#Test connectivity packet sender code
#Test connectivity packet sender Pc

If using the NI myRIO 1950 or NI RIO Control Module start with the NI myRIO 1900 Archive.

If you are using a different IP address or another Academic RIO Device (Example: NI myRIO 1950 or NI RIO Control Module) do the following: NOTE: This project was written for a NI myRIO 1900 or NI ELVIS III connected by USBLAN at IP address 172.22.11.2.

NIELVISIII-rt_tcp-sender-receiver.zip (for use with NI ELVIS III)Īrchive, and then double-click the '.lvproj' file to open the project. Rt_tcp-sender-receiver.zip (for use with NI myRIO 1900) Ad-hoc wireless network hosted by one Device.Or equivalent for each device and an Ethernet hub) USB cable to establish USBLAN network for each device.Ad-hoc wireless network hosted by the Device.X-HUB Combination USB and Ethernet hub for myRIO USB cable to establish USBLAN network (if convenient, keep the USBLAN in place even when you try other wireless or wired options, as this opens up additional networks for experimentation).

#Test connectivity packet sender Pc

PC and one Academic RIO Device connected by:.Set up a network in any or all of these ways:.

#Test connectivity packet sender code

Locate these elements with 'Quick Drop' (press Ctrl+Space and start typing the name) click on an icon to see more sample code that uses that element: USBLAN USB-based local area network ( LAN) established between the Academic RIO and the PC host computer. RT requires a network connection to at least one other host connecting the Academic RIO Device to the PC via the USB cable establishes the.Stop parallel loops with the “notifier” technique (permits the same VI to run on both the PC host and RT target).Display all IP addresses known to the host.Echo any received messages back to the sender.Listen for messages on a user-defined port.Read the returned message, and indicate a successful “ping” when the transmitted and received messages are identical.

Periodically repeat the transmission when enabled to do so.

Send the host name as a character string message to a destination host designated by its IP address and port number.

Establish a reliable point-to-point communication channel between two Internet-connected hosts.

) protocol, e.g., to synchronize the system clock from the NIST time source HTTP HyperText Transport Protocol, the basis of the “world wide web”

Exchange information with some types of Internet services that use the lower-level TCP protocol instead of (.

TCP Transmission Control Protocol, a connection-based means to send and receive data packets with guaranteed reliability IoT Internet of Things, i.e., networking in the context of machine-to-machine interactions ubiquitous communication ability of embedded systems.