There seems to be a new procedure for automatically executing code when Kodi starts up, the old method of adding the autoexec.py file to the /home/osmc/.kodi/userdata folder does not seem to be valid anymore. Autoexec Service - Official Kodi Wiki But I am not able to follow step 1.4, which says: Navigate to the autoexec add-on in the addonbrowser and enable it:Settings > Add-ons > My add-ons > Services > Autoexec Service
autoexec py enable all addons
Connect your Raspberry Pi to an hdmi monitor/tv and walk through the wizard. During the wizard make sure to enable ssh and set a secure password for it. Also connect it to your network, at least to continue with this guide.
What I can currently say is that each time Kodi starts, there pops up a black cross in a red circle next to the message 'autoexec.py error' ... Btw, same issue on my raspberry pi 3b. The paths were triple checked and the .strm files work with Leia on Win10. I wonder what I'm doing wrong...
No error message pops up anymore. But nothing happens after the start of Kodi. At first, I assumed that the radio streams did not start because the Wifi connection might not have been established at this early point. As an alternative, I tried to autostart a local mp3 file like you can see in my screenshot, but unfortunately, that won't work either. My next step would be to download and install libreelec from the scratch, even though that means I'll have to run through all my individual settings again. More generally, I wonder why autoexec.py shouldn't work on my systems. I have only few addons installed and barely touched the system's config files...
@joel heethaar (joel_nl) I've added Brecht's script to Flamenco Worker, to the T53099-gpu-rendering branch, but I haven't created anything around that yet. Can you test that the script works by adding --enable-autoexec --python "/path/to/flamenco-worker/flamenco_worker/enable_all_gpus.py" to the blender variable in your flamenco-manager.yaml?
When i change the script location to a network drive and set the variable in the yaml filewindows: S:/!Apz/Blender/Flamenco Blender 2.79/Blender/Blender.exe --python //rackstation/software/!Apz/Blender/enable_all_gpus.py
2 - Scripts - To run scripts I need the Auto-run Python scrips feature enabled.According to this page ( ) I should be able to use the -y or --enable-autoexec command to turn this feature on. It also says (at the bottom) that this would work for when open a regular (I presume GUI version) instance of blender.
A batch file is a script file in DOS, OS/2 and Microsoft Windows. It consists of a series of commands to be executed by the command-line interpreter, stored in a plain text file. A batch file may contain any command the interpreter accepts interactively and use constructs that enable conditional branching and looping within the batch file, such as IF, FOR, and GOTO labels. The term "batch" is from batch processing, meaning "non-interactive execution", though a batch file might not process a batch of multiple data.
This also solves a problem related to User Account Control (UAC) on Windows Vista and newer. When an administrator is logged on and UAC is enabled, and they try to run a batch file as administrator from a network drive letter, using the right-click file context menu, the operation will unexpectedly fail. This is because the elevated UAC privileged account context does not have network drive letter assignments, and it is not possible to assign drive letters for the elevated context via the Explorer shell or logon scripts. However, by creating a shortcut to the batch file using the above PUSHD / POPD construct, and using the shortcut to run the batch file as administrator, the temporary drive letter will be created and removed in the elevated account context, and the batch file will function correctly.
The osquery shell and daemon use optional command-line (CLI) flags to control initialization, disable/enable features, and select plugins. These flags are powered by Google Flags and are somewhat complicated. Understanding how flags work in osquery will help with stability and greatly reduce issue debugging time.
See the tls/remote plugin documentation. Remote plugins use an enrollment process to enable possible server-side implemented authentication and identification/authorization. Config and logger plugins implicitly require enrollment features. It is not recommended to disable enrollment and this option may be removed in the future.
Optionally enable GZIP compression for request bodies when sending. This is optional and disabled by default, as the deployment must explicitly know that the logging endpoint supports GZIP for content encoding.
Disable or enable osquery Operating System eventing publish-subscribe APIs. Setting this to true (which is the default value) disables tables that report evented data (tables whose names end with _events) and querying them will generate a warning.
