.250] vcc_0v9: 900 mV, enabled\n[ 2.250] reg-fixed-voltage vcc-0v9: vcc_0v9 supplying 900000uV\n[ 2.250] rockchip-iodomain ff320000.syscon:io-domains: Looking up pmu1830-supply from device tree\n[ 2.251] rockchip-iodomain ff320000.syscon:io-domains: pmu1830(1800000 uV) supplied by vcc_1v8\n[ 2.251] rockchip-iodomain ff770000.syscon:io-domains: Looking up bt656-supply from device tree\n[ 2.251] rockchip-iodomain ff770000.syscon:io-domains: bt656(3000000 uV) supplied by vcc_3v0\n[ 2.251] rockchip-iodomain ff770000.syscon:io-domains: Looking up audio-supply from device tree\n[ 2.251] rockchip-iodomain ff770000.syscon:io-domains: audio(3000000 uV) supplied by vcc_3v0\n[ 2.251] rockchip-iodomain ff770000.syscon:io-domains: Looking up sdmmc-supply from device tree\n[ 2.251] rockchip-iodomain ff770000.syscon:io-domains: sdmmc(3300000 uV) supplied by vcc_sdio\n[ 2.251] rockchip-iodomain ff770000.syscon:io-domains: Looking up gpio1830-supply from device tree\n[ 2.252] rockchip-iodomain ff770000.syscon:io-domains: gpio1830(3000000 uV) supplied by vcc_3v0\n[ 2.259] rockchip-pcie f8000000.pcie: host bridge /pcie@f8000000 ranges:\n[ 2.259] rockchip-pcie f8000000.pcie: MEM 0x00fa000000..0x00fbdfffff -> 0x00fa000000\n[ 2.259] rockchip-pcie f8000000.pcie: IO 0x00fbe00000..0x00fbefffff -> 0x00fbe00000\n[ 2.260] rockchip-pcie f8000000.pcie: Looking up vpcie12v-supply from device tree\n[ 2.260] rockchip-pcie f8000000.pcie: Looking up vpcie12v-supply property in node /pcie@f8000000 failed\n[ 2.260] rockchip-pcie f8000000.pcie: no vpcie12v regulator found\n[ 2.260] rockchip-pcie f8000000.pcie: Looking up vpcie3v3-supply from device tree\n[ 2.260] rockchip-pcie f8000000.pcie: Looking up vpcie1v8-supply from device tree\n[ 2.260] rockchip-pcie f8000000.pcie: Looking up vpcie0v9-supply from device tree\n[ 2.279] mmc0: new HS200 MMC card at address 0001\n[ 2.280] mmcblk0: mmc0:0001 4FTE4R 1.82 GiB \n[ 2.280] mmcblk0boot0: mmc0:0001 4FTE4R partition 1 4.00 MiB\n[ 2.281] mmcblk0boot1: mmc0:0001 4FTE4R partition 2 4.00 MiB\n[ 2.281] mmcblk0rpmb: mmc0:0001 4FTE4R partition 3 512 KiB, chardev (237:0)\n[ 2.284] mmcblk0: p1 p2 p3 p4 p5 p6 p7\n[ 2.345] vendor storage:20190527 ret = 0\n[ 2.353] usb 7-1: new high-speed USB device number 2 using xhci-hcd\n[ 2.480] vcc_sdio: ramp_delay not set\n[ 2.507] mmc_host mmc1: Bus speed (slot 0) = 148500000Hz (slot req 150000000Hz, actual 148500000HZ div = 0)\n[ 2.532] usb-storage 7-1:1.0: USB Mass Storage device detected\n[ 2.533] scsi host0: usb-storage 7-1:1.0\n[ 2.650] dwmmc_rockchip fe320000.mmc: Successfully tuned phase to 211\n[ 2.650] mmc1: new ultra high speed SDR104 SDHC card at address aaaa\n[ 2.650] mmcblk1: mmc1:aaaa SK32G 29.7 GiB \n[ 2.652] mmcblk1: p1\n[ 2.710] rockchip-pm-domain ff310000.power-management:power-controller: Looking up sd-supply from device tree\n[ 2.710] rockchip-pm-domain ff310000.power-management:power-controller: Looking up sd-supply property in node /power-management@ff310000/power-controller failed\n[ 2.817] rockchip-pcie f8000000.pcie: PCIe link training gen1 timeout!\n[ 2.817] rockchip-pcie f8000000.pcie: deferred probe failed\n[ 2.819] rockchip-pcie: probe of f8000000.pcie failed with error -110\n[ 2.822] rockchip-pm-domain ff310000.power-management:power-controller: Looking up isp1-supply from device tree\n[ 2.822] rockchip-pm-domain ff310000.power-management:power-controller: Looking up isp1-supply property in node /power-management@ff310000/power-controller failed\n[ 2.822] rockchip-pm-domain ff310000.power-management:power-controller: Looking up isp0-supply from device tree\n[ 2.822] rockchip-pm-domain ff310000.power-management:power-controller: Looking up isp0-supply property in node /power-management@ff310000/power-controller failed\n[ 2.822] rockchip-pm-domain ff310000.power-management:power-controller: Looking up gpu-supply from device tree\n[ 2.822] rockchip-pm-domain ff310000.power-management:power-controller: Looking up gpu-supply property in node /power-management@ff310000/power-controller failed\n[ 2.822] cfg80211: Loading compiled-in X.509 certificates for regulatory database\n[ 2.828] cfg80211: Loaded X.509 cert 'sforshee: 00b28ddf47aef9cea7'\n[ 2.828] platform regulatory.0: Direct firmware load for regulatory.db failed with error -2\n[ 2.828] cfg80211: failed to load regulatory.db\n[ 2.830] ALSA device list:\n[ 2.830] #0: add2010-audio\n[ 2.830] #1: spdif-audio\n[ 2.834] Freeing unused kernel memory: 5248K\n[ 2.835] rockchip-pm-domain ff310000.power-management:power-controller: Looking up vopb-supply from device tree\n[ 2.835] rockchip-pm-domain ff310000.power-management:power-controller: Looking up vopb-supply property in node /power-management@ff310000/power-controller failed\n[ 2.835] rockchip-pm-domain ff310000.power-management:power-controller: Looking up vopl-supply from device tree\n[ 2.835] rockchip-pm-domain ff310000.power-management:power-controller: Looking up vopl-supply property in node /power-management@ff310000/power-controller failed\n[ 2.835] rockchip-pm-domain ff310000.power-management:power-controller: Looking up vo-supply from device tree\n[ 2.835] rockchip-pm-domain ff310000.power-management:power-controller: Looking up vo-supply property in node /power-management@ff310000/power-controller failed\n[ 2.835] rockchip-pm-domain ff310000.power-management:power-controller: Looking up hdcp-supply from device tree\n[ 2.835] rockchip-pm-domain ff310000.power-management:power-controller: Looking up hdcp-supply property in node /power-management@ff310000/power-controller failed\n[ 2.835] rockchip-pm-domain ff310000.power-management:power-controller: Looking up vio-supply from device tree\n[ 2.835] rockchip-pm-domain ff310000.power-management:power-controller: Looking up vio-supply property in node /power-management@ff310000/power-controller failed\n[ 2.835] rockchip-pm-domain ff310000.power-management:power-controller: Looking up edp-supply from device tree\n[ 2.835] rockchip-pm-domain ff310000.power-management:power-controller: Looking up edp-supply property in node /power-management@ff310000/power-controller failed\n[ 2.853] Run /init as init process\n[ 2.853] with arguments:\n[ 2.853] /init\n[ 2.853] with environment:\n[ 2.853] HOME=/\n[ 2.853] TERM=linux\n[ 2.872] random: pvscan: uninitialized urandom read (4 bytes read)\n[ 2.888] pvscan[1738] PV /dev/mmcblk0p7 online, VG bsos is complete.\n[ 2.888] pvscan[1738] VG bsos run autoactivation.\n[ 2.894] 3 logical volume(s) in volume group \"bsos\" now active\n[ 2.951] random: pvscan: uninitialized urandom read (4 bytes read)\n[ 2.966] pvscan[1751] PV /dev/mmcblk0p7 online, VG bsos is complete.\n[ 2.966] pvscan[1751] VG bsos skip autoactivation.\n[ 3.032] random: pvs: uninitialized urandom read (4 bytes read)\n[ 3.061] PV VG Fmt Attr PSize PFree \n[ 3.061] /dev/mmcblk0p7 bsos lvm2 a-- <1.67g 720.00m\n[ 3.126] VG #PV #LV #SN Attr VSize VFree \n[ 3.126] bsos 1 3 0 wz--n- <1.67g 720.00m\n[ 3.203] LV VG Attr LSize Pool Origin Data% Meta% Move Log Cpy%Sync Convert\n[ 3.203] rootfs bsos -wi-a----- 188.00m \n[ 3.203] storage bsos -wi-a----- 768.00m \n[ 3.203] writable bsos -wi-a----- 32.00m \n[ 3.345] device-mapper: verity: sha256 using implementation \"sha256-generic\"\n[ 3.552] scsi 0:0:0:0: Direct-Access Realtek RTL9210B-CG 1.00 PQ: 0 ANSI: 6\n[ 3.560] sd 0:0:0:0: [sda] Read Capacity(10) failed: Result: hostbyte=0x00 driverbyte=0x08\n[ 3.560] sd 0:0:0:0: [sda] Sense Key : 0x5 [current] \n[ 3.560] sd 0:0:0:0: [sda] ASC=0x24 ASCQ=0x0 \n[ 3.560] sd 0:0:0:0: [sda] 0 512-byte logical blocks: (0 B/0 B)\n[ 3.560] sd 0:0:0:0: [sda] 0-byte physical blocks\n[ 3.561] sd 0:0:0:0: [sda] Write Protect is off\n[ 3.561] sd 0:0:0:0: [sda] Mode Sense: 37 00 00 08\n[ 3.561] sd 0:0:0:0: [sda] Write cache: disabled, read cache: enabled, doesn't support DPO or FUA\n[ 3.605] sd 0:0:0:0: [sda] Read Capacity(10) failed: Result: hostbyte=0x00 driverbyte=0x08\n[ 3.605] sd 0:0:0:0: [sda] Sense Key : 0x5 [current] \n[ 3.605] sd 0:0:0:0: [sda] ASC=0x24 ASCQ=0x0 \n[ 3.607] sd 0:0:0:0: [sda] Attached SCSI removable disk\n[ 3.612] Starting udev\n[ 3.668] \n[ 3.668] \n[ 3.669] udevd[1801]: starting version 3.2.9\n[ 3.714] udevd[1802]: starting eudev-3.2.9\n[ 3.939] random: lvm: uninitialized urandom read (4 bytes read)\n[ 4.057] random: pvscan: uninitialized urandom read (4 bytes read)\n[ 4.098] pvscan[1830] PV /dev/mmcblk0p7 online, VG bsos is complete.\n[ 4.098] pvscan[1830] VG bsos run autoactivation.\n[ 4.100] 3 logical volume(s) in volume group \"bsos\" now active\n[ 4.148] random: pvs: uninitialized urandom read (4 bytes read)\n[ 4.172] PV VG Fmt Attr PSize PFree \n[ 4.172] /dev/mmcblk0p7 bsos lvm2 a-- <1.67g 720.00m\n[ 4.243] VG #PV #LV #SN Attr VSize VFree \n[ 4.243] bsos 1 3 0 wz--n- <1.67g 720.00m\n[ 4.381] total 0\n[ 4.381] brw------- 1 root root 253, 2 Jan 1 00:00 bsos-rootfs\n[ 4.381] brw------- 1 root root 253, 3 Jan 1 00:00 bsos-rootfs-verified\n[ 4.381] brw------- 1 root root 253, 1 Jan 1 00:00 bsos-storage\n[ 4.381] brw------- 1 root root 253, 0 Jan 1 00:00 bsos-writable\n[ 4.381] crw------- 1 root root 10, 236 Jan 1 00:00 control\n[ 4.394] EXT4-fs (dm-0): mounted filesystem with ordered data mode. Opts: (null)\n[ 4.718] BRIGHTSIGN boot=9.0.85 rescue=9.0.74 mission=9.0.97 model=XD1035 REVE serial=RE433D006644 hw=80102114f79 sk=1 sb=0\n[ 4.764] UTC read from RTC: Wed Nov 8 06:10:46 2023\n[ 4.773] Looking for crash dump: \n[ 4.813] Reset causes: 0x0 unsupported-on-native\n[ 4.813] No post-mortem crash dump available.\n[ 4.854] Starting system message bus: \n[ 4.896] dbus.\n[ 5.221] handle_net /devices/platform/fe300000.ethernet/net/eth0 eth0\n[ 5.224] Configuring IO scheduler for mmcblk1\n[ 5.225] handle_net /devices/virtual/net/lo lo\n[ 5.225] Hotplug ignoring network interface: lo\n[ 5.229] Configuring IO scheduler for sda\n[ 5.230] Configuring IO scheduler for mmcblk0\n[ 5.233] USB vidpid=1d6b:0001\n[ 5.235] USB vidpid=1d6b:0002\n[ 5.236] USB vidpid=1d6b:0001\n[ 5.236] USB vidpid=0bda:9210\n[ 5.236] USB vidpid=1d6b:0003\n[ 5.238] USB vidpid=1d6b:0002\n[ 5.239] USB vidpid=1d6b:0003\n[ 5.239] USB vidpid=1d6b:0002\n[ 5.240] USB vidpid=1d6b:0002\n[ 5.247] usbmount-1936: mount mmcblk1 /devices/platform/fe320000.mmc/mmc_host/mmc1/mmc1:aaaa/block/mmcblk1\n[ 5.247] usbmount-1937: mount mmcblk0 /devices/platform/fe330000.sdhci/mmc_host/mmc0/mmc0:0001/block/mmcblk0\n[ 5.258] usbmount-1936: path='/sys/devices/platform/fe320000.mmc/mmc_host/mmc1/mmc1:aaaa'\n[ 5.258] usbmount-1937: path='/sys/devices/platform/fe330000.sdhci/mmc_host/mmc0/mmc0:0001'\n[ 5.259] usbmount-1937: Ignoring eMMC\n[ 5.263] mmcblk1: p1\n[ 5.275] Disk /dev/mmcblk1: 30 GB, 31914983424 bytes, 62333952 sectors\n[ 5.275] 3880 cylinders, 255 heads, 63 sectors/track\n[ 5.275] Units: sectors of 1 * 512 = 512 bytes\n[ 5.275] \n[ 5.275] Device Boot StartCHS EndCHS StartLBA EndLBA Sectors Size Id Type\n[ 5.275] /dev/mmcblk1p1 0,130,3 1023,254,63 8192 62333951 62325760 29.7G c Win95 FAT32 (LBA)\n[ 5.293] usbmount-1936: Whole device /dev/mmcblk1...\n[ 5.388] ID_PART_TABLE_TYPE=dos\n[ 5.388] usbmount-1936: Considering /dev/mmcblk1p4...\n[ 5.391] usbmount-1936: Considering /dev/mmcblk1p3...\n[ 5.394] usbmount-1936: Considering /dev/mmcblk1p2...\n[ 5.398] usbmount-1936: Considering /dev/mmcblk1p1...\n[ 5.402] usbmount-1936: /dev/mmcblk1p1 is a valid block device\n[ 5.406] Hotplug ignoring network interface: eth0\n[ 5.441] ID_FS_UUID=6432-3934\n[ 5.441] ID_FS_UUID_ENC=6432-3934\n[ 5.441] ID_FS_BLOCK_SIZE=512\n[ 5.441] ID_FS_TYPE=vfat\n[ 5.449] usbmount-1936: Filesystem on /dev/mmcblk1p1\n[ 5.541] storage-monitor ADD sda\n[ 5.543] storage-monitor sda media added\n[ 5.547] Mounting storage volume\n[ 5.549] usbmount-2062: mount sda /block/sda\n[ 5.552] usbmount-2062: path='/sys/devices/platform/usb@fe900000/fe900000.usb/xhci-hcd.1.auto/usb7/7-1/7-1:1.0/host0/target0:0:0/0:0:0:0'\n[ 5.553] usbmount-1936: ID_FS_TYPE=vfat\n[ 5.555] usbmount-2062: ssd_device=/sys/devices/platform/usb@fe900000/fe900000.usb/xhci-hcd.1.auto/usb8/8-1/8-1:1.0/host0/target0:0:0/0:0:0:0\n[ 5.555] EXT4-fs (dm-1): mounted filesystem with ordered data mode. Opts: (null)\n[ 5.566] sd 0:0:0:0: [sda] Read Capacity(10) failed: Result: hostbyte=0x00 driverbyte=0x08\n[ 5.566] sd 0:0:0:0: [sda] Sense Key : 0x5 [current] \n[ 5.566] sd 0:0:0:0: [sda] ASC=0x24 ASCQ=0x0 \n[ 5.570] fdisk: can't open '/dev/sda'\n[ 5.573] usbmount-2062: Whole device /dev/sda...\n[ 5.575] usbmount-1936: device_size=62325760\n[ 5.576] usbmount-1936: fsck_timeout=3626s calculated\n[ 5.579] usbmount-2062: Considering /dev/sda4...\n[ 5.582] usbmount-2062: Considering /dev/sda3...\n[ 5.584] usbmount-2062: Considering /dev/sda2...\n[ 5.587] usbmount-2062: Considering /dev/sda1...\n[ 5.590] usbmount-2062: Considering /dev/sda...\n[ 5.592] usbmount-2062: /dev/sda is a valid block device\n[ 5.600] usbmount-2062: Unknown volume type on usb\n[ 5.650] No appropriate upgrade files found.\n[ 5.779] net-configure: eth0 start\n[ 5.816] iep: iep dpi mode inactivity\n[ 5.856] Successfully initialized wpa_supplicant\n[ 5.887] rk_gmac-dwmac fe300000.ethernet eth0: PHY [stmmac-0:00] driver [RTL8211F Gigabit Ethernet] (irq=POLL)\n[ 5.896] rk_gmac-dwmac fe300000.ethernet eth0: No Safety Features support found\n[ 5.896] rk_gmac-dwmac fe300000.ethernet eth0: PTP not supported by HW\n[ 5.897] rk_gmac-dwmac fe300000.ethernet eth0: configuring for phy/rgmii link mode\n[ 5.925] fsck.fat 3.0.25 (2014-01-17)\n[ 5.925] /dev/mmcblk1p1: 44 files, 621/973584 clusters\n[ 5.928] timely: /sbin/dosfsck exited with 0 after 0s\n[ 5.929] usbmount-1936: fsck.vfat /dev/mmcblk1p1 succeeded\n[ 5.936] mount-filesystem-2142: /dev/mmcblk1p1 /storage/sd.fwup vfat\n[ 5.978] dhcpcd[2147]: dhcpcd not running\n[ 6.017] mount-filesystem-2142: Successfully mounted /dev/mmcblk1p1 at /storage/sd.fwup\n[ 6.018] usbmount-1936: Successfully mounted /dev/mmcblk1p1 at /storage/sd.fwup\n[ 6.020] usbmount-1936: Cleaned up fsck cruft at /storage/sd.fwup\n[ 6.036] dhcpcd[2159]: dhcpcd-9.4.1 starting\n[ 6.037] dhcpcd[2163]: DUID 00:02:04:33:69:4d:34:45:33:33:44:30:30:36:38:32:34\n[ 6.052] forked to background, child pid 2163\n[ 6.062] IP:eth0 NOCARRIER down\n[ 6.083] No inbound bandwidth shaping on eth0\n[ 6.175] usbmount-1936: Looking for firmware update at /storage/sd.fwup\n[ 6.199] No appropriate upgrade files found.