| Commit message (Collapse) | Author | Age | Files | Lines |
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For USRPs that support user settings (e.g., B2xx, N230), this will
return an object that will allow peeking and poking user-defined
settings registers.
Mock code example:
auto usrp = multi_usrp::make(...);
auto user_settings_iface = usrp->get_user_settings_iface();
user_settings_iface->poke32(0, 23);
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No functional changes. Cleanup only. A little less Boost.
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The testsuite now includes more environment variables for source dir,
build dir, and PYTHONPATH.
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You can now change the time/clock source default through device args:
auto usrp = uhd::usrp::multi_usrp::make(
"type=x300,clock_source=external,time_source=external");
This also enables the use of config files for the clock/time source
implicitly.
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x300_impl will now use a constrained_device_args_t-derived object to
parse device args.
No API or functional changes.
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- Add default parser helper
- Allow _enforce_discrete() for str_arg
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Also puts all defaults into the uhd::usrp::x300 namespace.
This commit does some renaming and refactoring, but no functional
changes.
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- All tests pass except for gpio_test
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- Change RX/TX min/max frequency according to AD9361 datasheet
- Fix set_atr_bits to change with rx/tx frequency and antenna independently
- Make AMP switching active high
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With Boost 1.64 to 1.65 (which, of course, Ubuntu LTS ships), the
`PyInit_Libraryname` are invisible when one sets the default visibility
to "hidden" (which is reasonable, and which we do).
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- The flushing mechanism now looks similar to that in noc_shell
- Make use of new flush bit in FIFO control register
- Restrict using the clear bit only after flushing to ensure no
partial packets are introduced in the stream. (clear immediately
empties out FIFOs)
- Changes are backwards compatible with older FPGAs
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clock_source call
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- Unnecessary use of Boost
- Use of thread_priority.hpp
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Before, setting these properties in the prop tree would trigger an
exception.
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To support python api installer
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On non-Windows platforms, enable the Python API by default in CMake.
Enabling the Python API in Windows causes build failures- that is, we
currently can't detect if the requirements are met in the Windows
build system. Because of that, we'll leave it disabled by default for
now.
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Adding section in the manual on how to build filesystems and SD card
images.
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This device is the only one using it, and no one will ever use it going
forward.
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- This bug could cause LO to not lock properly after a set_frequency call
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This is a fixup of a pretty old commit, but necessary. It adds
a UHD_USRP_MULTI_USRP_TX_LO_CONFIG_API macro for detection of TX LO
controls, which should have been in the original commit.
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This will broadcast on all interfaces concurrently, instead of serially.
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The Python API should now be installed to
`PREFIX/lib/pythonVER/dist-packages/uhd`
where the PREFIX is set by CMake and the Python version is determined
by the Python module `distutils`. This should match user expectations
much more than the previous behavior.
Behavior in Virtualenvs is unchanged.
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- Bump the UHD API version and return to development branch status
- Removing artful in list of Ubuntu releases. Support for artful ended
in July 2018.
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Ethernet buffering is now done so that most of the buffering is done in
the socket buffers and multiple frames are only used to support the
receive side offload of the socket I/O. Eliminates dropped packets at
high full duplex rates.
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send_buff_size is now constrained to input fifo size, and we increase
timeout on getting flow control to reduce CPU usage.
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This is to allow for num_recv_frames=1 and reduce conversions from ticks
to time_spec_t to improve critical path performance.
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This is to avoid underruns caused by flow control packets being blocked
by data packets at high rates.
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- UHD will now "disconnect" the noc_block data-path from
the crossbar when the block's dtor is invoked. This allows
long running or slow blocks to empty out rapidly during
teardown.
- UHD will also attempt to flush at init time in case a block
is destroyed abnormally. The goal of the flush mechanism is
to not lock up the FPGA
- noc_shell compat number is now 3
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This is an API tester that uses the Python API to verify the correct
behaviour of multi_usrp with respect to a hardware implementation.
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- Update Debian changelog
- Update manifest.txt
- Update Debian copyright file
- Update fpga-src submodule
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