Libusb pyz

Author: s | 2025-04-24

2132 INFO: Building PYZ (ZlibArchive) C: xx build t out00-PYZ.pyz 2533 INFO: checking PKG As I understand the pyusb (module usb) is just a wrapper to libusb0.dll or libusb-1.0.dll. And these dll's needs to be installed

PYZ File - What is a .pyz file and how do I open it? - FileInfo.com

Table of ContentsOverviewAboutBinary Snapshotsvcpkg portmsys2 MinGW-w64 32bit/64bit packageBuild from SourceSupported EnvironmentsUSB 3.x Support.NET supportHow to use libusb on WindowsDriver InstallationDevelopment ConsiderationsKnown RestrictionsDevelopment LinksOverviewAboutThis page details the specifics of the Windows backend part of libusb, which helps developers easily communicate with USB devices on Windows.Currently it supports the WinUSB and HID drivers for generic USB device access as well as the libusb-win32 and libusbK drivers.Please note that libusb-win32 and libusbK are separate projects. libusb-win32 is a Windows-only project which provides a libusb-0.1 API compatible library for Windows and the associated kernel driver libusb0.sys. libusbK is a Windows only project which provides a new set of API for Windows (supporting WinUSB, libusb0.sys and libusbk.sys) and kernel driver libusbK.sys.Binary SnapshotsPre-built binary snapshots are provided in the Sourceforge files directory along with the source code archive. Since 1.0.21 release, they are also at the GitHub release page.The pre-built Windows binaries are provided AS IS for your convenience, generated for the following environments:Microsoft Visual Studio; MS32 (32 bit) and MS64 (64 bit) directoriesMinGW -> MinGW32 (32 bit) and MinGW64 (64 bit) directories. Note that these archives are provided in the 7z format so you may have to install ​7-zip.vcpkg portvcpkg now includes libusb ports.Installing and building libusb via vcpkg:You can download and install libusb using the vcpkg dependency manager: git clone cd vcpkg .\bootstrap-vcpkg.bat .\vcpkg integrate install .\vcpkg install libusbThe libusb port in vcpkg is kept up to date by Microsoft team members and community contributors. If the version is out of date, please create an issue or pull request on the vcpkg repository.msys2 MinGW-w64 32bit/64bit packagemsys2 has a libusb package. Please contact the msys2 project if you encountered issues with the msys2 package. It is recommended to use pkg-config (libusb-1.0.pc) on MSYS2 or other MinGW-w64 distributions. Reference: how to use libusb under MinGW-w64?Build from

libusb/libusb-1.0.pc.in at master libusb/libusb - GitHub

SourceYou may want to build from source if you encounter compatibility issues with the pre-built binaries. We recommend either Visual Studio or a MinGW-w64 based toolchain like MSYS2. Note that the MinGW.org toolchain is not supported. clang support patches are welcome. Patches to add support for other toolchains (including MinGW.org) may be accepted after review even though these toolchains are not officially supported. Supported EnvironmentsSupported systems are all Windows platforms, starting with Windows Vista, and including 64 bit versions. Windows XP support was dropped in libusb 1.0.24.USB 3.x Supportlibusb supports USB 3.x controllers and devices on Windows. Proprietary vendor controller drivers for Windows 7 and earlier as well as the Microsoft controller xHCI driver for Windows 8/8.1/10 are supported. If you are are using Windows 7 or earlier version, you will be using vendor driver. Make sure you upgrade to the latest version of the driver if you encounter problems. .NET supportA .NET version of libusb, called LibUsbDotNet, based on libusb 1.0. If you plan to use libusb in a .NET project, make sure you check out the latest release at github.How to use libusb on WindowsDriver InstallationIf your target device is not HID, and your device is not using WinUSB driver, you must install a driver before you can communicate with it using libusb. Currently, this means installing one of Microsoft's WinUSB, libusb-win32 or libusbK drivers. Two options are available:Recommended: Use the most recent version of Zadig, an Automated Driver Installer GUI application for WinUSB (recommended), libusbK (only if you hit WinUSB limitations) and libusb-win32 (only if you hit WinUSB/libusbK limitations).For version 1.0.21 or later, you can also use the usbdk backend. usbdk provides another driver option for libusb Windows backend. For 1.0.21, usbdk is a compile-time option, but it becomes a runtime option from version 1.0.22 onwards, so