\n[ 6.202] usbmount-1936: Migrating mounted filesystem from /storage/sd.fwup to /storage/sd\n[ 6.250] Power source: PSU\n[ 6.267] modprobe: module phy-brcm-usb-dvr not found in modules.dep\n[ 6.269] modprobe: module xhci-brcm not found in modules.dep\n[ 7.325] usbcore: registered new interface driver btusb\n[ 7.380] random: avahi-daemon: uninitialized urandom read (4 bytes read)\n[ 7.398] WiFi not found\n[ 7.460] tun: Universal TUN/TAP device driver, 1.6\n[ 7.476] net.ipv4.conf.eth0.force_igmp_version = 0\n[ 7.530] BrightSign RTL9210 is at /dev/sda\n[ 7.614] Current RTL9210 firmware version is - 1.30.28\n[ 7.614] RTL9210 firmware is up to date\n[ 7.621] sd 0:0:0:0: [sda] Read Capacity(10) failed: Result: hostbyte=0x00 driverbyte=0x08\n[ 7.621] sd 0:0:0:0: [sda] Sense Key : 0x5 [current] \n[ 7.621] sd 0:0:0:0: [sda] ASC=0x24 ASCQ=0x0 \n[ 7.724] Panda firmware version 01.02 available for upgrades\n[ 7.951] rk_gmac-dwmac fe300000.ethernet eth0: Link is Up - 100Mbps/Half - flow control off\n[ 7.951] IPv6: ADDRCONF(NETDEV_CHANGE): eth0: link becomes ready\n[ 7.980] random: dhcpcd: uninitialized urandom read (112 bytes read)\n[ 7.984] No Pandas found\n[ 7.995] tangent: loading out-of-tree module taints kernel.\n[ 8.043] tangent 1-0018: Tangent Micro version: tangent beabe2e (cobra)\n[ 8.070] tangent 1-0018: Subdev 0 (\"\") is the CORE\n[ 8.070] tangent 1-0018: Subdev 1 (\"IR-TRS\") is Infrared I/O\n[ 8.070] Registered IR keymap rc-empty\n[ 8.070] rc rc0: IR-TRS as /devices/platform/ff110000.i2c/i2c-1/1-0018/rc/rc0\n[ 8.070] rc rc0: lirc_dev: driver tangent registered at minor = 0, raw IR receiver, raw IR transmitter\n[ 8.071] input: IR-TRS as /devices/platform/ff110000.i2c/i2c-1/1-0018/rc/rc0/input1\n[ 8.071] tangent 1-0018: Subdev 2 (\"IR-IO\") is Infrared I/O\n[ 8.071] Registered IR keymap rc-empty\n[ 8.071] rc rc1: IR-IO as /devices/platform/ff110000.i2c/i2c-1/1-0018/rc/rc1\n[ 8.074] rc rc1: lirc_dev: driver tangent registered at minor = 1, raw IR receiver, raw IR transmitter\n[ 8.075] input: IR-IO as /devices/platform/ff110000.i2c/i2c-1/1-0018/rc/rc1/input2\n[ 8.082] tangent: uC running version: beabe2e\n[ 8.089] tangent: uC available version: beabe2e\n[ 8.090] tangent: firmware already matches available version\n[ 8.105] random: dbus-uuidgen: uninitialized urandom read (8 bytes read)\n[ 8.106] Starting extensions message bus: \n[ 8.114] dbus.\n[ 8.324] dw-apb-uart ff1a0000.serial: failed to request DMA, use interrupt mode\n[ 8.324] share-terminal: serial console only\n[ 8.355] bluetoothd[2372]: Bluetooth daemon 5.43\n[ 8.366] bluetoothd[2372]: Starting SDP server\n[ 8.378] bluetoothd[2372]: kernel lacks bnep-protocol support\n[ 8.378] bluetoothd[2372]: System does not support network plugin\n[ 8.380] bluetoothd[2372]: Bluetooth management interface 1.18 initialized\n[ 8.468] random: certutil: uninitialized urandom read (32 bytes read)\n[ 8.539] Loading Panfrost GPU driver\n[ 8.555] panfrost ff9a0000.gpu: clock rate = 200000000\n[ 8.556] panfrost ff9a0000.gpu: Looking up mali-supply from device tree\n[ 8.557] panfrost ff9a0000.gpu: mali-t860 id 0x860 major 0x2 minor 0x0 status 0x0\n[ 8.557] panfrost ff9a0000.gpu: features: 00000000,100e77bf, issues: 00000000,24040400\n[ 8.557] panfrost ff9a0000.gpu: Features: L2:0x07120206 Shader:0x00000000 Tiler:0x00000809 Mem:0x1 MMU:0x00002830 AS:0xff JS:0x7\n[ 8.557] panfrost ff9a0000.gpu: shader_present=0xf l2_present=0x1\n[ 8.559] [drm] Initialized panfrost 1.1.0 20180908 for ff9a0000.gpu on minor 0\n[ 8.562] Default to restarting weston with brightsign\n[ 8.625] Failed to initialize DRI paths\n[ 8.625] GraphicsUpscaleFactor: 1\n[ 8.625] repaint-window set to 16\n[ 8.672] rockchip-vop ff900000.vop: Adding to iommu group 3\n[ 8.677] Win 2 set to primary\n[ 8.677] Init primary/cursor Win 2\n[ 8.678] Init primary/cursor Win 3\n[ 8.678] Init overlay Win 0\n[ 8.678] Init overlay Win 1\n[ 8.678] Init overlay Win 4\n[ 8.678] Init overlay Win 5\n[ 8.678] Init overlay Win 6\n[ 8.678] rockchip-drm display-subsystem: bound ff900000.vop (ops vop_component_ops [rockchipdrm])\n[ 8.679] dwhdmi-rockchip ff940000.hdmi: Detected HDMI TX controller v2.11a with HDCP (DWC HDMI 2.0 TX PHY)\n[ 8.680] dwhdmi-rockchip ff940000.hdmi: IRQ index 1 not found\n[ 8.681] rockchip-drm display-subsystem: bound ff940000.hdmi (ops dw_hdmi_rockchip_ops [rockchipdrm])\n[ 8.682] rockchip-drm display-subsystem: failed to parse loader memory\n[ 8.716] rockchip-drm display-subsystem: [drm] fb0: rockchipdrmfb frame buffer device\n[ 8.734] [drm] Initialized rockchip 3.0.0 20140818 for display-subsystem on minor 1\n[ 8.735] no ATF memory for init\n[ 8.824] input: hdmi_cec_key as /devices/platform/ff940000.hdmi/dw-hdmi-cec.3.auto/input/input3\n[ 9.843] Starting weston --tty 1 --debug --config=/var/volatile/etc/bs_weston.ini -Swayland-0 --continue-without-input\n[ 9.844] VOP1 disable weston restarts\n[ 9.844] Starting BrightSign application...\n[ 9.908] Starting brightsign tracing: default\n[ 9.908] /etc/init.d/brightsign.sh: \n[ 9.908] line 12: \n[ 9.908] can't create /var/volatile/lttng/trace-brightsign.log: nonexistent directory\n[ 9.908] \n[ 9.908] Failed to start tracing 0\n[ 9.939] WARNING: debug protocol has been enabled. This is a potential denial-of-service attack vector and information leak.\n[ 10.411] Failed to create /home/root/.cache for shader cache (Read-only file system)---disabling.\n[ 11.262] IP:eth0 BOUND6 ip=2600:1700:dac0:2060::23 dns=\n[ 11.270] random: crng init done\n[ 11.270] random: 28 urandom warning(s) missed due to ratelimiting\n[ 11.630] could not load cursor 'dnd-move'\n[ 11.630] could not load cursor 'dnd-copy'\n[ 11.630] could not load cursor 'dnd-none'\n[ 11.633] could not load cursor 'dnd-move'\n[ 11.633] could not load cursor 'dnd-copy'\n[ 11.633] could not load cursor 'dnd-none'\n[ 11.736] xkbcommon: ERROR: \n[ 11.736] couldn't find a Compose file for locale \"C\"\n[ 11.736] could not create XKB compose table for locale 'C'. Disabiling compose\n[ 13.543] xkbcommon: ERROR: \n[ 13.543] couldn't find a Compose file for locale \"C\"\n[ 13.543] could not create XKB compose table for locale 'C'. Disabiling compose\n[ 15.490] BrightSign application cobra-9.0.97 starting\n[ 15.589] OpenVpn is not configured\n[ 15.599] NetworkTime: server changed to 'http://time.bsn.cloud'\n[ 15.599] NetworkTime: Configuration changed.\n[ 15.659] \n[ 15.659] ~~~~~~~~~~~~~~~~~~~~~~~~~~| DirectFB 1.4.17 |~~~~~~~~~~~~~~~~~~~~~~~~~~\n[ 15.659] (c) 2001-2012 The world wide DirectFB Open Source Community\n[ 15.659] (c) 2000-2004 Convergence (integrated media) GmbH\n[ 15.659] ----------------------------------------------------------------\n[ 15.659] \n[ 15.659] (*) DirectFB/Core: Single Application Core. (2023-05-24 15:31) [ DEBUG ]\n[ 15.687] (*) Direct/Memcpy: Using Generic 64bit memcpy()\n[ 15.696] (*) DirectFB/Graphics: Generic Software Rasterizer 0.7 (directfb.org)\n[ 15.701] (*) DirectFB/Core/WM: Default 0.3 (directfb.org)\n[ 15.724] WestonDebug: log, Weston and Wayland log\n[ 15.724] WestonDebug: scene-graph, Scene graph details\n[ 15.724] WestonDebug: timeline, Timeline event points\n[ 15.724] WestonDebug: proto, Wayland protocol dump for all clients.\n[ 15.724] WestonDebug: drm-backend, Debug messages from DRM/KMS backend\n[ 15.724] WestonDebug: gl-shader-generator, GL renderer shader compilation and cache.\n[ 15.724] WestonDebug: content-protection-debug, debug-logs for content-protection\n[ 15.732] Configure HDMI-1 as 1920x1080x60p , modeline \"148.5 1920 2008 2052 2200 1080 1084 1089 1125 +hsync +vsync\"\n[ 15.736] VSYNC alignment enabled\n[ 15.796] ALSA lib ../../../alsa-lib-1.2.1.2/src/pcm/pcm.c:2642:(snd_pcm_open_noupdate) \n[ 15.796] Unknown PCM Headphone\n[ 15.796] \n[ 15.797] No path switch element\n[ 15.797] ALSA lib ../../../alsa-lib-1.2.1.2/src/pcm/pcm.c:2642:(snd_pcm_open_noupdate) \n[ 15.797] Unknown PCM hdmi2\n[ 15.797] \n[ 15.797] No path switch element\n[ 15.799] Failed to open /sys/block/mapper/bsos-storage/error_report\n[ 15.829] /dev/input/event3: supported event types 0000000000000003\n[ 15.829] Found a keyboard at /dev/input/event3\n[ 15.857] /dev/input/event2: Not a physical device\n[ 15.873] /dev/input/event1: Not a physical device\n[ 15.883] IP:eth0 BOUND ip=192.168.1.174 nm=255.255.255.0 gw=192.168.1.254 domain=attlocal.net dns=192.168.1.254\n[ 15.890] /dev/input/event0: Ignoring Brightsign GPIO device\n[ 16.003] Failed to create /home/root/.cache for shader cache (Read-only file system)---disabling.\n[ 16.275] CPUs armv8_cortex_a72 from 4 to 5 (4,5)\n[ 16.275] CPUs armv8_cortex_a53 from 0 to 3 (0,1,2,3)\n[ 16.275] Configured CPUs for /bin/node: 0,1,2,3\n[ 17.404] JS.Bootstrap : Loading bootstrap...\n[ 17.512] JS.Bootstrap : INFO Last tried supervisor was ''\n[ 17.512] JS.Bootstrap : Starting bootstrap...\n[ 17.513] JS.Bootstrap : bootstrap version {\"major\":1,\"minor\":0,\"patch\":1}\n[ 17.514] JS.Bootstrap : NodeJS version {\"major\":\"14\",\"minor\":\"17\",\"patch\":\"6\"}\n[ 17.514] JS.Bootstrap : INFO Generating Supervisor services list\n[ 17.515] JS.Bootstrap : INFO Scanning directory to find supervisors\n[ 17.524] JS.Bootstrap : INFO Reference name detected as 2023-08-16T15-40-45.909Z\n[ 17.525] JS.Bootstrap : INFO Supervisor, /opt/roku/sys/supervisors/2023-08-16T15-40-45.909Z/2023-08-16T15-40-45.909Z.js : Creating...\n[ 18.079] Setting system clock to 1706641057.000000\n[ 18.081] NetworkTime: clock set to 2024/01/30 18:57:37.001 UTC\n[ 19.096] JS.Bootstrap : INFO Supervisor, /opt/roku/sys/supervisors/2023-08-16T15-40-45.909Z/2023-08-16T15-40-45.909Z.js (v 2.1.10) : Complete\n[ 19.096] JS.Bootstrap : INFO Enumeration of supervisor list complete.\n[ 19.097] JS.Bootstrap : INFO No previous supervisors have been tried, so none will be locked\n[ 19.098] JS.Bootstrap : INFO Supervisor, /opt/roku/sys/supervisors/2023-08-16T15-40-45.909Z/2023-08-16T15-40-45.909Z.js (v 2.1.10) : Supervisor bootcheck has 14400 seconds to respond\n[ 19.099] JS.Bootstrap : INFO Supervisor, /opt/roku/sys/supervisors/2023-08-16T15-40-45.909Z/2023-08-16T15-40-45.909Z.js (v 2.1.10) : Starting...\n[ 19.108] JS.Supervisor : Starting supervisor version {\"major\":2,\"minor\":1,\"patch\":10}\n[ 19.110] JS.Bootstrap : INFO Writing last tried entry of 2023-08-16T15-40-45.909Z\n[ 20.407] JS.remote view : INFO Constructing remote view service, with {}\n[ 20.876] JS.FailSafe : INFO Constructing fail safe service, with {}\n[ 20.885] JS.Supervisor : Service configure-bootstrap : Loading version {\"major\":0,\"minor\":0,\"patch\":0} (Standalone)\n[ 20.888] JS.configure bootstrap : INFO Preparing logging level\n[ 20.901] JS.Bootstrap : Logs now report to Info as set by setLoggingLevelTo\n[ 20.902] JS.configure bootstrap : INFO Looking for proxy configuration\n[ 20.919] JS.configure bootstrap : INFO No proxy configured\n[ 20.925] JS.Supervisor : INFO Launched all services in step 0 with success\n[ 20.927] JS.Supervisor : Service configure-autorun : Loading version {\"major\":0,\"minor\":0,\"patch\":0} (Standalone)\n[ 20.928] JS.Supervisor : Service configure-supervisor : Loading version {\"major\":0,\"minor\":0,\"patch\":0} (Standalone)\n[ 20.930] JS.Supervisor : Service configure-network : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Standalone)\n[ 20.931] JS.Supervisor : Service cellular-modem : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Standalone)\n[ 20.938] JS.configure network : INFO Checking registry for meta client\n[ 20.970] JS.configure network : INFO Configuring network to {\"base\":\"https://handlers.bsn.cloud/\",\"contentDownloadsRestricted\":\"no\",\"contentXfersEnabledWired\":\"true\",\"deviceScreenShotsCountLimit\":\"1\",\"deviceScreenShotsEnabled\":\"no\",\"deviceScreenShotsInterval\":\"60\",\"deviceScreenShotsOrientation\":\"Landscape\",\"deviceScreenShotsQuality\":\"0\",\"deviceScreenShotsTemporaryStorage\":\"https://bsncloud-dssp.s3.amazonaws.com/DeviceScreenShots/Incoming/\",\"devicedownload\":\"/bs/DeviceDownload.ashx\",\"devicedownloadprogress\":\"/bs/DeviceDownloadProgress.ashx\",\"deviceerror\":\"/bs/DeviceError.ashx\",\"diagnosticLoggingEnabled\":\"no\",\"dwsEnabled\":\"no\",\"dwsPassword\":null,\"enableSerialDebugging\":\"False\",\"enableSystemLogDebugging\":\"True\",\"event\":\"/bs/Events.ashx\",\"eventLoggingEnabled\":\"no\",\"getfile\":\"/bs/GetFile.ashx\",\"healthXfersEnabledWired\":\"true\",\"heartbeat\":\"/bs/Heartbeat.ashx\",\"idleScreenColor\":\"FF702896\",\"incomingDeviceScreenshotsQueue\":\"http://queue.amazonaws.com/965175186373/bsn-cloud-dssp\",\"limitSt<...>\n[ 20.970] pace\":\"False\",\"logUploadsXfersEnabledWired\":\"true\",\"mediaFeedsXfersEnabledWired\":\"true\",\"networkConnectionPriorityWired\":\"0\",\"networkConnectionPriorityWireless\":\"-1\",\"networkdiagnostic\":\"/bs/NetworkDiagnostic.ashx\",\"next\":\"/bs/CheckForContent.ashx\",\"playbackLoggingEnabled\":\"no\",\"rateLimitModeInWindow\":\"default\",\"rateLimitModeInitialDownloads\":\"default\",\"rateLimitModeOutsideWindow\":\"unlimited\",\"rateLimitRateInWindow\":\"0\",\"rateLimitRateInitialDownloads\":\"0\",\"rateLimitRateOutsideWindow\":\"0\",\"stateLoggingEnabled\":\"no\",\"textFeedsXfersEnabledWired\":\"true\",\"timeBetweenNetConnects\":\"21600\",\"timeServer\":\"http://time.bsn.cloud\",\"timezone\":\"PST\",\"trafficdownload\":\"/bs/TrafficDownload.ashx\",\"unitDescription\":\"Trying again\",\"unitName\":\"XD5\",\"unitNamingMethod\":\"appendUnitIDToUnitName\",\"uploadLogFilesAtBoot\":\"no\",\"uploadLogFilesAtSpecificTime\":\"no\",\"uploadLogFilesTime\":\"0\",\"uploadlogs\":\"/bs/UploadLogs.ashx\",\"useDHCP\":\"yes\",\"useWireless\":\"no\",\"variableLoggingEnabled\":\"no\"}\n[ 20.972] JS.configure network : INFO Configuring pre-registered network\n[ 20.974] JS.configure network : INFO In configureNetworkBeforeRegistered: Player has registered.\n[ 21.034] JS.configure supervisor : INFO Looking for local presentations...\n[ 21.036] JS.configure supervisor : INFO There is a presentation stored locally at /storage/sd/autorun.brs\n[ 21.191] JS.configure supervisor : INFO Enabling BSN cloud, because enabled in registry or sync spec, or bsn.cloud is not explicitly disabled\n[ 21.200] JS.configure supervisor : INFO bacon flag set by registry : true\n[ 21.217] JS.Supervisor : INFO Launched all services in step 1 with success\n[ 21.218] JS.Supervisor : Service internal-garbage-collector : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Standalone)\n[ 21.219] JS.Supervisor : Service internal-watchdog : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Standalone)\n[ 21.229] JS.Supervisor : Service internal-test : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Networked)\n[ 21.230] JS.Supervisor : Service internal-test-fail : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Networked)\n[ 21.231] JS.Supervisor : Service configure-connection : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Standalone)\n[ 21.233] JS.Supervisor : Service api-bridge : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Standalone)\n[ 21.244] JS.Configure-connection : INFO No network detected\n[ 21.248] JS.Configure-connection : Refreshing features state from network server.