Winusb Download Linux

[Narkis Eatman]

Iwant to create Bootable USB flash drive for Windows 7. I am trying to do this on Kali Linux. The default program "unetbootin" in kali does not support for Windows.The another one which i found was "WinUSB", however I am not able to install it in Kali linux.Any view on this are most welcome...???

Some third-party installers feature Windows installation images (/sources/install.wim) greater than 4GB making FAT32 as target filesystem impossible. NTFS filesystem support has been added to WoeUSB 3.0.0 and later.

The WoeUSB GUI is easier to use than the WoeUSB command line tool. Click the radio button to the left of where it says From a disk image (iso), browse to the location of the Windows .iso file, under Target device select a USB flash drive, open Disks application and check that the Device name in Disks matches the Target device in WoeUSB (it should be something like /dev/sdX where X is a letter of the alphabet), and click the Install button to install to create a bootable Windows installation media on the USB flash drive.

Hello Koepel, I bought this LHT00SU1. But the only software I got it running was the USBee SW from CWAV, which is only availlable for windows. My preferred OS is Linux and PulseView runs on Linux but it does not recognize the LHT00SU1.

There is an error message:

fx2lafw: failed to open potential device with VID:PID 08a9:0014: LIBUSB_ERROR_ACCESS.

I thought it was just my computer that is not compatible with the hardware of the LHT00SU1. Are you running a AMD computer ?

The LHT00SU1 hardware seems to be incompatible with some new computers since a few years.

In Windows

A tool "Zadig" has to be used to install a driver:

Sometimes the "WinUSB" driver works, sometimes not. Some USB ports might work, some not. Try every combination of USB port and driver selection. In the end, I get it working on every computer.

In linux

Some USB ports work and some don't. I don't know why. Sometimes a USB port on a USB hub works, and sometimes not. Sometimes a non-working USB port starts working after I used it in a working USB port. I can not say if a USB 2 or USB 3 port should be used, because it makes no sense what works and what not.

Afterwards I saw that the PulseView SW is also availlable in my mintinstall application manager (older version 0.4.1). So I installed this and also the Sigrok-firmware-fx2lafw. After this step the PulsView recognized the LHT00SU1 (displaying CWAV USBee AX) and worked very well.

This was for the installed version 0.4.1 as well as the appimage version 0.4.2

If you do not install any extra library pyvisa-py will only be able to accesstcpip resources. The following sections will describe what extra libraries youneed to install and how to configure them to use other resources.

Discovery of both HiSLIP and VICP devices relies on mDNS, which is a protocol forservice discovery in a local area network. To enable resourcediscovery for HiSLIP and VICP, you should install zeroconf.

On all platforms, using GPIB resources requires to install a gpib driver.On Windows, it is install as part of NI-VISA or Keysight VISA for example. OnMacOSX, you should install the NI-488 library from National instrument. OnLinux, you can use a commercial driver (NI) or the linux-gpib project.

For USB resources, you need to install PyUSB. PyUSB relies on USB driverlibrary such as libusb 0.1, libusb 1.0, libusbx, libusb-win32 and OpenUSBthat you should also install. Please refer to PyUSB documentation for moredetails.

Hello, I wanted to download Kali Linux on my raspberrypi4, but everytime I flash it fails in seconds. I already tried previous versions of Balena Etcher, formatting my sd card, running the app as an administrator. I also tried other etchers, but they failed too. Moreover, everytime I use it, it unallocates all of the memory from sd card, so i have to format it again.

Thanks for your feedback, it is interesting in multiple ways.

The first error not finding module winusb-driver-generatorshould make the whole app quit.

Etcher cleans the drive before writing so you are right it is completely empty and you need to reformat it.

Then the write fails since the driver generator is needed for that.

The CH32V307 microcontroller caught my interest because it has both IEEE 1588 timer hardware and the capability to connect via gigabit ethernet. If I ported my NTP server software to it, this would lower the round trip latency (excluding processing time) by around 10x. It's a RISC-V based microcontroller, running at 144MHz. The bare microcontroller is also currently $3.52 for 1 at LCSC.