libusb - Browse /libusb-1.0/libusb- at SourceForge.net

Hi,on the picture is my code with error.This is !python -m visa info:!python -m visa infoMachine Details:Platform ID: Windows-10-10.0.17134-SP0Processor: Intel64 Family 6 Model 158 Stepping 9, GenuineIntelPython:Implementation: CPythonExecutable: C:\Users\HP\Anaconda3\python.exeVersion: 3.7.3Compiler: MSC v.1915 64 bit (AMD64)Bits: 64bitBuild: Mar 27 2019 17:13:21 (#default)Unicode: UCS4PyVISA Version: 1.9.1Backends:ni:Version: 1.9.1 (bundled with PyVISA)#1: C:\windows\system32\visa32.dll:found by: autobitness: 64Vendor: National InstrumentsImpl. Version: 17827072Spec. Version: 5244928#2: C:\windows\system32\visa64.dll:found by: autobitness: 64Vendor: National InstrumentsImpl. Version: 17827072Spec. Version: 5244928py:Version: 0.3.1ASRL INSTR: Available via PySerial (3.4)USB INSTR:PyUSB does not seem to be properly installed.Please refer to PyUSB documentation andinstall a suitable backend likelibusb 0.1, libusb 1.0, libusbx,libusb-win32 or OpenUSB.No backend availableUSB RAW:PyUSB does not seem to be properly installed.Please refer to PyUSB documentation andinstall a suitable backend likelibusb 0.1, libusb 1.0, libusbx,libusb-win32 or OpenUSB.No backend availableTCPIP INSTR: AvailableTCPIP SOCKET: AvailableGPIB INSTR:Please install linux-gpib to use this resource type.No module named 'gpib'I think that I should install linux-gpib and PyUSB correctly. The problem is that I have no clue how to install linux-gpib and why PyUSB does not seem to be properly instaled? I am new to PyVISA, so please write only easy to understand advices (if I should install something without !pip ... please tell me which file executes installation; give me proper directory of installation; ... ).Thanks a lot!. 2132 INFO: Building PYZ (ZlibArchive) C: xx build t out00-PYZ.pyz 2533 INFO: checking PKG As I understand the pyusb (module usb) is just a wrapper to libusb0.dll or libusb-1.0.dll. And these dll's needs to be installed

libusb/INSTALL_WIN.txt at master libusb/libusb - GitHub

You need to specify the usbdk backend using something like the following.libusb_context * ctx = NULL;libusb_init(&ctx);libusb_set_option(ctx, LIBUSB_OPTION_USE_USBDK);Note that if your device is using libusb-win32 driver (libusb0.sys), you will also need to install the libusbK DLL, as all libusb0.sys accesses are done through it. One way to install/update libusbK.dll is to install libusbk development kit (libusbK-x.x.x.x-setup.exe from Sourceforge site and choose to update the system files during the installation. However the support of libusb-win32/libusb0.sys filter driver mode is not good, please use the device driver mode when you have to use libusb0.sys. Warning: use of the HID backend is highly discouraged. libusb project recommends the user to switch to hidapi.Development ConsiderationsThe handling of composite devices under Windows is done with multiple drivers, that are children of the usbccgp.sys driver (Composite Generic Parent), as this is the default for the OS. If needed, it is also possible to replace the composite parent driver to access the device. Zadig can be used for this purpose.Because Windows does not provide a native poll() function, and cygwin is the only development environment that provides such a call, the use of libusb file descriptors with poll() on cygwin is NOT supported. In a future version of libusb, we should provide better handling of native Windows events, but this will require a redesign of the libusb API, so it probably won't occur before libusb 2.0.Known RestrictionsWinUSB cannot be used to send an actual reset command to an USB device. This is a limitation of WinUSB. WinUSB and libusbK cannot be used to set a device configuration that is different from the first one. This is a limitation of KMDF USB I/O Target. WinUSB does not support multiple concurrent applications (as per the Microsoft Windows Hardware Drivers documentation). libusbk driver allows this but it may have the limitation