\n[ 21.291] JS.Supervisor : INFO Launched all services in step 2 with success\n[ 21.292] JS.Supervisor : Service configure-process : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Networked)\n[ 21.299] JS.Supervisor : INFO Launched all services in step 3 with success\n[ 21.300] JS.Supervisor : Service bacon-runner : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Standalone)\n[ 21.308] JS.Supervisor : Service token-services : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Networked)\n[ 21.342] JS.token services : INFO Registry already contains a valid access token, no need to exchange refresh token\n[ 21.349] JS.system runner : INFO Stopping httpd\n[ 21.371] JS.Configure-connection : INFO Check endpoints from server at https://certs.bsn.cloud/features/api/v1/features\n[ 21.423] JS.Configure-connection : INFO Check endpoints from server at https://certs.bsn.cloud/features/api/v1/features\n[ 21.497] SignalDispatcher received signal 17\n[ 21.499] JS.system runner : INFO Starting http with start-local\n[ 21.578] SignalDispatcher received signal 17\n[ 21.579] JS.Supervisor : INFO Launched all services in step 4 with success\n[ 21.581] JS.Supervisor : Service remote-storage : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Networked)\n[ 21.582] JS.Supervisor : Service channel-autorun : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Standalone)\n[ 21.596] JS.Supervisor : Service DWS : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Networked)\n[ 21.602] JS.Supervisor : INFO Logging is now unmuted for messages with the prefix 'JS.REST API :'\n[ 21.603] JS.Supervisor : Service channel-bsn : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Networked)\n[ 21.604] JS.Supervisor : INFO Logging is now unmuted for messages with the prefix 'JS.websocket-player :'\n[ 21.606] JS.Supervisor : Service supervisor-upgrader : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Networked)\n[ 21.610] JS.AutoUpgrade : INFO Getting up-to-date list of available firmware from server.\n[ 21.621] JS.Supervisor : Service remote-view : Loading version {\"major\":0,\"minor\":0,\"patch\":0} (Networked)\n[ 21.664] JS.REST API : INFO Local DWS UI flag set to : false\n[ 21.697] JS.Channel-AUTORUN: INFO Autorun messaging socket now being created\n[ 21.710] JS.Channel-AUTORUN: INFO Autorun messaging applicationport now being created\n[ 21.722] JS.REST API : INFO DWS UI is secured by DIGEST authentication.\n[ 21.723] JS.REST API : INFO Local html_path set to : /opt/roku/sys/supervisors/2023-08-16T15-40-45.909Z/DWS_html\n[ 21.872] JS.Channel-BSN: INFO Features payload has not been retrieved\n[ 21.872] JS.Channel-BSN: INFO BSN.cloud is enabled; New Local DWS is disabled, Remote DWS is enabled\n[ 21.964] JS.REST API : INFO http server now running on port 80\n[ 21.965] JS.Supervisor : INFO Launched all services in step 5 with success\n[ 21.966] JS.Supervisor : Service player-register : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Networked)\n[ 21.968] JS.player-register : INFO Websocket has not open yet. Do not trigger registration request\n[ 21.968] JS.Supervisor : Service player-status : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Networked)\n[ 21.969] JS.Supervisor : Service player-settings : Loading version {\"major\":1,\"minor\":2,\"patch\":0} (Networked)\n[ 21.972] JS.Supervisor : Service autorun-invoker : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Standalone)\n[ 21.975] JS.Supervisor : Service fail-safe : Loading version {\"major\":0,\"minor\":0,\"patch\":0} (Networked)\n[ 21.976] JS.FailSafe : INFO Preparing timeout to check failsafe in 69 minutes\n[ 21.977] JS.Supervisor : Service rollback : Loading version {\"major\":1,\"minor\":0,\"patch\":0} (Standalone)\n[ 21.985] Autorun.payload-cellular : INFO Did not find any active supported modems\n[ 22.034] JS.system rollback : INFO Retrieving rollback state\n[ 22.043] JS.Bootstrap : INFO Supervisor is now invoking autorun.\n[ 22.088] JS.Supervisor : INFO Launched all services in step 6 with success\n[ 22.089] JS.Bootstrap : INFO Supervisor, /opt/roku/sys/supervisors/2023-08-16T15-40-45.909Z/2023-08-16T15-40-45.909Z.js (v 2.1.10) : is HAPPY\n[ 22.090] JS.Bootstrap : INFO Writing last tried entry of \n[ 22.104] JS.Configure-connection : INFO No payload processing required\n[ 22.181] JS.Channel-BSN: INFO Received message: sys.network.boot.connected\n[ 22.182] JS.Channel-BSN: INFO Received sys.network.boot.connected\n[ 22.184] JS.player-register : INFO Received a network connection, try registration\n[ 22.184] JS.player-register : INFO Websocket has not open yet. Do not trigger registration request\n[ 22.184] JS.player-status : INFO Received sys.network.boot.connected\n[ 22.188] JS.Channel-BSN: ERROR checkWebSocketStability has failed. Attempting to restart websockets.\n[ 22.194] JS.Channel-BSN: INFO BSN.cloud is enabled; New Local DWS is disabled, Remote DWS is enabled\n[ 22.199] JS.websocket-player : INFO Creating WS listener\n[ 22.700] Checking for network recovery override.\n[ 22.701] Looking for recovery script at 'https://handlers.bsn.cloud//recovery/recovery.ashx'\n[ 23.176] JS.websocket-player : INFO { 2024-01-30T18:57:42.095Z} WS connection open\n[ 23.177] JS.player-register : INFO Received a websocket connection, try registration\n[ 23.186] JS.player-register : INFO checkForRegistration: Device is already registered\n[ 23.303] Recovery server response code: 204\n[ 23.327] Server provided empty recovery response\n[ 23.348] JS.AutoUpgrade : ERROR No auto-upgrades available : {\"size\":0,\"timeout\":0}\n[ 23.368] Loading 'SD:/autorun.brs' (739ff2e102438ccea53877e7889a7efbf77dabe8)\n[ 23.619] JS.Channel-AUTORUN: INFO Message from application: ' \"{}\"'\n[ 23.667] JS.Supervisor : INFO API GET request \"/v1/system\"\n[ 23.809] JS.Supervisor : INFO API response to \"/v1/system\" => {\"nodejs\":{\"version\":{\"major\":\"14\",\"minor\":\"17\",\"patch\":\"6\"}},\"firmware\":{\"version\":{\"major\":\"9\",\"minor\":\"0\",\"patch\":\"97\",\"description\":\"9.0.97\"}},\"bootstrap\":{\"version\":{\"major\":1,\"minor\":0,\"patch\":1},\"autorun_drive\":\"/storage/sd/\",\"supervisors_available\"... [truncated]\n[ 23.862] JS.Supervisor : INFO API GET request \"/v1/system/supervisor/registration\"\n[ 23.877] JS.Supervisor : INFO API response to \"/v1/system/supervisor/registration\" => {\"token\":\"\",\"isRegistered\":true,\"setupSupport\":{\"network\":true}}\n[ 23.923] JS.Channel-AUTORUN: INFO Message from application: ' \"{\\\"payload\\\":{\\\"body\\\":{\\\"script\\\":{\\\"type\\\":\\\"Autorun\\\",\\\"version\\\":\\\"10.0.98\\\"}},\\\"route\\\":\\\"/v1/script-status\\\"}}\"'\n[ 23.924] JS.player-status : INFO Received sync.status.update\n[ 23.925] Autorun.status : INFO Update status payload from autorun message.\n[ 23.935] Autorun.status : INFO Sending status request.\n[ 24.002] JS.Supervisor : INFO API GET request \"/v1/system/supervisor/autorun-config\"\n[ 24.055] JS.Supervisor : INFO API response to \"/v1/system/supervisor/autorun-config\" => {\"status\":200,\"settings\":{\"meta\":{\"client\":{\"lastModifiedAutorunSettingsAt\":\"2024-01-09T18:03:50.000Z\",\"contentDownloadsRestricted\":false,\"deviceScreenShotsEnabled\":false,\"deviceScreenShotsInterval\":60,\"deviceScreenShotsCountLimit\":1,\"deviceScreenShotsQual... [truncated]\n[ 24.134] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 24.142] JS.Supervisor : INFO API GET request \"/v1/system/supervisor/autorun-config\"\n[ 24.200] JS.Supervisor : INFO API response to \"/v1/system/supervisor/autorun-config\" => {\"status\":200,\"settings\":{\"meta\":{\"client\":{\"lastModifiedAutorunSettingsAt\":\"2024-01-09T18:03:50.000Z\",\"contentDownloadsRestricted\":false,\"deviceScreenShotsEnabled\":false,\"deviceScreenShotsInterval\":60,\"deviceScreenShotsCountLimit\":1,\"deviceScreenShotsQual... [truncated]\n[ 24.252] BrightScript creation of roControlPort failed:\n[ 24.252] GPIO port 'LightController-0-CONTROL' not found\n[ 24.252] BrightScript creation of roControlPort failed:\n[ 24.252] GPIO port 'LightController-1-CONTROL' not found\n[ 24.253] BrightScript creation of roControlPort failed:\n[ 24.253] GPIO port 'LightController-2-CONTROL' not found\n[ 24.253] BrightScript creation of roControlPort failed:\n[ 24.253] GPIO port 'LightController-0-DIAGNOSTICS' not found\n[ 24.253] BrightScript creation of roControlPort failed:\n[ 24.253] GPIO port 'LightController-1-DIAGNOSTICS' not found\n[ 24.253] BrightScript creation of roControlPort failed:\n[ 24.253] GPIO port 'LightController-2-DIAGNOSTICS' not found\n[ 24.253] BrightScript creation of roControlPort failed:\n[ 24.253] GPIO port 'TouchBoard-0-GPIO' not found\n[ 24.254] BrightScript creation of roControlPort failed:\n[ 24.254] GPIO port 'TouchBoard-1-GPIO' not found\n[ 24.254] BrightScript creation of roControlPort failed:\n[ 24.254] GPIO port 'TouchBoard-2-GPIO' not found\n[ 24.254] BrightScript creation of roControlPort failed:\n[ 24.254] GPIO port 'TouchBoard-3-GPIO' not found\n[ 24.309] JS.websocket-player : INFO { 2024-01-30T18:57:43.228Z} sync.status.response message received from : BSN with id r7iXidpsp \n[ 24.310] + 2024/01/30 10:57:43.230\n[ 24.311] + ### Current active sync list suggests next URL of https://handlers.bsn.cloud//bs/CheckForContent.ashx\n[ 24.311] + ### Time between net connects = 21600\n[ 24.311] + ### Content downloads are unrestricted\n[ 24.311] + SetInboundShaperRate to -1\n[ 24.351] net-configure: eth0 reconfigure\n[ 24.367] dhcpcd[2714]: sending signal TERM to pid 2163\n[ 24.367] dhcpcd[2714]: waiting for pid 2163 to exit\n[ 24.370] IP:eth0 STOP6 unexpected\n[ 24.459] IP:eth0 STOP down\n[ 24.460] JS.Configure-connection : The network interface eth0 has been detached via hotplug.\n[ 24.461] JS.Channel-BSN: INFO Received message: sys.network.hotplug\n[ 24.461] JS.Channel-BSN: INFO Received SYS_NETWORK_HOTPLUG; sending a WSS ping\n[ 24.464] JS.Configure-connection : Refreshing features state from network server.\n[ 24.472] IP:eth0 STOPPED unexpected\n[ 24.478] JS.Configure-connection : INFO Check endpoints from server at https://certs.bsn.cloud/features/api/v1/features\n[ 24.588] Removing bandwidth shaper (if present) for eth0\n[ 24.618] Error: Cannot find specified qdisc on specified device\n[ 24.618] .\n[ 24.618] \n[ 24.642] dhcpcd[2751]: dhcpcd-9.4.1 starting\n[ 24.644] dhcpcd[2754]: DUID 00:02:04:33:69:4d:34:45:33:33:44:30:30:36:38:32:34\n[ 24.650] forked to background, child pid 2754\n[ 24.677] No inbound bandwidth shaping on eth0\n[ 24.680] SignalDispatcher received signal 17\n[ 24.681] + NetworkScheduler: entry signal\n[ 24.681] + RetrievingSyncList: entry signal\n[ 24.681] + 2024/01/30 10:57:43.601\n[ 24.681] + ### start_sync download\n[ 24.683] + ### xfer created - identity = 18 ###\n[ 24.683] + ### Looking for new sync list from https://handlers.bsn.cloud//bs/CheckForContent.ashx\n[ 24.687] + 2024/01/30 10:57:43.607\n[ 24.687] + GetBindingByPriority entry:\n[ 24.687] + dataType: contentDownloadEnabled\n[ 24.687] + priorityIndex: 0\n[ 24.687] + Selected network_interface: 0\n[ 24.687] + roNetworkConfiguration succeeded for selected network_interface\n[ 24.703] + GetCurrentConfig succeeded for selected network_interface\n[ 24.703] + Return network_interface: 0\n[ 24.703] + ### Binding for StartSync is 0\n[ 24.714] + Set idle screen color: red = 112, green = 40, blue = 150\n[ 24.764] JS.Supervisor : INFO API POST request \"/v1/system/supervisor/capabilities\"\n[ 24.766] JS.player-status : INFO Received sync.status.update\n[ 24.766] Autorun.status : INFO Update status payload from autorun message.\n[ 24.768] JS.Settings : INFO Settings Handler enabled by /capabilities or UDP/IPC.\n[ 24.774] JS.Supervisor : INFO API response to \"/v1/system/supervisor/capabilities\" => {\"success\":true}\n[ 24.789] JS.Settings : INFO Requesting a settings update from BSN with msgId py4YmCr7M\n[ 24.790] JS.Channel-BSN: INFO Received message: ws.registration.request.send\n[ 24.798] JS.websocket-player : INFO sendWsRequest (sync.device.settings.retrieval.request)\n[ 24.805] JS.Supervisor : INFO API POST request \"/v1/system/supervisor/capabilities\"\n[ 24.806] JS.player-status : INFO Received sync.status.update\n[ 24.806] Autorun.status : INFO Update status payload from autorun message.\n[ 24.807] JS.Settings : INFO Settings Handler enabled by /capabilities or UDP/IPC.\n[ 24.810] JS.Supervisor : INFO API response to \"/v1/system/supervisor/capabilities\" => {\"success\":true}\n[ 24.866] + Creating roDatagramSender for notifications\n[ 24.866] + UDP notification sent: startPlayback\n[ 24.866] BrightScript creation of roStorageInfo failed:\n[ 24.866] Failed to map filename\n[ 24.867] BrightScript creation of roStorageInfo failed:\n[ 24.867] Failed to map filename\n[ 24.867] BrightScript creation of roStorageInfo failed:\n[ 24.867] Failed to map filename\n[ 24.867] BrightScript creation of roStorageInfo failed:\n[ 24.867] Failed to map filename\n[ 24.867] BrightScript creation of roStorageInfo failed:\n[ 24.867] Failed to map filename\n[ 24.867] BrightScript creation of roStorageInfo failed:\n[ 24.867] Failed to map filename\n[ 24.867] BrightScript creation of roStorageInfo failed:\n[ 24.867] Failed to map filename\n[ 24.867] BrightScript creation of roStorageInfo failed:\n[ 24.867] Failed to map filename\n[ 24.867] BrightScript creation of roStorageInfo failed:\n[ 24.867] Failed to map filename\n[ 24.867] + Player: entry signal\n[ 24.868] + Waiting: entry signal\n[ 24.868] + 2024/01/30 10:57:43.788\n[ 24.868] + msg received - type=roNetworkDetached\n[ 24.868] + 2024/01/30 10:57:43.788\n[ 24.868] + msg received - type=roUrlEvent\n[ 24.868] + STRetrievingSyncListEventHandler: roUrlEvent\n[ 24.868] + ### reset_download_timer_to_do_retry - wait 60 seconds.