iopsg.blogg.se - Ethernet testing program for linux

ETHERNET TESTING PROGRAM FOR LINUX HOW TO
ETHERNET TESTING PROGRAM FOR LINUX DOWNLOAD ZIP
ETHERNET TESTING PROGRAM FOR LINUX INSTALL
ETHERNET TESTING PROGRAM FOR LINUX ZIP FILE

Check the Raspbian checkbox and click Install, then select Yes on the Confirm dialog box to install.Ī dialog box notifies you when installation is complete.

The Raspberry Pi Logo displays, followed by a NOOBS dialog box which shows a list of operating systems to install.

Connect the monitor, keyboard, mouse, and power.Ĭonnecting power will boot the Raspberry Pi.

ETHERNET TESTING PROGRAM FOR LINUX INSTALL

Remove the SD card from your PC or Mac, and install it into the Raspberry Pi.

ETHERNET TESTING PROGRAM FOR LINUX ZIP FILE

Expand the zip file and copy all files to the SD Card.

ETHERNET TESTING PROGRAM FOR LINUX DOWNLOAD ZIP

Under the NOOBS section click Download Zip and save the file to your PC or Mac. Perform the following steps to download NOOBS and install an OS onto the Raspberry Pi: Install the operating system onto the Raspberry Pi Install the SD card into your PC or MAC, and run the setup.exe SD formatter executable.Scroll to the page bottom and select the SD formatter for Windows or Mac, and then save the download on the computer.Perform the following steps to format the SD card:

ETHERNET TESTING PROGRAM FOR LINUX HOW TO

Watch the Video! Go to to see a video showing how to format the SD card, download NOOBS, and install the Raspbian OS onto the Raspberry Pi.

The following procedures show you how to perform these steps. The SD card must be formatted to remove all information. You use an SD card to transfer NOOBS onto the Raspberry Pi. NOOBS is an operating system install manager for the Raspberry Pi. I am using NOOBS (New Out Of the Box Software) to install Raspbian. I am installing Raspbian, which is a free operating system based on Debian that is optimized for the Raspberry Pi hardware. You must install an operating system onto the Raspberry Pi before it can be used. Note that a keyboard and mouse are connected to the USB hub but are not shown in the above photo. The image below shows the Raspberry Pi configuration used to perform these exercises. Use of a self-powered USB hub is recommended to connect the peripherals to the Raspberry Pi.

MCC DAQ device – I'm using a USB-1608FS to perform the tasksĬlick here for a listing of MCC DAQ devices supported under Linux® and compatible with Raspberry Pi.

Raspberry Pi single-board computer – I'm using model B, but you can use any Raspberry Pi model.

The following equipment is needed to perform the exercises:

This document is intended for application developers familiar with MCC DAQ devices who are interested in acquiring data on a Linux platform using a Raspberry Pi.

Install MCC DAQ third-party drivers and compile MCC Linux test apps.

Install an operating system onto the Raspberry Pi.

This document provides information about how to perform the following tasks: For information on using UL for Linux, please see the TechTip – Raspberry Pi Data Acquisition Using Universal Library for Linux.Īcquire data from an MCC DAQ device using a test application installed on a Raspberry Pi computer. Warren Jasper’s open-source driver that allows users to acquire data from most Measurement Computing USB, Ethernet, and Bluetooth™ DAQ devices.

3rd Party Linux support – Open-source driver with support for C/C++ maintained by Dr.

UL for Linux® - MCC supported open source driver with support for C/C++® and Python™.

Raspberry Pi HATs (Hardware Attached on Top).

MCC supports the Raspberry Pi in three different ways With a cost of less than $40, the Raspberry Pi provides a cost-effective way to perform data acquisition. The Raspberry Pi® is a single-board computer that plugs into a monitor and keyboard and runs the Linux® kernel-based operating system.