Downloading File /libusb-1.0/libusb-1.0.9/libusb-1.0.9.tar.bz2 - libusb

Poll() on Windows, the ability to return externally pollable file descriptors on Windows libusb_get_pollfd() returns an error.If you use a composite device, and plan to install a libusb compatible driver for any of the interfaces, you should ensure that your driver package adds a Device Interface GUID in the registry, as proper enumeration of composite devices in libusb depends on it. This is typically achieved by adding something like the following in your inf:HKR,,DeviceInterfaceGUIDs,0x00010000,{12345678-1234-1234-1234-123456789ABC} This is in particular a problem with libusb-win32's inf-wizard which will be deprecated by libusb-win32 project. Please use Zadig instead.libusb0.sys and libusbk.sys access is done through the libusbK DLL, therefore, if you plan to use the libusb-win32/libusb0.sys or libusbK/libusbk.sys driver in libusb, you must have that library installed. If using a recent version of Zadig, you should not have to do anything, at it will install the library for you.libusb0.sys: the support of libusb0.sys filter driver has quite some issues, you should use the device driver mode if you really need to use libusb0.sys.libusb0.sys: cannot send libusb_control_transfer with zero wLength with libusb0.sys 1.2.6.0 version. Please use libusb0.sys 1.2.7.3 snapshot release or later. The recommendation is to use libusb-win32 1.4.0.0 release and later.uhubctl will not work under Windows. Please refer to Issue #391 due to limitation of the underlying drivers (libusb0.sys, libusbk.sys, usbdk and WinUSB) with regard to USB Hubs.Development LinksHow to Use WinUSB to Communicate with a USB Device & WinUSB (Winusb.sys) Installation.Note that the inf file given in the howto has a typo. If you don't change SourceDisksFiles.NTamd64 to SourceDisksFiles.amd64, the driver installation will fail to copy the required DLLs on 64 bit systems...Using WinUSB for User-Mode to USB Device CommunicationWinUSB User-Mode Client Support RoutinesMicrosoft's USB Core Team BlogMicrosoft HW Development Center -- USBadditional information about Windows Co-InstallersFinding Memory Leaks Using the CRT LibrarylibusbK documentationlibwdi/Zadig

Downloading File /libusb-1.0/libusb-1.0.6/libusb-1.0.6.tar.bz2 - libusb

That you can claim the interface multiple times ( libusb-win32 driver will also allow this but it is not recommended to be used due to multiple issues reported.WinUSB does not support isochronous transfers under Windows XP/Vista/7/8. WinUSB under Windows 8.1 or later supports isochronous transfer. libusb Windows supports isochronous transfer using the usbdk backend from version 1.0.21. libusb-1.0.22 adds isochronous support using libsubK driver. libusb-1.0.23 adds isochronous transfer support for WinUSB (Windows 8.1/10 or later) but the support may not be that mature.WinUSB allows setting up different pipe policy and RAW_IO can be useful in some use cases. Unfortunately it will make the WinUSB backend pretty complicated so this is not supported. why not WinUSB RAW_IO pipe policy?With WinUSB, when LIBUSB_RECIPIENT_INTERFACE is used for the transfer, the WinUSB DLL forces the low byte of wIndex to the interface number, regardless of what you set it to. This is not a real limitation though, please refer to the OSR threads. From Tim Roberts answer in that thread:One can also argue that this is a security measure. The USB spec requires that the low byte of wIndex be set to the interface number when the recipient is set to "interface". Devices that use that field for other purposes are broken.HID keyboards and mice cannot be accessed using the native HID driver as Windows reserves exclusive access to them.Multiple HID top level collections are currently not supported (only the first top level collection will be used).The HID Report Descriptors provided by libusb are recomposed and may present minor differences from the actual ones, as the Windows HID API does not allow to read them directly from the device.Windows HID API does not support custom Control Transfer, everything needs to be done through report. Please check out the discussion here.Because there is no native