\n[ 24.868] + ### Failed to download sync list: Could not resolve host: handlers.bsn.cloud\n[ 24.868] + ### UploadDeviceError\n[ 24.871] + 2024/01/30 10:57:43.791\n[ 24.871] + GetBindingByPriority entry:\n[ 24.871] + dataType: contentDownloadEnabled\n[ 24.871] + priorityIndex: 0\n[ 24.871] + Selected network_interface: 0\n[ 24.871] + roNetworkConfiguration succeeded for selected network_interface\n[ 24.883] + GetCurrentConfig succeeded for selected network_interface\n[ 24.883] + Return network_interface: 0\n[ 24.884] + ### Binding for UploadDeviceError is 0\n[ 24.884] + RetrievingSyncList: exit signal\n[ 24.884] + WaitForTimeout: entry signal\n[ 24.884] + 2024/01/30 10:57:43.804\n[ 24.884] + msg received - type=roStorageAttached\n[ 24.885] + 2024/01/30 10:57:43.805\n[ 24.885] + msg received - type=roAssociativeArray\n[ 24.886] + 2024/01/30 10:57:43.806\n[ 24.886] + msg received - type=roUrlEvent\n[ 24.886] + ### UploadDeviceError\n[ 28.648] IP:eth0 BOUND6 ip=2600:1700:dac0:2060::23 dns=\n[ 31.334] + 2024/01/30 10:57:50.254\n[ 31.334] + msg received - type=roNetworkAttached\n[ 31.336] JS.Configure-connection : The network interface eth0 has been attached via hotplug.\n[ 31.338] IP:eth0 BOUND ip=192.168.1.174 nm=255.255.255.0 gw=192.168.1.254 domain=attlocal.net dns=192.168.1.254\n[ 31.352] + WaitForTimeout: exit signal\n[ 31.352] + RetrievingSyncList: entry signal\n[ 31.352] + 2024/01/30 10:57:50.272\n[ 31.352] + ### start_sync download\n[ 31.355] + ### xfer created - identity = 24 ###\n[ 31.355] + ### Looking for new sync list from https://handlers.bsn.cloud//bs/CheckForContent.ashx\n[ 31.359] + 2024/01/30 10:57:50.279\n[ 31.359] + GetBindingByPriority entry:\n[ 31.359] + dataType: contentDownloadEnabled\n[ 31.359] + priorityIndex: 0\n[ 31.359] + Selected network_interface: 0\n[ 31.359] + roNetworkConfiguration succeeded for selected network_interface\n[ 31.374] + GetCurrentConfig succeeded for selected network_interface\n[ 31.374] + Return network_interface: 0\n[ 31.374] + ### Binding for StartSync is 0\n[ 31.375] + 2024/01/30 10:57:50.295\n[ 31.375] + msg received - type=roAssociativeArray\n[ 31.378] JS.Configure-connection : INFO Check endpoints from server at https://certs.bsn.cloud/features/api/v1/features\n[ 31.944] + 2024/01/30 10:57:50.863\n[ 31.944] + msg received - type=roUrlEvent\n[ 31.944] + STRetrievingSyncListEventHandler: roUrlEvent\n[ 31.944] + ### Spec received from server\n[ 31.946] + GetSyncSpecChangeType ### Server has given us a spec that matches current-sync. Nothing more to do.\n[ 31.946] + ### UploadDeviceDownload\n[ 31.948] + ### UploadDeviceDownload - proceed with post\n[ 31.948] + 2024/01/30 10:57:50.868\n[ 31.948] + GetBindingByPriority entry:\n[ 31.948] + dataType: contentDownloadEnabled\n[ 31.948] + priorityIndex: 0\n[ 31.948] + Selected network_interface: 0\n[ 31.948] + roNetworkConfiguration succeeded for selected network_interface\n[ 31.961] + GetCurrentConfig succeeded for selected network_interface\n[ 31.961] + Return network_interface: 0\n[ 31.961] + ### Binding for UploadDeviceDownload is 0\n[ 31.988] + ### UploadDeviceDownloadProgressFileList\n[ 31.991] + ### UploadDeviceDownloadProgressItems\n[ 31.991] + ### UploadDeviceDownloadProgressItems - proceed with post\n[ 31.993] + 2024/01/30 10:57:50.913\n[ 31.994] + GetBindingByPriority entry:\n[ 31.994] + dataType: contentDownloadEnabled\n[ 31.994] + priorityIndex: 0\n[ 31.994] + Selected network_interface: 0\n[ 31.994] + roNetworkConfiguration succeeded for selected network_interface\n[ 32.010] + GetCurrentConfig succeeded for selected network_interface\n[ 32.010] + Return network_interface: 0\n[ 32.010] + ### Binding for UploadDeviceDownloadProgressItems is 0\n[ 32.011] + RetrievingSyncList: exit signal\n[ 32.011] + WaitForTimeout: entry signal\n[ 32.031] JS.Configure-connection : Refreshing features state from network server.\n[ 32.047] JS.Configure-connection : INFO Check endpoints from server at https://certs.bsn.cloud/features/api/v1/features\n[ 32.154] + 2024/01/30 10:57:51.074\n[ 32.154] + msg received - type=roUrlEvent\n[ 32.155] + ### UploadDeviceDownload\n[ 32.496] + 2024/01/30 10:57:51.416\n[ 32.496] + msg received - type=roUrlEvent\n[ 32.497] + ### UploadDeviceDownloadProgressItems\n[ 32.700] JS.Configure-connection : INFO No payload processing required\n[ 32.748] JS.Configure-connection : Network hotplug: Found connection, notifying services\n[ 32.754] JS.Channel-BSN: INFO Received message: sys.network.hotplug\n[ 32.754] JS.Channel-BSN: INFO Received SYS_NETWORK_HOTPLUG; sending a WSS ping\n[ 32.756] JS.player-register : INFO Received a network hotplug, checking for registration\n[ 32.757] JS.player-status : INFO Received sys.network.hotplug\n[ 32.764] JS.token services : INFO Registry already contains a valid access token, no need to exchange refresh token\n[ 32.766] JS.player-register : INFO checkForRegistration: Device is already registered\n[ 33.082] JS.websocket-player : INFO { 2024-01-30T18:57:52.002Z} sync.device.settings.retrieval.response message received from : bsn.cloud-py4YmCr7M with id py4YmCr7M for /2022/06/REST/Devices/RE433D006644/Settings/\n[ 33.083] JS.websocket-player : INFO sync.device.settings.retrieval.response : {\"source\":{\"type\":\"app\",\"name\":\"bsn.cloud-py4YmCr7M\"},\"destination\":{\"type\":\"player\",\"name\":\"RE433D006644\"},\"type\":\"sync.device.settings.retrieval.response\",\"payload\":{\"route\":\"/2022/06/REST/Devices/RE433D006644/Settings/\",\"headers\":{\"Content-Type\":\"application/vnd.bsn.device.settings+json\",\"Last-Modified\":\"Tue, 09 Jan 2024 18:03:50 GMT\"},\"data\":{\"statusCode\":200,\"result\":{\"name\":\"XD5\",\"description\":\"Trying again\",\"concatNameAndSerial\":true,\"setupType\":\"BSN\",\"lastModifiedDate\":\"2024-01-09T18:03:50Z\",\"group\":{\"id\":30914,\"name\":\"Default\",\"link\":null},\"brightWall\":null,\"timezone\":\"PST\",\"screen\":{\"idleColor\":\"FF702896\",\"splashUrl\":null},\"synchronization\":{\"status\":{\"period\":\"00:05:00\"},\"settings\":{\"period\":\"06:00:00\"},\"schedule\":{\"period\":\"06:00:00\"},\"content\":{\"start\":null,\"end\":null}},\"network\":{\"hostname\":null,\"proxyServer\":null,\"proxyBypass\":[],\"timeServers\":[\"http://time.bsn.cloud\"],\"interf<...>\n[ 33.083] [{\"enabled\":true,\"proto\":\"DHCP\",\"ip\":null,\"gateway\":null,\"dns\":null,\"rateLimitDuringInitialDownloads\":0,\"rateLimitInsideContentDownloadWindow\":0,\"rateLimitOutsideContentDownloadWindow\":null,\"contentDownloadEnabled\":true,\"textFeedsDownloadEnabled\":true,\"mediaFeedsDownloadEnabled\":true,\"healthReportingEnabled\":true,\"logsUploadEnabled\":true,\"name\":\"eth0\",\"type\":\"Ethernet\"}]},\"beacons\":null,\"location\":{\"gpsLatitude\":37.4152,\"gpsLongitude\":-122.1224,\"placeId\":null,\"country\":\"US\",\"countryLongName\":\"United States\",\"adminAreaLevel1\":\"CA\",\"adminAreaLevel1LongName\":\"California\",\"adminAreaLevel2\":\"Santa Clara County\",\"adminAreaLevel2LongName\":\"Santa Clara County\",\"locality\":\"Palo Alto\",\"localityLongName\":\"Palo Alto\",\"path\":\"/US/CA/Santa Clara County/Palo Alto/\",\"pathLongName\":\"/United States/California/Santa Clara County/Palo Alto/\"},\"screenshots\":null,\"logging\":{\"enableDiagnosticLog\":false,\"enableEventLog\":false,\"enablePlaybackLog\":false,\"enableStateLog\":false,\"enableVariableLog\":<...>\n[ 33.083] \"uploadAtBoot\":false,\"uploadTime\":null},\"lws\":{\"enableUpdateNotifications\":true,\"username\":\"\",\"password\":\"\"},\"ldws\":null},\"error\":null}},\"token\":\"gdUKFoegOu4tAUArHECsiU1tKpmHMhRLHco2R8QXDSU4JH3UUBgCEyRSv4AvRdC3CBnpeQKMR18yHG50r7QMrhBeWRtGSFezxV8QtemTh9lcPwjCKPl0rRcK253tShfs\",\"msgId\":\"py4YmCr7M\",\"version\":null}\n[ 33.084] JS.Settings : INFO Response from BSN, regarding the latest settings retrieval, has been received\n[ 33.085] JS.Channel-BSN: INFO Received message: ws.registration.response.send\n[ 33.092] JS.Settings : INFO Send settings GET response received.\n[ 33.101] JS.websocket-player : INFO { 2024-01-30T18:57:52.021Z} sync.device.settings.retrieval.response sending response to bsn.cloud-py4YmCr7M with id py4YmCr7M \n[ 33.121] JS.Settings : INFO The Last-Modified header value has not changed; supervisor will not apply settings from GET.\n[ 33.218] JS.websocket-player : INFO { 2024-01-30T18:57:52.138Z} sync.device.settings.retrieval.response message received from : BSN with id py4YmCr7M \n[ 33.219] JS.websocket-player : INFO sync.device.settings.retrieval.response : {\"source\":{\"type\":\"app\",\"name\":\"BSN\"},\"destination\":{\"type\":\"player\",\"name\":\"RE433D006644\"},\"type\":\"sync.device.settings.retrieval.response\",\"payload\":{\"data\":{\"statusCode\":202,\"result\":{\"message\":\"Accepted\"}}},\"token\":\"TDZwzMzZeSrKJpTEmkmEhcgi3EzShVvcPR124GQZDTca65m7quYaWM4wyaU2LdQ5nvQiT38umo4dy32vYCHA1GztjKFmsXYAKk33zwMxKfEMXBDDXVDSO9vtQdmPUkyw\",\"msgId\":\"py4YmCr7M\"}\n[ 33.219] JS.Settings : INFO Response from BSN, regarding the latest settings retrieval, has been received\n[ 33.220] JS.Channel-BSN: INFO Received message: ws.registration.response.send\n[ 33.232] JS.websocket-player : INFO { 2024-01-30T18:57:52.151Z} sync.device.settings.retrieval.response sending response to BSN with id py4YmCr7M \n[ 34.031] JS.Configure-connection : INFO No payload processing required\n[ 82.170] + 2024/01/30 10:58:41.090\n[ 82.171] + msg received - type=roControlCloudMessageEvent\n[ 82.171] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 82.171] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 142.170] + 2024/01/30 10:59:41.090\n[ 142.170] + msg received - type=roControlCloudMessageEvent\n[ 142.170] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 142.171] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 202.170] + 2024/01/30 11:00:41.090\n[ 202.171] + msg received - type=roControlCloudMessageEvent\n[ 202.171] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 202.171] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 262.171] + 2024/01/30 11:01:41.091\n[ 262.171] + msg received - type=roControlCloudMessageEvent\n[ 262.171] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 262.172] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 322.172] + 2024/01/30 11:02:41.092\n[ 322.172] + msg received - type=roControlCloudMessageEvent\n[ 322.172] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 322.173] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 324.134] Autorun.status : INFO Sending status request.\n[ 324.226] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 324.411] JS.websocket-player : INFO { 2024-01-30T19:02:43.331Z} sync.status.response message received from : BSN with id UrI9sFx6h \n[ 382.172] + 2024/01/30 11:03:41.092\n[ 382.172] + msg received - type=roControlCloudMessageEvent\n[ 382.172] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 382.172] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 442.172] + 2024/01/30 11:04:41.092\n[ 442.172] + msg received - type=roControlCloudMessageEvent\n[ 442.173] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 442.173] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 502.173] + 2024/01/30 11:05:41.093\n[ 502.173] + msg received - type=roControlCloudMessageEvent\n[ 502.173] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 502.174] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 562.173] + 2024/01/30 11:06:41.093\n[ 562.173] + msg received - type=roControlCloudMessageEvent\n[ 562.173] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 562.173] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 622.176] + 2024/01/30 11:07:41.096\n[ 622.176] + msg received - type=roControlCloudMessageEvent\n[ 622.176] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 622.177] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 624.135] Autorun.status : INFO Sending status request.\n[ 624.216] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 624.388] JS.websocket-player : INFO { 2024-01-30T19:07:43.307Z} sync.status.response message received from : BSN with id rMAgtKZ0Y \n[ 682.177] + 2024/01/30 11:08:41.097\n[ 682.177] + msg received - type=roControlCloudMessageEvent\n[ 682.177] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 682.177] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 742.177] + 2024/01/30 11:09:41.097\n[ 742.177] + msg received - type=roControlCloudMessageEvent\n[ 742.177] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 742.178] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 802.178] + 2024/01/30 11:10:41.098\n[ 802.178] + msg received - type=roControlCloudMessageEvent\n[ 802.179] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 802.179] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 862.178] + 2024/01/30 11:11:41.098\n[ 862.178] + msg received - type=roControlCloudMessageEvent\n[ 862.179] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 862.179] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 922.179] + 2024/01/30 11:12:41.099\n[ 922.179] + msg received - type=roControlCloudMessageEvent\n[ 922.180] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 922.180] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 924.136] Autorun.status : INFO Sending status request.\n[ 924.222] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 924.383] JS.websocket-player : INFO { 2024-01-30T19:12:43.303Z} sync.status.response message received from : BSN with id -Ix9gW61s \n[ 982.180] + 2024/01/30 11:13:41.100\n[ 982.180] + msg received - type=roControlCloudMessageEvent\n[ 982.180] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 982.180] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1042.180] + 2024/01/30 11:14:41.100\n[ 1042.180] + msg received - type=roControlCloudMessageEvent\n[ 1042.180] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1042.181] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1102.181] + 2024/01/30 11:15:41.101\n[ 1102.181] + msg received - type=roControlCloudMessageEvent\n[ 1102.181] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1102.181] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1162.181] + 2024/01/30 11:16:41.101\n[ 1162.181] + msg received - type=roControlCloudMessageEvent\n[ 1162.182] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1162.182] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1222.181] + 2024/01/30 11:17:41.101\n[ 1222.181] + msg received - type=roControlCloudMessageEvent\n[ 1222.181] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1222.182] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1224.137] Autorun.status : INFO Sending status request.