- Also removes all references to boost/cstdint.hpp and replaces it with
stdint.h (The 'correct' replacement would be <cstdint>, but not all of our
compilers support that).
- Made dboard_iface an interface! Removed PIMPL
- Added unit "BOTH" to dboard API and expanded GPIO API width to 32
- Removed gpio_debug_mux. No product ever used that
- Refactored gpio_atr cores to work with new dboard_iface
- Moved dboard iface initialization to dboard_manager
- Added a restricted register function. Restricted dboards
don't expose their control iface in the property tree
- Added desired and coerced values and accessors to property
- Added support to register desired subscribers
- set APIs don't reallocate storage for a property value
- Renamed callback method registration APIs
- Registering 2 coercers or publishers for a property will throw
- Registering a coercer and a publisher for the same property will throw
All device-specific CMake components are now registered in one place,
before the host/lib/ subdirs are sourced. This way, there are no
cyclic dependencies.
This solves the issue where ENABLE_X300=Off could disable USB, but
preserves the fix where ENABLE_X300=Off would still build some X300
codes.
- Refactored GPIO ATR definitions
- Added new 3000 core with a more efficient API
- Added a separate db_gpio_atr core to control the ATR bus
- Ported b2xx, e3xx and x3xx to the new core
- Minor cleanup
* CMake now not applying C++ flags to C files
* GCC 4.4: anti-aliasing rules
* MSVC: narrowing, differences in subclass function parameters
* Clang: uninitialized variables
* OctoClock can communicate with UHD over Ethernet
* Can read NMEA strings from GPSDO and send to host
* Added multi_usrp_clock class for clock devices
* uhd::device can now filter to return only USRP devices or clock devices
* New OctoClock bootloader can accept firmware download over Ethernet
* Added octoclock_burn_eeprom,octoclock_firmware_burner utilities
* Added test_clock_synch example to show clock API
* The transmit streamer gives access to the async msg queue.
* The receive streamer gives access to the issue stream cmd.
* Supporting usrp implementation files updated.
* Example applications updated to use this API.
Its important to stop the threads before we let
the other smart point objects naturally deconstruct
to avoid thread-based race conditions.
The attempt to deconstruct the tree and soft time ctrl
had a bug because the tree had references in subtrees
within the dboard manager class.
Rather than continue to fix this method and
deconstruct the tree to free up soft time ctrl,
it seems simpler to just stop the thread in soft time ctrl,
and then let it naturally deconstruct later by ref count.
Unlike the other products, usrp1 uses the DAC and not DSP
to perform baseband frequency shifting in the hardware.
Therefore this shifting occurs before I and Q swapping,
and so, the sign of the frequency needs to be inverted
on daughterboards which have inverted I and Q TX inputs.