Downloading File /libusb-1.0/libusb-1.0.0/libusb-1.0.0.tar.bz2 - libusb

The DFU Tool for flashing the firmware. To install DFU Tool, follow the steps below.1. Assuming the Terminal Window is still opened,You'll see something similar to the following as an output of the operation: brew install dfu-util==> Fetching dependencies for dfu-util: libusb==> Fetching libusb==> Downloading 100.0%==> Downloading Downloading from 100.0%==> Fetching dfu-util==> Downloading 100.0%==> Downloading Downloading from 100.0%==> Installing dependencies for dfu-util: libusb==> Installing dfu-util dependency: libusb==> Pouring libusb--1.0.26.monterey.bottle.tar.gz🍺 /usr/local/Cellar/libusb/1.0.26: 22 files, 531.7KB==> Installing dfu-util==> Pouring dfu-util--0.11.monterey.bottle.tar.gz🍺 /usr/local/Cellar/dfu-util/0.11: 13 files, 230.8KB==> Running `brew cleanup dfu-util`...Disable this behaviour by setting HOMEBREW_NO_INSTALL_CLEANUP.Hide these hints with HOMEBREW_NO_ENV_HINTS (see `man brew`). STEP 3: Backup existing FirmwareThe next step is to backup the existing firmware for a latter use (for debugging purposes). To backup the firmware, follow the steps below.Assuming the Terminal Window is still open, execute the following command' sudo dfu-util -R -U backup.dfu You'll see something similar to the following as an output of the operation: sudo dfu-util -R -U backup.dfuPassword:dfu-util 0.11Copyright 2005-2009 Weston Schmidt, Harald Welte and OpenMoko Inc.Copyright 2010-2021 Tormod Volden and Stefan SchmidtThis program is Free Software and has ABSOLUTELY NO WARRANTYPlease report bugs to DFU capable USB device...Device ID 05ac:f007Device DFU version 0110Claiming USB DFU Interface...Setting Alternate Interface #0 ...Determining device status...DFU state(2) = dfuIDLE, status(0) = No error condition is presentDFU mode device DFU version 0110Device returned transfer size 64Copying data from DFU device to PCUpload [ ] 0% 0 bytesdfu-util:Error during upload (LIBUSB_ERROR_PIPE)Failed. In most cases, it will fail to download but this is pretty normal and. 2132 INFO: Building PYZ (ZlibArchive) C: xx build t out00-PYZ.pyz 2533 INFO: checking PKG As I understand the pyusb (module usb) is just a wrapper to libusb0.dll or libusb-1.0.dll. And these dll's needs to be installed └── videoconverter/ ├── .deepsource.toml ├── build │ ├── converter │ │ ├── Analysis-00.toc │ │ ├── EXE-00.toc │ │ ├── PKG-00.toc │ │ ├── PYZ-00.pyz │ │ ├── PYZ-00.toc │ │ ├── converter.pkg │ │ ├── warn-converter.txt │ │ └── xref-converter

libusb/android/README at master libusb/libusb - GitHub

Can specify location of the .dll.so file in WINEDLLPATHenvironment variable, see wine(1) man page for details.Building DLL for WindowsCross-compiling DLL for Windows on Debian/Ubuntu using MinGWInstall MinGW cross-development environment:sudo apt-get install -y mingw-w64 cmakeDownload precompiled libusb forwindows and extract it to thelibusb directory:wget x -olibusb libusb-1.0.19.7zBuild libftdi from source:wget xjvf libftdi1-1.2.tar.bz2cd libftdi1-1.2cmake -DCMAKE_TOOLCHAIN_FILE=cmake/Toolchain-i686-w64-mingw32.cmake \ -DLIBUSB_INCLUDE_DIR=../libusb/include/libusb-1.0 \ -DLIBUSB_LIBRARIES="-L../../libusb/MinGW32/static -lusb-1.0" \ -DCMAKE_INSTALL_PREFIX=../libftdi1 .make all installcd ..Build with command:make -f Makefile.mingw allBugsSee Issues on github to listcurrent bug reports or to report a bug.Current implementation of 1.4 SPI API (used in BlueSuite starting from 2.4)is based on a wild guess and is just a wrapper around 1.3 functions. Itdoesn't support multiple programmers connected at the same time and maycontain other bugs.ThanksThis project is a derivative of Frans-Willem Hardijzer's reverse-engineeredspilpt.dll drivers;Thanks to unicorn from for the idea of aDLL for Wine.Related projectsLPT programmer and general info by RobinGross;Reverse-engineered SPILPT driver + Arduino SPILPTdriver by Frans-WillemHardijzer, for Windows;SPILPT driver forWine under Linuxby unicorn using FTDI MPSSE;Software to read/write BC4flash over SPI using Raspberry PI GPIO;USBSPI programmer based on CSR BC3 chipusing original firmware by Jernej Škrabec;USBSPI programmer software for Linuxby Jernej Škrabec;USBSPI protocolanalysis;Using USBSPI onLinux;USBSPI programmer based on StellarisLaunchpad by Frans-WillemHardijzer, for Windows;pypickit contains code to flash CSRBC2 and BC3 chips using PicKit2.Other sources of informationBlueSuite 2.5.0 "source code" - it doesn't containsource code for SPI drivers but at least development header files inCSRSource/result/include/ are of some help. It seems CSR removed it fromdownload.

