Config Node VI for the NI WSN-3212 Node
- Updated2023-02-21
- 3 minute(s) read
Owning Palette: Configuration & Communication VIs
Requires: LabVIEW WSN Module
Configures the WSN node.| Parameter | Description |
|---|---|
| Sample Interval Mode | Specifies whether the host computer for the WSN network or the VI on the WSN node controls the rate at which samples are taken. The default value is VI Driven. Possible inputs are:
|
| Sample Interval |
Sets or returns the interval in seconds at which the sample case is executed.
Default is 5. The new value is immediately applied. |
| Flash.SectorSize | Returns the size of the user memory sector. |
| Flash.NumberofSectors | Returns the number of user memory sectors available. |
| Maximum Debug Message Size | Returns the maximum allowable size of debug messages. If you send a debug message that exceeds the maximum size, the message is truncated to the maximum size. |
| Maximum User Message Size | Returns the maximum allowable size of user messages. If you send a user message that exceeds the maximum size, the message is truncated to the maximum size. |
| Memory.Current Heap Usage | Returns the amount of heap memory currently allocated for the application.
The heap memory is located in RAM. An application running on a WSN node uses the heap memory to store strings, arrays, and clusters. The application uses statically allocated RAM to store numeric values. Right-click the build specification for the application in the Project Explorer window and select Application Information from the shortcut menu to view how much static memory is allocated for the application. |
| Memory.Maximum Heap Usage | Returns the maximum amount of heap memory that the application has allocated.
The heap memory is located in RAM. An application running on a WSN node uses the heap memory to store strings, arrays, and clusters. The application uses statically allocated RAM to store numeric values. Right-click the build specification for the application in the Project Explorer window and select Application Information from the shortcut menu to view how much static memory is allocated for the application. |
| Memory.Available Heap | Returns the amount of free heap memory.
The heap memory is located in RAM. An application running on a WSN node uses the heap memory to store strings, arrays, and clusters. The application uses statically allocated RAM to store numeric values. Right-click the build specification for the application in the Project Explorer window and select Application Information from the shortcut menu to view how much static memory is allocated for the application. |
| Memory.Total Heap | Returns the size of heap memory.
The heap memory is located in RAM. An application running on a WSN node uses the heap memory to store strings, arrays, and clusters. The application uses statically allocated RAM to store numeric values. Right-click the build specification for the application in the Project Explorer window and select Application Information from the shortcut menu to view how much static memory is allocated for the application. |
| Memory.Current Stack Usage | Returns the amount of stack memory currently allocated to the application.
The stack memory is located in RAM. Stack memory stores the parameters and local variables of subVIs. If an application uses more stack memory than is available, the application might crash. |
| Memory.Maximum Stack Usage | Returns the maximum amount of stack memory that the application has used.
The stack memory is located in RAM. Stack memory stores the parameters and local variables of subVIs. If an application uses more stack memory than is available, the application might crash. |
| Memory.Available Stack | Returns the amount of free stack memory.
The stack memory is located in RAM. Stack memory stores the parameters and local variables of subVIs. If an application uses more stack memory than is available, the application might crash. |
| Memory.Total Stack | Returns the size of stack memory.
The stack memory is located in RAM. Stack memory stores the parameters and local variables of subVIs. If an application uses more stack memory than is available, the application might crash. |