When you run Syvir Processor it will build a 3D model of your cpu and automatically
run a diagnostic check of your cpu.
To do this manually Select Get from the Scan box.
 
The PC will be scanned for the motherboard and cpu details.
Once the pc is scanned a permanent report is saved automatically.
 


This action creates a 3D virtual model of the motherboard and cpu.
In the hardware box a list of hardware that Syvir Processor found in the scan is presented in a tree view.

By default Syvir Processor scans each PC on the network with two sensors.



Processor
The processor sensor returns the manufacturer and model number of the cpu fitted to the motherboard. With some systems WMI will return two values for a dual core processor. Syvir Processor processor sensor returns just one cpu value.
Motherboard
The motherboard sensor detects if a baseboard is fitted and the manufactures part number of the board.

To perform a diagnostics scan to check for problems on your with your cpu. Select Scan from the Diagnostics box.

A process begins of scanning the cpu for WMI data.
This data is granular diagnostic data for each sensor type.
Once the cpu is scanned a 3D version is populated with color coded status sensors.

Green signifies that the cpu is OK.
Yellow shows the cpu is in a warning state. This doesnt always mean a failure, just that the status is unknown of the cpu..
Red indicates an error in the cpu.
The main status of the cpu is in the Status box.


Click on the cpu and detailed data will appear in the Diagnostics box.
Note that WMI does not always return data as to the status of the cpu, so in some instances the cpu will not have status available and may show a Warning.. This doesnt mean a failure, just that the status is unknown of the cpu..


A data table of OK, Warning or Error messages is available by clicking on the bottom tabs.
By default WMI returns some data about the status of various messages.
Last Message box
This is generally the main message about the state of the hardware cpu. The usual state is OK. This means the cpu is working as expected.
Quite often you will find no message returned by a sensor. This is nothing usually to worry about. In some cases, for various reasons the cpu just doesnt produce a message.
OK
The OK message will produce a Green color for the cpu.

error
The cpu has produced an error, indicated by red.

degraded
The cpu has been degraded, indicated by red.

unknown
The status of the cpu is unknown, indicated by yellow. This doesnt mean a failure, just that the status is unknown of the cpu.

pred fail
The cpu is predicted to fail, indicated by red.

starting
The cpu is starting, indicated by green.

stopping
The cpu is stopping, indicated by yellow. This doesnt mean a failure, just that the cpu is stopping.

service
The service message is indicated by green.

stressed
The cpu is stressed, indicated by red.

nonrecover
The cpu is non recoverable, indicated by red.

no contact
There is no contact with the cpu, indicated by yellow. This doesnt mean a failure, just that there is no contact with the cpu.

lost comm
Communication with the cpu has been lost, indicated by yellow. This doesnt mean a failure, just that there is no contact with the cpu.
N/A
No message details is available.



WMI Messages
These are mapped to WMI message types.
Status Info
Returns the status info on the selected cpu.
Availability
Returns the availability of the current cpu.
Error Description
Details any error message on the current cpu.
Last Error Code
Returns the last error code of the current cpu.

By default Syvir Processor detects the load on the cpu, this is displayed as a color coded bar. A timeline history bar chart shows recent changes in the cpu load.
Load varies from 0% which indicates the cpu is not doing much work, to 100% showing the cpu is working at maximum load.

Inaccurate 3D model.
Syvir Processor builds a 3D model of the target cpu based on Windows WMI data.
If this data is incomplete or wrong this will be reflected in the 3D model.
Inaccurate hardware inventory
Syvir Processor makes an inventory list of the target cpu based on Windows WMI data.
If this data is incomplete or wrong this will be reflected in inventory list.
Inaccurate diagnostics information.
Syvir Processor receives diagnostics information from target PC based on Windows WMI data.
If this data is incomplete or wrong this will be reflected in the diagnostics information produced by Syvir Processor.