* Clean up the CMake build system and improve the FindFFTW3 module.
* Fixes for Linux build
* Include winsock.h to get struct timeval
* Couple more fixes for MSVC, also add new FindMath module
* Update host build README for new CMake changes (esp. Windows)
* Try to fix Travis OS X build error
* Add docs about pthread-win32
* Whoops, AppVeyor caught a bug in FindFFTW where the includes not being found weren't generating a fatal error.
* Travis rebuild bump
* One more fix: replace hardcoded include paths with a PATH_SUFFIX to standard include paths
* Invert Windows preprocessor flag so it's only needed when using a static build. This preserves compatibility with the previous system.
* Fix copy-paste error
* Update cmake modules from amber-cmake upstream, incorporate TryLinkLibrary into FindUSB1
* Fix missing include
HackRF One supports arbitrary sample rates from 2 Msps to 20 Msps. In
early development we had ideas about preferred sample rates that we no
longer consider valid.
The checksum calculation process was causing the CPLD configuration to reload from flash. With the new SRAM loading mechanism, flash contents may not be up to date, so the CPLD bitstream may regress to the point of not working or not working correctly. This commit is a short-term fix for mossmann/hackrf issue #609.
fixes#435, osmosdr calls hackrf_exit for the last sink and the last
source. If both are in one flow graph the desctructor of the source
fails as the sink already closed the usb context.
This prevents hackrf_exit to close the context if not all devices are closed
The rad1o is the badge of the Chaos Communication Camp 2015 (CCCamp15).
The rad1o badge contains a full-featured SDR (software defined radio)
half-duplex transceiver, operating in a frequency range of about 50 MHz
- 4000 MHz, and is software compatible to the HackRF.
See https://rad1o.badge.events.ccc.de for more information.
Among the TODOs:
* Refactor obtaining LPC serial number and chip ID into separate API and header/source files. Remove from main().
* Create a usb_set_serial_number_descriptor() or similar function to be called before USB stack is started.
* Ensure USB serial number descriptor is valid even if code forgets to initialize the serial number before the USB stack is started. May be as simple as providing default initializer for usb_descriptor_string_serial_number[].
* Create a #define/constant for the usb_descriptor_string_serial_number length.
* Identify what's causing intermittent crashes in hackrf_transfer when no serial number is specified. I'm probably misusing getopt.
* Permit serial number without leading zeros so you don't have to type as much.
* Add support for serial number argument in other hackrf_* tools.
* Provide libhackrf support for enumerating multiple HackRFs, so that hackrf_info can list all devices. May require an additional libhackrf function, outside of hackrf_open().
...and anything else that makes this less of a hack.
