How we can configure UFT to recognize Mainframe objects using Terminal Emulator? Prerequisites: - Terminal Emulator add in should be installed. Rumba(NetManage) is also installed, which is our Terminal Emulator. Check the supported version of Terminal Emulator in QTP/UFT version. Step1:-Check the Terminal Emulator addin from the addin Manager.
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Update: The methods described below work also on Vivado 2015! Please let me know if you had any issues with other Vivado versions.The information in the official user guides and tutorials seems to be fragmentary and sometimes out-of-date, that's why I decided to fill in this gap, not waiting for the official Xilinx updates. Our goal is to show how to program the SPI flash memory of the 7th generation Xilinx devices with Vivado 2014 on example of board.Note: before we start, we assume you already have a working project, that means the generated bitstream file works on your device.
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If not, you may want to go directly to the Program the SPI flash section to test your Nexys4 board with prepared.mcs file.Plan. Configure the hardware to work with SPI flash memory. Regenerate the bitstream file. Convert the bitstream file into the 'Prom' format.
Program the SPI flash. Boot the deviceConfigure the hardware to work with SPI flash memory. Open the synthesized or implemented design and then open the Edit Device Properties dialog from the Tools menu. Select the Configuration on the left and on the right under the SPI Configuration group set the Bus width equal 4.
Now, switch to the Configuration Modes (on the left) and set the checkbox corresponding to Master SPI x4. Note, if you set Bus width equal 2 (or 1), then you would check the Master SPI x2 (or x1), corresponding to the bus width you have previously selected.UPDATE Alternatively you may edit your constraints (.xdc) file:setproperty BITSTREAM.CONFIG.SPIBUSWIDTH 4 currentdesignsetproperty CONFIGMODE SPIx4 currentdesignRegenerate the bitstream file. The file to program SPI flash memory has different format than.bit.
In fact, the first one (called 'Prom' in the ISE suit) is an ASCII text, while the last one is a binary file. In Vivado 2014 it is a file with.mcs extension, and it is generated by the Tcl writecfgmem utility. This step may cause the biggest difficulty if you are a reader of the generic user guides since you need to figure out yourself all the configuration for your device. The key arguments of the writecfgmem utility that often differ from device to device are the interface and size. For the Nexys4 device a spix4 interface usually will work. Size is in megabytes and depends on your SPI chip capacity, which is usually written on chip in megabits. Therefore, size is the capacity in megabits written divided by eight.
For instance, if you have a FL 128. Chip, then the size will be 16 (MB). Here is a small bonus for the Nexys4 owners, a prepared with the parameters from the previous section you may want to test your Nexys4 board with.
Here is also the. The file is based on the example 34 from the. Basically, it is a 4 bit multiplier. Use the right-most 8 switches to enter the two 4 bit numbers.
The result of multiplication is a hex number displayed on the two right-most 7-segment LEDs.Actually the last two steps are well documented in the Vivado Programming User Guide. To recap, open target in the Hardware Manager. Then, if it succeeded, right click on the target (i.e. On xc7a100t0) and select the Add Configuration Memory Device. There you have to choose your part (in the case of Nexys4 it can be s25fl128sxxxxxx0). After you click OK, you can confirm that you want to program the configuration memory device (or any time right click on the configuration memory part and select Program Configuration Memory Device). There, you have to select your configuration file (the main.mcs).
I also prefer to choose the Entire Configuration Memory Device as an Address Range. Other options Erase, Program and Verify are also useful, so you are advised to select them. State of non-config mem IO pins is usually Pull-none. It will take quite a lot of time, so be patient.And finally, to boot the device, right click on the target and Boot Device. But before, do not forget to set the JP1 on the QSPI position on your board. What to do if such import error occurs?
import PySide from PySide import QtCoreTraceback (most recent call last):File ', line 1, in ImportError: cannot import name QtCore1. Try to locate where your pyside is installed:$ locate PySide./usr/lib/python2.7/dist-packages/PySide/usr/lib/python2.7/dist-packages/PySide/init.py/usr/lib/python2.7/dist-packages/PySide/init.pyc/usr/lib/python2.7/dist-packages/PySide/phonon.so/usr/lib/python2.7/dist-packages/PySide/QtCore.so/usr/lib/python2.7/dist-packages/PySide/QtDeclarative.so/usr/lib/python2.7/dist-packages/PySide/QtGui.so/usr/lib/python2.7/dist-packages/PySide/QtHelp.so.Hint: use this to update your file index:$ sudo updatedb2. The solution is easy: add this to your /.bashrc (or /.rc you actually have).export LDLIBRARYPATH=$LDLIBRARYPATH:/usr/lib/python2.7/dist-packages/PySide.
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