On Windows, in addition to the --disable_events=false flag mentioned above, each category of evented data must also be enabled individually, by enabling the corresponding osquery publisher and osquery subscriber. By default, all are disabled, and the corresponding evented tables will be empty. Note that an event publisher within osquery subscribes to events from the OS and then publishes them to an osquery event subscriber. For the current complete list of event sources usable by osquery, see osqueryi.exe --help findstr -i Event.
List of Windows Event Log channels for osquery to subscribe to. By default, osquery's Windows Event Log publisher will deliver some of the more common major event log channels. However, you can select additional channels using the Log Name field value in the Windows event viewer. Note the lack of quotes around the channel names. For example, to subscribe to Windows PowerShell script block logging, one would first enable the feature in Windows itself, and then subscribe to the channel with --windows_event_channels=Microsoft-Windows-PowerShell/Operational
Setting to false (in combination with --disable_events=false) turns on EndpointSecurity-based event collection within osquery (supported in macOS 10.15 and newer), and enables the use of the es_process_events table. This feature requires running osquery as root. It also requires that the osquery executable be code-signed and notarized to have the Endpoint Security client entitlement; official release builds of osquery will be appropriately code-signed. Lastly, it requires that the host give Full Disk Access permission to the osqueryd executable; for more information see the process auditing section of osquery's deployment documentation as well as installing osquery on macOS.
Setting to false (in addition to --disable_events=false and --disable_endpointsecurity=false) will turn on EndpointSecurity based file event collection in osquery, running on macOS 10.15 and newer. This enables the use of es_process_file_events table.
When enabled, the filesystem plugin will rotate logs based on size. An example includes /var/log/osquery/osqueryd.results.log being rotated to /var/log/osquery/osqueryd.results.log.1 when the trigger size is reached. Files after the first rotation will be Zstandard-compressed and will use the .zst file extension. A max number of log files will be maintained and logs overflowing this count will be deleted after rotation.
A size, specified in bytes, to trigger rotation when enabled with --logger_rotate. A result or snapshot log will be rotated when it grows past this size. The size is checked before each new write to the logfile.
Distributed plugin name. The default distributed plugin is not set. You must set --disable_distributed=false --distributed_plugin=tls (or whatever plugin you'd rather use instead of TLS) to enable the distributed feature.
When prototyping new queries, the planner enables verbose decisions made by the SQLite virtual table API. This is customized by osquery code so it is very helpful to learn what predicate constraints are selected and what full-table scans are required for JOIN and nested queries.
Comma separated list of tables to enable. By default every table is enabled. If a specific table is set in both --enable_tables and --disable_tables, disabling take precedence. If --enable_tables is defined and --disable_tables is not set, every table but the one defined in --enable_tables become disabled.
FIM (file integrity monitoring) uses the Azure Change Tracking solution to track and identify changes in your environment. When FIM is enabled, you have a Change Tracking resource of type Solution. If you remove the Change Tracking resource, you'll also disable the File Integrity Monitoring feature in Defender for Cloud. FIM lets you take advantage of Change Tracking directly in Defender for Cloud. For data collection frequency details, see Change Tracking data collection details.
The first is to have certain scripts set to automatically execute when XBMC starts. It is recommended that you only start one or maybe two scripts max when XBMC is loaded. There is not enough memory on the xbox to go around and you will notice a degradation in performance running more than that. For this to function a special script called autoexec.py can be installed in the XBMC\Scripts directory, in this script you can specify a couple of things for XBMC todo when it firsts starts (such as execute one or two different scripts).Here is an example of the autoexec.py file:
xbmc.executescript('q:\\scripts\\medusa\\medusa.py')xbmc.executescript('q:\\scripts\\StartUpMP3\\mp3.py')The example above of the autoexec.py is set to automatically start a script named medusa.py and mp3.py when XBMC starts.You can learn more about what you can put in this file and learn more about scripting your own XBMC Python scipts by visiting the Python Scripts Development Forum.
helloYou is underlined. Hovering over this line in Visual Studio Code displays the following tooltip message: 'helloYou' is assigned a value but never used. This is because the rule .eslint(no-unused-vars) is enabled by eslint:recommended. 2ff7e9595c
Comments