\n[ 1224.221] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 1224.385] JS.websocket-player : INFO { 2024-01-30T19:17:43.304Z} sync.status.response message received from : BSN with id xg1HvYoAc \n[ 1282.182] + 2024/01/30 11:18:41.102\n[ 1282.183] + msg received - type=roControlCloudMessageEvent\n[ 1282.183] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1282.183] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1342.182] + 2024/01/30 11:19:41.102\n[ 1342.182] + msg received - type=roControlCloudMessageEvent\n[ 1342.183] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1342.183] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1402.183] + 2024/01/30 11:20:41.103\n[ 1402.183] + msg received - type=roControlCloudMessageEvent\n[ 1402.183] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1402.184] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1462.184] + 2024/01/30 11:21:41.104\n[ 1462.184] + msg received - type=roControlCloudMessageEvent\n[ 1462.184] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1462.185] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1522.185] + 2024/01/30 11:22:41.105\n[ 1522.185] + msg received - type=roControlCloudMessageEvent\n[ 1522.185] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1522.186] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1524.137] Autorun.status : INFO Sending status request.\n[ 1524.218] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 1524.411] JS.websocket-player : INFO { 2024-01-30T19:22:43.331Z} sync.status.response message received from : BSN with id W4XXOQQof \n[ 1582.185] + 2024/01/30 11:23:41.105\n[ 1582.185] + msg received - type=roControlCloudMessageEvent\n[ 1582.186] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1582.186] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1642.186] + 2024/01/30 11:24:41.106\n[ 1642.186] + msg received - type=roControlCloudMessageEvent\n[ 1642.187] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1642.187] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1702.187] + 2024/01/30 11:25:41.107\n[ 1702.187] + msg received - type=roControlCloudMessageEvent\n[ 1702.187] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1702.187] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1762.186] + 2024/01/30 11:26:41.106\n[ 1762.186] + msg received - type=roControlCloudMessageEvent\n[ 1762.187] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1762.187] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1822.186] + 2024/01/30 11:27:41.106\n[ 1822.187] + msg received - type=roControlCloudMessageEvent\n[ 1822.187] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1822.187] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1824.139] Autorun.status : INFO Sending status request.\n[ 1824.224] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 1824.389] JS.websocket-player : INFO { 2024-01-30T19:27:43.308Z} sync.status.response message received from : BSN with id HzQREFwFp \n[ 1826.783] IP:eth0 RENEW6 ip=2600:1700:dac0:2060::23 dns=\n[ 1832.819] JS.websocket-player : INFO { 2024-01-30T19:27:51.739Z} RestRequest message received from : ws-rest-server-b80f6345-5b81-47b1-8268-c140a8b8f5a0 with id b80f6345-5b81-47b1-8268-c140a8b8f5a0 for /v1/info\n[ 1832.838] JS.Supervisor : INFO API GET request \"/v1/info\"\n[ 1832.914] Failed to find volume: filesystem error: directory iterator cannot open directory: No such file or directory [/sys/class/ubi/ubi0/]\n[ 1832.933] JS.Supervisor : INFO API response to \"/v1/info\" => {\"serial\":\"RE433D006644\",\"upTime\":\"30 minutes\",\"upTimeSeconds\":1832,\"model\":\"XD1035\",\"FWVersion\":\"9.0.97\",\"bootVersion\":\"9.0.85\",\"family\":\"cobra\",\"isPlayer\":true,\"power\":{\"result\":{\"battery\":\"absent\",\"source\":\"AC\",\"switch_mode\":\"hard\"}},\"poe\":{\"result\":{\"s... [truncated]\n[ 1832.947] JS.websocket-player : INFO received rest response : 200\n[ 1832.961] JS.websocket-player : INFO { 2024-01-30T19:27:51.881Z} RestResponse sending response to ws-rest-server-b80f6345-5b81-47b1-8268-c140a8b8f5a0 with id b80f6345-5b81-47b1-8268-c140a8b8f5a0 for /v1/info\n[ 1882.187] + 2024/01/30 11:28:41.107\n[ 1882.187] + msg received - type=roControlCloudMessageEvent\n[ 1882.187] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1882.187] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1927.384] JS.websocket-player : INFO { 2024-01-30T19:29:26.304Z} RestRequest message received from : ws-rest-server-18392ce1-9381-46e8-afc5-f10911b7d242 with id 18392ce1-9381-46e8-afc5-f10911b7d242 for /v1/video-mode\n[ 1927.395] JS.Supervisor : INFO API GET request \"/v1/video-mode\"\n[ 1927.414] JS.Supervisor : INFO API response to \"/v1/video-mode\" => {\"isAutoMode\":false,\"name\":\"1920x1080x60p\",\"width\":\"1920\",\"height\":\"1080\",\"frames\":\"60\",\"scan\":\"p\",\"mode\":{\"colorDepth\":\"8bit\",\"colorSpace\":\"rgb\",\"dropFrame\":false,\"frequency\":60,\"graphicsPlaneHeight\":1080,\"graphicsPlaneWidth\":1920,\"height\":1080,\"interlace... [truncated]\n[ 1927.421] JS.websocket-player : INFO received rest response : 200\n[ 1927.430] JS.websocket-player : INFO { 2024-01-30T19:29:26.350Z} RestResponse sending response to ws-rest-server-18392ce1-9381-46e8-afc5-f10911b7d242 with id 18392ce1-9381-46e8-afc5-f10911b7d242 for /v1/video-mode\n[ 1942.188] + 2024/01/30 11:29:41.108\n[ 1942.188] + msg received - type=roControlCloudMessageEvent\n[ 1942.188] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 1942.188] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2002.188] + 2024/01/30 11:30:41.108\n[ 2002.188] + msg received - type=roControlCloudMessageEvent\n[ 2002.188] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2002.188] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2062.188] + 2024/01/30 11:31:41.108\n[ 2062.188] + msg received - type=roControlCloudMessageEvent\n[ 2062.188] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2062.189] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2122.189] + 2024/01/30 11:32:41.109\n[ 2122.189] + msg received - type=roControlCloudMessageEvent\n[ 2122.189] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2122.189] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2124.140] Autorun.status : INFO Sending status request.\n[ 2124.217] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 2124.390] JS.websocket-player : INFO { 2024-01-30T19:32:43.310Z} sync.status.response message received from : BSN with id S6n0c13Z6 \n[ 2182.188] + 2024/01/30 11:33:41.108\n[ 2182.188] + msg received - type=roControlCloudMessageEvent\n[ 2182.188] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2182.189] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2242.189] + 2024/01/30 11:34:41.109\n[ 2242.189] + msg received - type=roControlCloudMessageEvent\n[ 2242.189] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2242.189] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2302.189] + 2024/01/30 11:35:41.109\n[ 2302.189] + msg received - type=roControlCloudMessageEvent\n[ 2302.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2302.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2362.190] + 2024/01/30 11:36:41.110\n[ 2362.190] + msg received - type=roControlCloudMessageEvent\n[ 2362.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2362.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2422.190] + 2024/01/30 11:37:41.110\n[ 2422.190] + msg received - type=roControlCloudMessageEvent\n[ 2422.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2422.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2424.140] Autorun.status : INFO Sending status request.\n[ 2424.214] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 2424.475] JS.websocket-player : INFO { 2024-01-30T19:37:43.395Z} sync.status.response message received from : BSN with id IWiOCSenD \n[ 2482.190] + 2024/01/30 11:38:41.110\n[ 2482.190] + msg received - type=roControlCloudMessageEvent\n[ 2482.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2482.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2542.189] + 2024/01/30 11:39:41.110\n[ 2542.190] + msg received - type=roControlCloudMessageEvent\n[ 2542.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2542.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2602.189] + 2024/01/30 11:40:41.110\n[ 2602.189] + msg received - type=roControlCloudMessageEvent\n[ 2602.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2602.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2662.190] + 2024/01/30 11:41:41.110\n[ 2662.190] + msg received - type=roControlCloudMessageEvent\n[ 2662.190] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2662.191] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2722.191] + 2024/01/30 11:42:41.111\n[ 2722.191] + msg received - type=roControlCloudMessageEvent\n[ 2722.191] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2722.192] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2724.141] Autorun.status : INFO Sending status request.\n[ 2724.223] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 2724.422] JS.websocket-player : INFO { 2024-01-30T19:42:43.342Z} sync.status.response message received from : BSN with id 0Tf-kpexl \n[ 2782.192] + 2024/01/30 11:43:41.112\n[ 2782.192] + msg received - type=roControlCloudMessageEvent\n[ 2782.192] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2782.193] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2842.192] + 2024/01/30 11:44:41.113\n[ 2842.193] + msg received - type=roControlCloudMessageEvent\n[ 2842.193] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2842.193] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2902.192] + 2024/01/30 11:45:41.113\n[ 2902.193] + msg received - type=roControlCloudMessageEvent\n[ 2902.193] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2902.193] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2962.192] + 2024/01/30 11:46:41.112\n[ 2962.192] + msg received - type=roControlCloudMessageEvent\n[ 2962.192] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 2962.193] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3022.193] + 2024/01/30 11:47:41.113\n[ 3022.193] + msg received - type=roControlCloudMessageEvent\n[ 3022.193] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3022.193] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3024.141] Autorun.status : INFO Sending status request.\n[ 3024.223] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 3024.402] JS.websocket-player : INFO { 2024-01-30T19:47:43.322Z} sync.status.response message received from : BSN with id hxndYuC9z \n[ 3082.194] + 2024/01/30 11:48:41.114\n[ 3082.194] + msg received - type=roControlCloudMessageEvent\n[ 3082.194] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3082.195] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3142.194] + 2024/01/30 11:49:41.114\n[ 3142.194] + msg received - type=roControlCloudMessageEvent\n[ 3142.194] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3142.195] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3202.195] + 2024/01/30 11:50:41.115\n[ 3202.195] + msg received - type=roControlCloudMessageEvent\n[ 3202.195] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3202.196] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3262.196] + 2024/01/30 11:51:41.116\n[ 3262.196] + msg received - type=roControlCloudMessageEvent\n[ 3262.196] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3262.197] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3322.197] + 2024/01/30 11:52:41.117\n[ 3322.197] + msg received - type=roControlCloudMessageEvent\n[ 3322.197] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3322.198] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3324.142] Autorun.status : INFO Sending status request.\n[ 3324.216] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 3324.505] JS.websocket-player : INFO { 2024-01-30T19:52:43.425Z} sync.status.response message received from : BSN with id wyhDiXtuW \n[ 3382.198] + 2024/01/30 11:53:41.118\n[ 3382.198] + msg received - type=roControlCloudMessageEvent\n[ 3382.198] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3382.198] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3442.197] + 2024/01/30 11:54:41.117\n[ 3442.197] + msg received - type=roControlCloudMessageEvent\n[ 3442.198] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3442.198] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3502.197] + 2024/01/30 11:55:41.117\n[ 3502.197] + msg received - type=roControlCloudMessageEvent\n[ 3502.198] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3502.198] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3562.198] + 2024/01/30 11:56:41.118\n[ 3562.198] + msg received - type=roControlCloudMessageEvent\n[ 3562.198] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3562.198] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3622.198] + 2024/01/30 11:57:41.118\n[ 3622.198] + msg received - type=roControlCloudMessageEvent\n[ 3622.198] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3622.199] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3624.144] Autorun.status : INFO Sending status request.\n[ 3624.228] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 3624.405] JS.websocket-player : INFO { 2024-01-30T19:57:43.325Z} sync.status.response message received from : BSN with id bvx1CZgZs \n[ 3626.808] IP:eth0 RENEW6 ip=2600:1700:dac0:2060::23 dns=\n[ 3682.199] + 2024/01/30 11:58:41.119\n[ 3682.199] + msg received - type=roControlCloudMessageEvent\n[ 3682.199] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3682.199] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3742.199] + 2024/01/30 11:59:41.119\n[ 3742.199] + msg received - type=roControlCloudMessageEvent\n[ 3742.199] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3742.199] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3802.199] + 2024/01/30 12:00:41.120\n[ 3802.199] + msg received - type=roControlCloudMessageEvent\n[ 3802.200] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3802.200] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3862.200] + 2024/01/30 12:01:41.120\n[ 3862.200] + msg received - type=roControlCloudMessageEvent\n[ 3862.200] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3862.200] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3922.200] + 2024/01/30 12:02:41.120\n[ 3922.200] + msg received - type=roControlCloudMessageEvent\n[ 3922.201] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3922.201] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3924.144] Autorun.status : INFO Sending status request.