libusb/src/libusb/_libusb.py at master karpierz/libusb

Foreword4 people trying to test a "you just have to do (some vague description)" is more of time waster than "here's a patch that you can use to test". The less time we need to spend trying to replicate your problem and get comprehensive data about it, the faster you will get help.Example of a good request for helpMake sure you subscribe to libusb-devel and mail the list rather than the developersCheck out libusb Wiki, especially the FAQ page. Check out libusb documentation, for example, check out the API for return valuesAlways tell us the OS and OS version you use and libusb version you use. You should use the latest release version or latest git.Always tell us the device you use, an if it's not obvious, give us a description of what you want to do with it. To try to replicate the issue, we may have to find a similar deviceAlways tell us if you use a custom firmwareTry with a different device, and Try to provide us with a patch for xusb that we can use to replicate the issue. Of course xusb does not suit all situations, but it should be generic enough for simple one. If you do not want to use xusb, you can use a simple program as well. Always provide us with a complete log. Don't cherry pick.Check the limitations from each backendGive us a precise description of the steps we can reproduce the problemTry to test on a different OS: helps us identify if it's core or backendAt least sign with your first name so that we know how to address you. Besides yada, we may reply to multiple people at once and it's a PITA to address someone as starshine1234Additional stuffif it's an issue with descriptors, don't just assume that. 2132 INFO: Building PYZ (ZlibArchive) C: xx build t out00-PYZ.pyz 2533 INFO: checking PKG As I understand the pyusb (module usb) is just a wrapper to libusb0.dll or libusb-1.0.dll. And these dll's needs to be installed

libusb/libusb-cmake: CMake build system for libusb

Point 0x01 using usb_interrupt_write()To read 802.15.4 packet data allocate a 64 byte buffer and issue a usb_interrupt_read() to end point 0x81. If there are no packets available, usb_interrupt_read() will block until a packet arrives or the timeout period is reached. A timeout can be detected by checking the return status for -110.The first 6 bytes in the buffer are a ZENA header. Byte 0 is always 0x00. ZENA header bytes 1 - 4 is a packet timestamp. Bytes 1 and 2 is the fraction of a second in 2^-16 second units (first byte is the least significant). Bytes 3 and 4 is the seconds part of the timestamp. ZENA header byte 5 is the number of bytes of data remaining. The remaining data at this point is the 802.15.4 packet data (excluding FCS) plus two reception quality bytes at the end.If the length field is greater than 58 bytes then one or more additional usb_interrupt_read() requests must be issued to retrieve the remaining data. The data will continue at byte offset 1 (for some reason the first byte returned by usb_interrupt_read() to this device is always 0x00)The ZENA does not return the 802.15.4 FCS. You will need to recompute it if you need it. It does however return a single FCS OK bit in the last byte of the data.Instead of the FCS, the last two bytes is reception quality information: I assume the values are as described in the MRF 24J40 datasheet (see sections 3.7 and 3.6) CC2420 datasheet section 16.4: "The first FCS byte is replaced by the 8-bit RSSI value. This RSSI value is measured over the first 8 symbols following the SFD... The 7 least significant bits in the last FCS byte are replaced by the average correlation value of the 8 first symbols of the received PHY header (length field) and PHY Service Data Unit (PSDU). This correlation value may be used as a basis for calculating the LQI."The LQI and RSSI values from a sample packet capture look like this:The ZENA command line utilityI've opted to use plain C instead of Python. I'm more familiar (albeit very rusty) with C and it eliminates dependency on Python and PyUSB. You will still require libusb and associated development files which may not be installed by default. I am currently using libusb version 0.1. I plan to move to the more recent version 1.0 for the next release. The file can be downloaded from the download area at install on Ubuntu make sure libusb (version 0.1) is installed:sudo apt-get install libusb libusb-devTo compile just do:gcc -o zena zena.c -lusb -lrt(Update 20 Feb 2011: version 0.2+ of the zena utility has slightly different dependencies and compile instructions. See