Download Throttled Windows 10
Giordano Matias
Since this only occurs when you're transferring to OMV from W10, do you have ClamAV installed on OMV, just a guess here but what you are describing is real-time scanning of files during transfer, this is something that windows defender does not do.
The only place I set QOS is on the windows clients, TBH I would suggest that is controlled by one piece of hardware only, either the router, the client or the TP-Link, but technically the TP-Link should not interfere with the wired network.
why not just use the calibration tool available through the windows game controllers dialog? where dburne mentioned resetting to default. it's just an axis on a game controller.. nothing about calibrating it needs to be specific to thrustmaster. thrustmaster may/likely doesn't have it available for download because it'd be redundant with what's already available in windows. where are you downloading it from?
Basically, the file A10_calibration.txt is telling the tool where the axis centers are. Without it, it completely screws up the calibration and there is no way to fix it in windows, because I believe the calibration is saved in the memory of the throttle itself!
Requests to the FamilySearch API may be rate-limited on a per-user basis. This means that even if a user has two different active sessions with two different products, their requests are all still throttled together.
Throttling policies are established in terms of the amount of processing time per real time. For example, requests could be given 18 seconds of execution time within a 1 minute window. Different endpoints may have different throttling windows according to the load and sensitivity of the systems that service a particular endpoint.
Warning Throttling is implemented on a per-user basis. If a user is not signed-in, the app key is used. An app that does not use threads may still receive a throttled response if a user has a session open with another product that uses the FamilySearch API.When the throttling limit is reached, the server responds with an HTTP status code of 429 Service Unavailable and a Retry-After header that advises how many seconds to wait to make another request.
If you want to know how your application will respond to throttling events, you can test throttling. In order to do this, you can force the processing time counter to be larger than the throttling limit for the current user. Subsequent requests will determine that the current user has reached the throttling limit and the user will be throttled until the end of the current throttling window.
To do this, make a request to the Throttling Test resource, specifying the amount of time to be spent for the request. The processingTime parameter is the amount of time in milliseconds that you want to add to the sum of the processing time for the current user. For example, if you want to add 60 seconds to the processing sum, specify this amount using the processingTime parameter (60 seconds/minute x 1000 milliseconds/second + 1 = 60001). Future requests from that user will be throttled until the throttling window expires.