\n[ 3924.221] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 3924.396] JS.websocket-player : INFO { 2024-01-30T20:02:43.316Z} sync.status.response message received from : BSN with id DyR2szE_x \n[ 3982.200] + 2024/01/30 12:03:41.120\n[ 3982.200] + msg received - type=roControlCloudMessageEvent\n[ 3982.200] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 3982.201] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4042.201] + 2024/01/30 12:04:41.121\n[ 4042.201] + msg received - type=roControlCloudMessageEvent\n[ 4042.201] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4042.202] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4102.202] + 2024/01/30 12:05:41.122\n[ 4102.202] + msg received - type=roControlCloudMessageEvent\n[ 4102.202] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4102.202] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4162.203] + 2024/01/30 12:06:41.123\n[ 4162.203] + msg received - type=roControlCloudMessageEvent\n[ 4162.203] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4162.203] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4222.203] + 2024/01/30 12:07:41.124\n[ 4222.204] + msg received - type=roControlCloudMessageEvent\n[ 4222.204] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4222.204] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4224.145] Autorun.status : INFO Sending status request.\n[ 4224.221] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 4224.409] JS.websocket-player : INFO { 2024-01-30T20:07:43.329Z} sync.status.response message received from : BSN with id t6EH5eEYa \n[ 4282.204] + 2024/01/30 12:08:41.124\n[ 4282.204] + msg received - type=roControlCloudMessageEvent\n[ 4282.204] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4282.204] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4342.204] + 2024/01/30 12:09:41.125\n[ 4342.204] + msg received - type=roControlCloudMessageEvent\n[ 4342.205] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4342.205] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4402.205] + 2024/01/30 12:10:41.125\n[ 4402.205] + msg received - type=roControlCloudMessageEvent\n[ 4402.205] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4402.206] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4462.206] + 2024/01/30 12:11:41.126\n[ 4462.206] + msg received - type=roControlCloudMessageEvent\n[ 4462.206] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4462.206] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4522.206] + 2024/01/30 12:12:41.126\n[ 4522.206] + msg received - type=roControlCloudMessageEvent\n[ 4522.206] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4522.206] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4524.147] Autorun.status : INFO Sending status request.\n[ 4524.235] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 4524.411] JS.websocket-player : INFO { 2024-01-30T20:12:43.332Z} sync.status.response message received from : BSN with id qnQKAJMph \n[ 4582.206] + 2024/01/30 12:13:41.126\n[ 4582.206] + msg received - type=roControlCloudMessageEvent\n[ 4582.206] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4582.207] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4642.206] + 2024/01/30 12:14:41.126\n[ 4642.206] + msg received - type=roControlCloudMessageEvent\n[ 4642.206] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4642.207] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4702.207] + 2024/01/30 12:15:41.127\n[ 4702.207] + msg received - type=roControlCloudMessageEvent\n[ 4702.207] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4702.208] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4762.208] + 2024/01/30 12:16:41.128\n[ 4762.208] + msg received - type=roControlCloudMessageEvent\n[ 4762.208] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4762.208] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4822.209] + 2024/01/30 12:17:41.129\n[ 4822.209] + msg received - type=roControlCloudMessageEvent\n[ 4822.209] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4822.209] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4824.147] Autorun.status : INFO Sending status request.\n[ 4824.228] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 4824.411] JS.websocket-player : INFO { 2024-01-30T20:17:43.331Z} sync.status.response message received from : BSN with id JqX7bWMq_ \n[ 4882.210] + 2024/01/30 12:18:41.130\n[ 4882.210] + msg received - type=roControlCloudMessageEvent\n[ 4882.210] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4882.210] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4942.211] + 2024/01/30 12:19:41.131\n[ 4942.211] + msg received - type=roControlCloudMessageEvent\n[ 4942.211] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 4942.211] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5002.212] + 2024/01/30 12:20:41.132\n[ 5002.212] + msg received - type=roControlCloudMessageEvent\n[ 5002.212] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5002.212] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5062.213] + 2024/01/30 12:21:41.133\n[ 5062.213] + msg received - type=roControlCloudMessageEvent\n[ 5062.213] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5062.213] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5122.213] + 2024/01/30 12:22:41.134\n[ 5122.213] + msg received - type=roControlCloudMessageEvent\n[ 5122.213] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5122.214] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5124.149] Autorun.status : INFO Sending status request.\n[ 5124.222] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 5124.480] JS.websocket-player : INFO { 2024-01-30T20:22:43.400Z} sync.status.response message received from : BSN with id JV5LuEB1W \n[ 5182.213] + 2024/01/30 12:23:41.134\n[ 5182.213] + msg received - type=roControlCloudMessageEvent\n[ 5182.214] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5182.214] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5242.213] + 2024/01/30 12:24:41.134\n[ 5242.213] + msg received - type=roControlCloudMessageEvent\n[ 5242.214] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5242.214] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5302.213] + 2024/01/30 12:25:41.134\n[ 5302.213] + msg received - type=roControlCloudMessageEvent\n[ 5302.214] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5302.214] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5362.213] + 2024/01/30 12:26:41.134\n[ 5362.213] + msg received - type=roControlCloudMessageEvent\n[ 5362.213] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5362.214] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5422.214] + 2024/01/30 12:27:41.134\n[ 5422.214] + msg received - type=roControlCloudMessageEvent\n[ 5422.214] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5422.214] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5424.150] Autorun.status : INFO Sending status request.\n[ 5424.232] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 5424.390] JS.websocket-player : INFO { 2024-01-30T20:27:43.310Z} sync.status.response message received from : BSN with id 3wquNZz3F \n[ 5426.828] IP:eth0 RENEW6 ip=2600:1700:dac0:2060::23 dns=\n[ 5482.215] + 2024/01/30 12:28:41.135\n[ 5482.215] + msg received - type=roControlCloudMessageEvent\n[ 5482.215] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5482.215] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5542.215] + 2024/01/30 12:29:41.136\n[ 5542.215] + msg received - type=roControlCloudMessageEvent\n[ 5542.216] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5542.216] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5602.216] + 2024/01/30 12:30:41.136\n[ 5602.216] + msg received - type=roControlCloudMessageEvent\n[ 5602.216] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5602.216] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5662.216] + 2024/01/30 12:31:41.137\n[ 5662.216] + msg received - type=roControlCloudMessageEvent\n[ 5662.216] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5662.217] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5722.216] + 2024/01/30 12:32:41.136\n[ 5722.216] + msg received - type=roControlCloudMessageEvent\n[ 5722.216] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5722.217] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5724.149] Autorun.status : INFO Sending status request.\n[ 5724.223] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 5724.376] JS.websocket-player : INFO { 2024-01-30T20:32:43.296Z} sync.status.response message received from : BSN with id IlkmBD5w7 \n[ 5782.216] + 2024/01/30 12:33:41.137\n[ 5782.216] + msg received - type=roControlCloudMessageEvent\n[ 5782.217] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5782.217] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5842.217] + 2024/01/30 12:34:41.137\n[ 5842.217] + msg received - type=roControlCloudMessageEvent\n[ 5842.217] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5842.217] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5902.217] + 2024/01/30 12:35:41.137\n[ 5902.217] + msg received - type=roControlCloudMessageEvent\n[ 5902.217] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5902.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5962.217] + 2024/01/30 12:36:41.138\n[ 5962.218] + msg received - type=roControlCloudMessageEvent\n[ 5962.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 5962.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6022.218] + 2024/01/30 12:37:41.138\n[ 6022.218] + msg received - type=roControlCloudMessageEvent\n[ 6022.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6022.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6024.151] Autorun.status : INFO Sending status request.\n[ 6024.222] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 6024.381] JS.websocket-player : INFO { 2024-01-30T20:37:43.302Z} sync.status.response message received from : BSN with id ItLZRehlv \n[ 6082.218] + 2024/01/30 12:38:41.139\n[ 6082.218] + msg received - type=roControlCloudMessageEvent\n[ 6082.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6082.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6142.218] + 2024/01/30 12:39:41.138\n[ 6142.218] + msg received - type=roControlCloudMessageEvent\n[ 6142.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6142.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6202.218] + 2024/01/30 12:40:41.139\n[ 6202.218] + msg received - type=roControlCloudMessageEvent\n[ 6202.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6202.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6262.218] + 2024/01/30 12:41:41.138\n[ 6262.218] + msg received - type=roControlCloudMessageEvent\n[ 6262.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6262.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6322.218] + 2024/01/30 12:42:41.139\n[ 6322.218] + msg received - type=roControlCloudMessageEvent\n[ 6322.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6322.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6324.152] Autorun.status : INFO Sending status request.\n[ 6324.234] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 6324.460] JS.websocket-player : INFO { 2024-01-30T20:42:43.380Z} sync.status.response message received from : BSN with id L-yzvZBZL \n[ 6382.218] + 2024/01/30 12:43:41.138\n[ 6382.218] + msg received - type=roControlCloudMessageEvent\n[ 6382.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6382.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6442.218] + 2024/01/30 12:44:41.138\n[ 6442.218] + msg received - type=roControlCloudMessageEvent\n[ 6442.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6442.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6502.218] + 2024/01/30 12:45:41.139\n[ 6502.218] + msg received - type=roControlCloudMessageEvent\n[ 6502.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6502.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6562.218] + 2024/01/30 12:46:41.139\n[ 6562.218] + msg received - type=roControlCloudMessageEvent\n[ 6562.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6562.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6622.218] + 2024/01/30 12:47:41.139\n[ 6622.218] + msg received - type=roControlCloudMessageEvent\n[ 6622.218] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6622.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6624.153] Autorun.status : INFO Sending status request.\n[ 6624.225] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 6624.388] JS.websocket-player : INFO { 2024-01-30T20:47:43.309Z} sync.status.response message received from : BSN with id ooDgOUxu0 \n[ 6682.219] + 2024/01/30 12:48:41.139\n[ 6682.219] + msg received - type=roControlCloudMessageEvent\n[ 6682.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6682.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6742.219] + 2024/01/30 12:49:41.139\n[ 6742.219] + msg received - type=roControlCloudMessageEvent\n[ 6742.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6742.219] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6802.220] + 2024/01/30 12:50:41.140\n[ 6802.220] + msg received - type=roControlCloudMessageEvent\n[ 6802.220] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6802.220] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6862.220] + 2024/01/30 12:51:41.141\n[ 6862.220] + msg received - type=roControlCloudMessageEvent\n[ 6862.220] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6862.221] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6922.220] + 2024/01/30 12:52:41.141\n[ 6922.220] + msg received - type=roControlCloudMessageEvent\n[ 6922.220] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6922.221] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6924.155] Autorun.status : INFO Sending status request.