To connect via gigabit, the chip has a gigabit MAC but it would need a gigabit PHY (connected via RGMII) to manage the physical connection. Gigabit will require a custom board design, so that's on my "I should do that eventually" list.

Since this is the first RISC-V board I've used, the first step I'm going through is picking out what my development environment looks like. There's quite a few projects recently around the cheaper ch32v003 chip that I can learn from.

If you pull BOOT0 high and leave BOOT1 low, the built-in rom bootloader shows up as a USB in-circuit programmer device. The rust wchisp tool works to program the microcontroller. This doesn't require an external WCH-LinkE device, but it does require physically fiddling with the boot pins in order to program.

If you do have a WCH-LinkE device, I've found the best success programming with cnlohr's minichlink. On Linux, you'll need to adjust udev rules for your user to have permission to talk to the wch-link (the file 99-minichlink.rules helps with that).

If you're using WSL2 on Windows, you can use the pre-compiled minichlink.exe (along with libusb-1.0.dll). You first have to switch the Windows driver for the WCH-Link debug interface over to winusb (I used zadig to do this). There's also a serial interface (on Interface 1 for me), you can leave that alone. The serial interface should be using the usbser driver by default.

One of the things that surprised me is LED1/LED2 aren't connected to a pin on my dev board, they're connected to header J3. You have to wire them up to a GPIO of your choosing with a jumper to get the blink example to produce light. The switch is also on that header as "KEY". ELED1/ELED2 are the two LEDs on the ethernet jack.

In the Makefile examples repo, printf is setup to print to USART1 via the function _write in vendor/Debug/debug.c. This goes to the WCH-Link's serial port, and you can use a regular serial terminal to interact with it.

Probably not helpful for you, but I had one of these which worked flawlessly for my previous Intel processor Tuxedo infinitybook laptop.

When I received my AMD 13 I tried to use it and it was hit or miss in Windows and rarely worked in Linux.

I ended up buying a Microsoft audio dock to replace it as mine had the conferencing bit on the top and selling the HP one.

That works reliably in Windows and Linux and has been happy sailing ever since.

The only thing I did do with the HP dock was to boot into windows and grab the latest firmware package for the dock and run that ( there was one from mid last year ) and that seemed to make the display work 3 out of 10 times in linux as opposed to 1 out of 10.

Is there any firmware for the PD controller that has to be loaded by the OS?

Maybe there is a difference in the versions shipped by fwupd and the Windows driver bundle (the latter I needed to install before getting the dock working under Windows)?

You can see in this thread by comparison to the UCSI spec there is definitely something out of spec going on for that hardware. So the proposal is to add a set of code detected by the DMI data for that machine which changes the flow handling.

Acroname has removed the need for kernel drivers for BrainStem devices across all of the platforms that we support. There is no longer a need to install drivers. However, both Linux and Windows 7 have steps that ar required to allow BrainStem devices to work properly.

Acroname is currently building and testing with Ubuntu 14.04LTS, on these systems users must run a script to properly set ownership and permissions for BrainStem devices. The script is located within the brainstem_linux_driverless folder, and is called udev.sh.

Executing the commands within udev.sh requires sudo privileges. You will be prompted for your login password when you execute the script. Once you execute the script, you may have to log out and back in.

On the Windows 7 OS an installation is required to allow BrainStem devices to be recognized by the system. BrainStem devices use the Microsoft provided WinUSB device drivers to communicate with the brainstem. On Windows 7 operating systems the WinUSB driver is not installed automatically. On more modern versions of Windows newer that 7 this process is automatic and BrainStem devices need no install.

There is a windows_driver_installation.pdf within the Drivers folder of the Brainstem development kit, and HubTool downloads that describes the process for installing the WinUSB Driver on Windows 7 OS.

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