\n[ 6924.234] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 6924.413] JS.websocket-player : INFO { 2024-01-30T20:52:43.334Z} sync.status.response message received from : BSN with id mz4Z0TYJX \n[ 6982.220] + 2024/01/30 12:53:41.141\n[ 6982.220] + msg received - type=roControlCloudMessageEvent\n[ 6982.220] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 6982.221] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7042.221] + 2024/01/30 12:54:41.141\n[ 7042.221] + msg received - type=roControlCloudMessageEvent\n[ 7042.221] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7042.221] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7102.222] + 2024/01/30 12:55:41.142\n[ 7102.222] + msg received - type=roControlCloudMessageEvent\n[ 7102.222] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7102.222] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7162.222] + 2024/01/30 12:56:41.143\n[ 7162.222] + msg received - type=roControlCloudMessageEvent\n[ 7162.223] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7162.223] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7222.222] + 2024/01/30 12:57:41.142\n[ 7222.222] + msg received - type=roControlCloudMessageEvent\n[ 7222.222] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7222.222] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7222.701] Looking for recovery script at 'https://handlers.bsn.cloud//recovery/recovery.ashx'\n[ 7223.257] Recovery server response code: 204\n[ 7224.155] Autorun.status : INFO Sending status request.\n[ 7224.236] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 7224.530] JS.websocket-player : INFO { 2024-01-30T20:57:43.450Z} sync.status.response message received from : BSN with id l_tS57W_9 \n[ 7226.840] IP:eth0 RENEW6 ip=2600:1700:dac0:2060::23 dns=\n[ 7282.223] + 2024/01/30 12:58:41.143\n[ 7282.223] + msg received - type=roControlCloudMessageEvent\n[ 7282.223] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7282.223] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7342.223] + 2024/01/30 12:59:41.144\n[ 7342.224] + msg received - type=roControlCloudMessageEvent\n[ 7342.224] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7342.224] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7402.224] + 2024/01/30 13:00:41.145\n[ 7402.225] + msg received - type=roControlCloudMessageEvent\n[ 7402.225] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7402.225] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7462.225] + 2024/01/30 13:01:41.146\n[ 7462.225] + msg received - type=roControlCloudMessageEvent\n[ 7462.226] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7462.226] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7522.226] + 2024/01/30 13:02:41.147\n[ 7522.226] + msg received - type=roControlCloudMessageEvent\n[ 7522.226] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7522.227] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7524.155] Autorun.status : INFO Sending status request.\n[ 7524.228] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 7524.394] JS.websocket-player : INFO { 2024-01-30T21:02:43.315Z} sync.status.response message received from : BSN with id 9ED8KuHc8 \n[ 7582.226] + 2024/01/30 13:03:41.147\n[ 7582.226] + msg received - type=roControlCloudMessageEvent\n[ 7582.226] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7582.227] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7642.226] + 2024/01/30 13:04:41.147\n[ 7642.226] + msg received - type=roControlCloudMessageEvent\n[ 7642.226] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7642.227] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7702.226] + 2024/01/30 13:05:41.146\n[ 7702.226] + msg received - type=roControlCloudMessageEvent\n[ 7702.226] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7702.226] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7762.226] + 2024/01/30 13:06:41.147\n[ 7762.226] + msg received - type=roControlCloudMessageEvent\n[ 7762.226] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7762.227] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7822.226] + 2024/01/30 13:07:41.146\n[ 7822.226] + msg received - type=roControlCloudMessageEvent\n[ 7822.226] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7822.226] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7824.156] Autorun.status : INFO Sending status request.\n[ 7824.228] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 7824.403] JS.websocket-player : INFO { 2024-01-30T21:07:43.324Z} sync.status.response message received from : BSN with id n0c2crjUe \n[ 7882.226] + 2024/01/30 13:08:41.147\n[ 7882.226] + msg received - type=roControlCloudMessageEvent\n[ 7882.226] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7882.227] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7942.226] + 2024/01/30 13:09:41.147\n[ 7942.226] + msg received - type=roControlCloudMessageEvent\n[ 7942.227] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 7942.227] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8002.227] + 2024/01/30 13:10:41.148\n[ 8002.227] + msg received - type=roControlCloudMessageEvent\n[ 8002.227] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8002.227] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8062.227] + 2024/01/30 13:11:41.148\n[ 8062.227] + msg received - type=roControlCloudMessageEvent\n[ 8062.227] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8062.228] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8122.228] + 2024/01/30 13:12:41.148\n[ 8122.228] + msg received - type=roControlCloudMessageEvent\n[ 8122.228] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8122.228] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8124.156] Autorun.status : INFO Sending status request.\n[ 8124.242] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 8124.403] JS.websocket-player : INFO { 2024-01-30T21:12:43.323Z} sync.status.response message received from : BSN with id -ug-wSq34 \n[ 8182.228] + 2024/01/30 13:13:41.148\n[ 8182.228] + msg received - type=roControlCloudMessageEvent\n[ 8182.228] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8182.228] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8242.228] + 2024/01/30 13:14:41.149\n[ 8242.228] + msg received - type=roControlCloudMessageEvent\n[ 8242.229] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8242.229] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8302.228] + 2024/01/30 13:15:41.149\n[ 8302.228] + msg received - type=roControlCloudMessageEvent\n[ 8302.229] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8302.229] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8362.229] + 2024/01/30 13:16:41.150\n[ 8362.230] + msg received - type=roControlCloudMessageEvent\n[ 8362.230] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8362.230] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8422.230] + 2024/01/30 13:17:41.151\n[ 8422.231] + msg received - type=roControlCloudMessageEvent\n[ 8422.231] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8422.231] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8424.157] Autorun.status : INFO Sending status request.\n[ 8424.232] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 8424.382] JS.websocket-player : INFO { 2024-01-30T21:17:43.302Z} sync.status.response message received from : BSN with id D6O8fa1kH \n[ 8482.231] + 2024/01/30 13:18:41.151\n[ 8482.231] + msg received - type=roControlCloudMessageEvent\n[ 8482.231] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8482.231] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8542.231] + 2024/01/30 13:19:41.151\n[ 8542.231] + msg received - type=roControlCloudMessageEvent\n[ 8542.231] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8542.231] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8548.004] JS.websocket-player : INFO { 2024-01-30T21:19:46.924Z} RestRequest message received from : ws-rest-server-4403a96c-2fb4-4a4c-bf1e-e56a88b853b5 with id 4403a96c-2fb4-4a4c-bf1e-e56a88b853b5 for /v1/video/hdmi/output/0/edid\n[ 8548.021] JS.Supervisor : INFO API GET request \"/v1/video/hdmi/output/0/edid\"\n[ 8548.043] JS.Supervisor : INFO API response to \"/v1/video/hdmi/output/0/edid\" => \"00ffffffffffff004c2d0d050100000030120103801009780aee91a3544c99260f5054bdef80714f8100814081809500950fb3000101023a801871382d40582c4500a05a0000001e662150b051001b3040703600a05a0000001e000000fd00184b1a5117000a202020202020000000fc0053414d53554e470a2020202020016... [truncated]\n[ 8548.055] JS.websocket-player : INFO received rest response : 200\n[ 8548.069] JS.websocket-player : INFO { 2024-01-30T21:19:46.990Z} RestResponse sending response to ws-rest-server-4403a96c-2fb4-4a4c-bf1e-e56a88b853b5 with id 4403a96c-2fb4-4a4c-bf1e-e56a88b853b5 for /v1/video/hdmi/output/0/edid\n[ 8602.231] + 2024/01/30 13:20:41.152\n[ 8602.231] + msg received - type=roControlCloudMessageEvent\n[ 8602.231] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8602.231] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8662.231] + 2024/01/30 13:21:41.152\n[ 8662.231] + msg received - type=roControlCloudMessageEvent\n[ 8662.231] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8662.231] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8722.231] + 2024/01/30 13:22:41.152\n[ 8722.231] + msg received - type=roControlCloudMessageEvent\n[ 8722.231] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8722.232] + supervisor / bootstrap roControlCloudMessageEvent received\n[ 8724.158] Autorun.status : INFO Sending status request.\n[ 8724.230] JS.websocket-player : INFO sendWsRequest (sync.status.request)\n[ 8724.422] JS.websocket-player : INFO { 2024-01-30T21:22:43.342Z} sync.status.response message received from : BSN with id CK7se1dIO \n[ 8741.382] JS.websocket-player : INFO { 2024-01-30T21:23:00.303Z} RestRequest message received from : ws-rest-server-fff9eb81-7bb3-40e8-b575-73e50d5ad751 with id fff9eb81-7bb3-40e8-b575-73e50d5ad751 for /v1/logs\n[ 8741.392] JS.Supervisor : INFO API GET request \"/v1/logs\"\n" } } ``` ## GET /crash-dump/ Retrieves the crash dump from the player **Request Example** ```text GET /rest/v1/crash-dump/?destinationType=player&destinationName={{deviceSerial}} HTTP/1.1 Host: ws.bsn.cloud Authorization: Bearer {{UserAccessToken}} Accept: application/json, application/vnd.bsn.error+json ``` **Response Body** - `result` Result: A Result object containing crash-dump files: - `isRecent` bool: A flag indicating if this is the most recent set of crash-dump files - `crashDumpFiles` CrashDumpFiles[ ]: An array of CrashDumpFiles instances that contain the following entries: - `fileName` string: The name of the file. You can use this field to download the file later using `GET /v1/files/sd/{{filename}}?contents`. - `mimeType` string: The MIME type of the crash-dump file - `fileContents` string: The crash-dump file contents **Response Example** ```text { "route": "/v1/crash-dump/", "method": "GET", "data": { "result": { "isRecent": false, "crashDumpFiles": [], "crashDump": { "fileName": "BrightSign-RE433D006644.zip", "fileContents": "UEsFBgAAAAAAAAAAAAAAAAAAAAAAAA==", "mimeType": "application/zip" } } } } ``` [title] Local DWS APIs [path] Diagnostic Web Server APIs/ :::hint{type="warning"} Local access (i.e., access over the local network) of the Diagnostic Web Server (DWS) is *disabled* by default as of BrightSignOS 9.0.218 (on the 9.0 branch) and BrightSignOS 9.1.75 (on the 9.1 branch). In BrightSignOS versions prior to these, local access to the DWS was enabled by default. To enable local access to the DWS, see [DWS: Local Access](docId\:IAFCHERlJfjDJTWTtKpk5). Note that some specially configured players have the external microSD card port and USB storage disabled at the factory (SKU: SVC-internal-storage-only). For these players, local access to the DWS remains enabled by default. Remote access (i.e., access over the internet) of the DWS remains available for all internet-connected players registered with BrightSign Cloud. ::: There are two ways to access these APIs: 1. You can choose to use **digest authentication**. Digest authentication uses a username and a password. The username is always “admin”. The password can be set in three ways: - Use the default, which is the player serial number - Set it through the setup package - Set it using a custom script 2. You can choose to use **no authentication**. However, this is not recommended. Once the password is set, you need to authenticate to access the Local DWS APIs. To do this: - You should be using BrightSignOS 8.4.6 or newer. - Call the desired API using digest authentication with the Local DWS username and password. Note that digest authentication is fairly insecure when used over an insecure transport (HTTP). The URL prefix is always **https\://player\_ip/api** # API Definitions The listed APIs are prefixed with the version /v1. We can not guarantee that these documents will be current in every case. - [LDWS Advanced Endpoints](docId\:RRbb0Z9dcT8MTxS9jQfo8) - [LDWS Control Endpoints](docId\:YLXb9c8Us70n09hoOkdp_) - [LDWS Diagnostics Endpoints](docId\:SAYOK1v5MYNJRFjDyJO5K) - [LDWS Display Control Endpoints](docId\:EeuFgOaVJljvCcGpGDXdn) - [LDWS General Endpoints](docId:7xFfmAhpax15y5oeYva1z) - [LDWS Info Endpoints](docId\:LRnVVAaa2rBz3-22KpTNu) - [LDWS Logs Endpoints](docId\:GVrlTps3CLNqwBF6nMEpM) - [LDWS Registry Endpoints](docId\:vGoS8rY1L2GRoThAU1OGK) - [LDWS Remote Snapshot Endpoint](docId:5clrLJAf12o4XJrg6TTdB) - [LDWS sendCecX Endpoint](docId\:V-ECyNuTwH-8p7ExQP06R) - [LDWS Storage Endpoints](docId:-NxNHjKhZyIJmLYmZrifA) - [LDWS Video Endpoints](docId\:ySqOggYSBTPMi8d_TyWz9) # Using HTTPS with the Local DWS In BOS releases after BOS 8.2.35.4, users had the option use either a trusted certificate or a self-signed certificate to access HTTPS over the DWS. As of BOS 9.0.218 and 9.1.52, the Local DWS uses HTTPS by default with a self-signed certificate. Previously (in BOS 8.2.35.4 and newer) HTTPS was optional, but a self-signed certificate had to be provided. See [Add Digital Certificates](docId\:j17PU2fWzG7niK1NIYT-Y) for information about how to apply a certificate to a player. If your existing scripts use **HTTP** to access LDWS, you should update them to use **HTTPS**. If updating the scripts is not immediately possible, you may temporarily set the enable\_http\_redirect registry key in the networking section to false (link to the registry doc). This disables HTTP redirection, allowing your current scripts to continue functioning. Please note that **HTTPS is enforced regardless of the registry key setting**. The registry key only controls HTTP redirection behavior and does not disable HTTPS enforcement. ## Generating a Self-Signed Certificate and Key To do this, choose one of the following two methods: 1. Run this code: :::CodeblockTabs{indent="2"} ```text openssl req -nodes -new -x509 -keyout dws.key -out dws.crt ``` ::: 2. OR run the following code and use the 'dws.key' and 'dws.crt' files. The other files can be deleted later. ```text openssl req -newkey rsa:4096 -keyform PEM -keyout ca.key -x509 -days 3650 -outform PEM -out ca.cer openssl genrsa -out dws.key 4096 openssl req -new -key dws.key -out client.req openssl x509 -req -in client.req -CA ca.cer -CAkey ca.key -set_serial 101 -extensions client -days 365 -outform PEM -out dws.crt ``` ## Making the Certificate and Key Files Accessible The operating system will look for files with known names at the root of the default storage. To make the certificate and key files you generated findable, either: 1. Name the files **dws.crt** and **dws.key**, as in the examples. 2. Put the names of the files in the networking registry using the keys **ldws_cert_file_name**, **ldws_key_file_name**. See [BrightSign Registry Keys](docId:8LUJ1vpF-ftLCBISBqBvZ) for more information. :::hint{type="info"} If you want to supply the CA certificate, you can use the default name **dws.ca** or if you want to use another name use the registry key **ldws_ca_file_name** to specify the filename. ::: Then put the files at the root of the default storage. If you have defined the **ldws_certs_path** registry key, this will be the certs location (rather than the default storage). [title] App URL/CMS URL [path] BrightSign Partner Packet/Integrating with BrightSign/ In the hands-on example, a player was manually provisioned by physically copying a Player App to the player’s storage device. Since the Default Setup File was acceptable, provisioning of the player did not require a new Setup File to be explicitly applied. While manual provisioning is a very straightforward process, it poses challenges when multiple players are involved, players are in remote or hard-to-access locations, and/or the content needs to be updated frequently. Remote provisioning can therefore be highly beneficial in many scenarios. The recommended method for partner provisioning of players, either manually or remotely, is through the use of Setup Files which can be created via BrightSign Control or Author. # CMS URL/App URL The [Publishing Mode](docId\:rEScIigY-dJRPuZgwaA4e) is one of the important settings included in a Setup File, and the CMS URL (also known as App URL) Publishing Mode is an effective way to remotely get content onto players. More details of this Setup can be found [here](docId\:rEScIigY-dJRPuZgwaA4e), but a summary is as follows: 1. The desired *autorun.brs* or *autorun.zip* file is uploaded to a player-accessible URL. The *autorun.zip* file includes the essentials (*autozip.brs* and *autorun.brs*) and, if desired, the presentation file and associated content files. The URL path to the *autorun.brs* or *autorun.zip* file is designated as the CMS URL/App URL (an example is available at [https://www.brightsign.biz/examples/autorun.zip](https://www.brightsign.biz/examples/autorun.zip) which you may use). 2. The player is configured with the CMS URL/App URL. There are several ways to do this: - A CMS URL/App URL can be applied directly to a player or group of players in BrightSign Author (in the Provision screen) or BrightSign Control. You will be shown one way to do this in the next section. - Create a CMS URL/App URL Setup using BrightSign Author or Control (see [App URL Setup](docId\:xtwqFLwCI3MHbkoDM7eWm)). - The Setup File contains info about the CMS URL/App URL. - The Setup File can be remotely applied to a player or group of internet-connected players. - Players download the *autorun.brs* or *autorun.zip* file from the CMS URL/App URL specified in the Setup File. 3. Player(s) configured for a CMS URL/App URL will, upon booting, download the *autorun.br*s or *autorun.zip* file from the specified CMS URL/App URL. If the file is an *autorun.zip* file containing an *autozip.brs* file, the player will unzip that file. The player will then reboot, and then run the *autorun.brs* file. ![](https://archbee-image-uploads.s3.amazonaws.com/0prk6SO2dy9LdU77jB8D1/zxa9vjVMCwwGgk8JWUhub_screenshot-2026-08-06-at-22430-pm.png) Next, we will walk through another hands-on example in which we provision a player directly to use an CMS URL/App URL. [Next - Example (App URL) >](docId\:giRa9PDvYpKDwJDYbDHr9) [title] IGMP Behavior [path] Untitled/ In OS version 8.0.84, players accept a `force_igmp_version` registry entry in the networking section. This entry allows for customization of the player response to the IGMP network environment. It can have the following values: - 0: The default behavior. The player will use IGMPv3 unless a querier with an older version is present, in which case the player will fall back to v2 or v1. - 1: The player will always use IGMPv1. - 2 : The player will use IGMPv2 if possible, but will fall back to v1 if an older querier is present. - 3 : The player will only use IGMPv3 and will not fall back to v1 or v2. ### Example This is a simple example which sets the value to 1. You will have to reboot the player to see registry changes. See BrightScript [roRegistry](docId\:YTpSfntswYFMXx8PCqJLf) or JavaScript [registry](docId\:tXWoOMbD2-u12dfegX7gA) for more details. ```javascript var registryClass = require("@brightsign/registry"); var registry = new registryClass(); //Writes to the registry, forcing the player to always use IGMPv1 registry.write({networking:{force_igmp_version:"1"}}).then( function(){console.log("Write Successful");}); ``` [title] HTML Authoring Resources [path] HTML Development/ There are a large number of online resources—including tutorials, samples, templates, and widgets—available to help you get started creating content with HTML5. The HTML5 standard offers huge advantages to web developers, including digital signage authors. The following websites are great places to learn how to create pages using HTML5: - [http://www.html5report.com](http://www.html5report.com) - [http://www.w3schools.com](http://www.w3schools.com) ## WordPress WordPress is an excellent HTML5 resource that provides an intuitive approach to creating digital signage. Here are some of the benefits of using the WordPress architecture: - WordPress offers advanced HTML5 support, with premade widgets ranging from weather to e-commerce. The system also supports advanced HTML5 options using CSS3 features. The [http://www.jqwidgets.com](http://www.jqwidgets.com) site also provides HTML5 widgets. - You can either run WordPress from [the website](http://wordpress.org/) or install a WordPress instance on your own servers. - WordPress has an ecosystem of template creators that offer sophisticated templates for a wide range of industries: Template creators include the following: - [http://www.rockettheme.com/wordpress](http://www.rockettheme.com/wordpress) - [http://www.templatemonster.com](http://www.templatemonster.com) - [http://graphpaperpress.com](http://graphpaperpress.com) ## HTML5 Authoring These are some of the common HTML5 authoring applications: - Adobe CS Tools: Dreamweaver, Illustrator, InDesign, Photoshop - Aptana Studio - CoffeeCup Software [title] Using HTML Websites that Require Logins [path] HTML Development/HTML Best Practices/ If you want to use websites that require credentials: 1. Some URLs allow you to add the login information inline with the URL. For example: *http\://login\:password\@myserver.com*. 2. Some URLs require that the username and password be added to the end of the URL. For example: *http\://www\.mywebsite.com?username=test\&password=test* 3. You can whitelist the player IP so that a login is not required for the website. 4. You can use locally installed cert files that can be applied to a player using a plugin for authentication. 5. You can use a HTML page to log into another page by modifying the first page to match the form needed by the website. Usually, this means that you will need to get the name of the login form as well as the IDs used for the login name field and the password field. Note that: - Some pages can be logged into just using an iframe. - Some require using JavaScript injection. - Some pages are complex with multiple dialogs and timeouts. ### Example To implement automatic login for web pages in a presentation using HTML and JavaScript, download this example: ::File{src="https://archbee-doc-uploads.s3.amazonaws.com/0prk6SO2dy9LdU77jB8D1/GZ9OG9u42sGOEv_nm99Tm_pageloginexample.zip" label="PageLoginExample.zip" isUploading="false"} To use the example: 1. Add the HTML page to your BrightSign Author or CMS presentation. 2. Configure the login details in the CONFIG section of the JavaScript: :::CodeblockTabs{indent="2"} ```text const CONFIG = { targetUrl: 'YOUR_TARGET_URL', credentials: { username: 'YOUR_USERNAME', password: 'YOUR_PASSWORD' } }; ``` ::: 3. Update the form action URL to match your login endpoint: ```text

``` The script will automatically: - Fill in the credentials when the page loads - Submit the login form - Redirect to your target URL after successful login :::hint{type="info"} This example assumes a basic form-based authentication. You may need to modify the JavaScript to match your specific login requirements. ::: **Security** **Consideration**: Storing credentials in the HTML/JavaScript files means they could be accessed if someone has physical access to the player with JavaScript console enabled. For most internal network deployments, this presents an acceptable level of risk. [title] Technical Best Practices [path] BrightSign Partner Packet/ To assist partners in getting up and running as efficiently as possible, we’ve compiled a list of technical best practices to maximize your chances of success. # brightsign-dumps Folder When developing your own autoruns, do not forget to include instructions for the autorun to create a *brightsign-dumps* folder on the player. The *brightsign-dumps* folder is used to store crash information and is very useful to BrightSign support when troubleshooting. # Storage Paths All partner applications make use of storage device paths, either to indicate where files will be downloaded to, or where to locate certain files present on the storage device. The BrightSign OS supports multiple storage devices and following is the priority order in which they are mounted: | **Storage Device (in priority order)** | **BrightScript path** | **JavaScript path** | **Description** | | -------------------------------------- | --------------------- | ------------------- | ------------------------------------------------------------------------------------------------------------------------------ | | USB1 | USB1:/ | /storage/usb1 | The drive for USB storage devices connected to the player | | SD | SD:/ | /storage/sd | The primary SD or microSD drive on the player | | SD2 | SD2:/ | /storage/sd2 | The internal microSD drive on players that support this (see [Storage Devices by Player Model](docId\:mGdEFc6YvkIbeiUxH9J1O)) | | SSD | SSD:/ | /storage/ssd | The internal SSD on the player (XT and XD models only) | | Flash | Flash:/ | /storage/flash | The internal flash storage on the player | :::hint{type="danger"} Note that the LGUV5N model only features Flash or USB storage (no SD), and will fall back to the Flash if no other storage is found. Due to popular demand, the FLASH: storage on LG is renamed SD: and references to FLASH: will no longer work as of the BOS 9.1.96 Beta release. ::: Below are some of the recommended practices when using storage device paths: 1. Derive the default mounted storage device path in your application. See the examples for BrightScript and JavaScript below. 2. Validate the derived storage device as needed. See the `DriveIsMounted()` function in the BrightScript example below. 3. If your app uses relative file paths, BrightScript will assume that the file paths are relative to the default storage device. 4. If your app uses different storage for autorun and media, then it should specify a path (as per list above) and validate that the path exists. ### Code Examples The following examples provide an approach to find the highest priority storage device that is mounted on the player. **BrightScript** ```none Function GetMountedDrive() As String ''''''''''''''''''''''''''''''''''''' drives = ["USB1:/","SD:/","SD2:/","SSD:/","FLASH:/"] for each drive in drives If DriveIsMounted(drive) Then return drive End If next return "" End Function Function DriveIsMounted(driveName$ As String) As Boolean ''''''''''''''''''''''''''''''''''''''''''''''''''''''''' du = CreateObject("roStorageInfo", driveName$) If type(du) = "roStorageInfo" Then return true End If return false End Function ``` **JavaScript** ```javascript const fs = require('fs'); const path = require('path'); function getDefaultStorageDevice() { const rootPrefix = '/storage'; const storage_list = [ 'usb1', 'sd', 'sd2', 'ssd', 'flash' ]; for(const storage of storage_list) { try { fs.realpathSync(path.join(rootPrefix, storage)); return storage; } catch(ex) { // nop - the dir doesn't exist on this system } } return undefined; } ``` # Free Tools BrightSign offers a plethora of free tools and services that greatly ease provisioning and diagnostics. These include the powerful tools available via BSN.Cloud for player provisioning as well as the many tools described in the [Developer Tools](docId\:WFjRzUBBUvewOhJo-Tf3Q) section of this guide. Partners are highly encouraged to take as much advantage of these tools as possible as it accelerates development and also makes support and troubleshooting much easier. # Memory Management BrightSign players are purpose-built for digital signage. Players are not general-purpose devices and they do not have, nor do they require, as much memory as a typical Mac or PC. When developing for the BrightSign platform, developers should be cognizant of potential memory limitations that they may not be accustomed to. # OS Updates Partners should try to use the latest BrightSignOS builds in order to take advantage of the latest bug fixes and newest features. Keeping up to date with the latest OS build also enables partners to more easily expand their deployments with our latest hardware. We are continuously improving the firmware on our players, but as is often the case with software, problems are sometimes inadvertently introduced. A stable player is paramount to any BrightSign integration, so we strongly encourage partners to thoroughly test any BrightSign firmware releases prior to upgrading any players being used in a production environment. # HTML \

GPIO/Expander Test Page

Video Audio Tracks Test Page

BrightSign Option 43 Recovery URL encoding