| Commit message (Collapse) | Author | Age | Files | Lines |
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six is no longer in use within UHD, this is a stray reference in the
build documentation.
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This is a new API call, only available on Python, and only available for
MPM devices (it is added dynamically). It returns an object that allows
calling RPC calls in a Pythonic manner.
Example:
>>> rpcc = usrp.get_mpm_client()
>>> print(rpcc.get_device_info()) # Will print device info, as returned
# by uhd_find_devices
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For displaying the docstring of a command, the ? character needs to
be prepended to the command, not appended.
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Signed-off-by: michael-west <michael.west@ettus.com>
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Updates e3xx and n3xx register map documentation.
- Add new RFNoC registers
- Remove depreicated RFNoC registers
- Add other missing registers
- Correct formatting
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Signed-off-by: mattprost <matt.prost@ni.com>
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This is an update to the documentation for installing the RIO PCIe
transport infrastructure using the NI Linux Device Driver repository.
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This adds some more details on mpm.conf, what it does, how it works, and
which keys it accepts.
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Flatbuffers offers an option to set the default extension for
binary files. Our calibration files have the extension .cal. Set
the extension in all schema files to ease conversion between
binary and text representation of calibration files.
Updated documentation accordingly.
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Add chapter to explain usage of supported switch classes which
handle connection of DUT and measurement devices. Documentation
is done for ManualSwitch (default) and NI switch for devices that
can be used by the niswitch Python package.
Co-authored-by: Martin Braun <martin.braun@ettus.com>
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This enables the power calbration API for X300 and X310. The
uhd_power_cal.py script will be able to create calibration files for
X300 series USRPs.
The multi_usrp calls *_power_reference will be functional, assuming
there is calibration data available for the given system.
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This lets the B200 transmit and/or receive at given reference power
levels. Requirement is that the devices have been separately calibrated
with an external calibration device.
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This is a tool for running power calibration.
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This will allow run_testsuite.py to be called for specific devices instead
of all devices for a certain type.
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Disables CLANG_ASSISTED_PARSING and CLANG_OPTIONS, which are not
available in all Doxygen version, and are unused.
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- Change the git URL to https (from git protocol)
- Remove references to fpga-src
- Update branch information (removed references to maint)
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When the FPGA repo was merged back into the UHD repository, this line
was forgotten.
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Recent commits have removed all usage of the 'six' Python module from
UHD, thus removing the necessity to install it.
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Revise tick rate and sample rate information for recent changes.
Signed-off-by: Michael West <michael.west@ettus.com>
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Fixed nested comment warning by escaping /* sequence in file path.
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removed doxgen deprecation warnings by running `doxygen -u` against
Doxygen.in
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This adds the following API calls:
- multi_usrp::has_{rx,tx}_power_reference()
- multi_usrp::set_{rx,tx}_power_reference()
- multi_usrp::get_{rx,tx}_power_reference()
- radio_control::has_{rx,tx}_power_reference()
- radio_control::set_{rx,tx}_power_reference()
- radio_control::get_{rx,tx}_power_reference()
It also adds a manual page explaining the philosophy of the API.
Note that this does not actually add this feature to any device
implementation. Calling the new API calls will thus result in
`uhd::not_implemented_error` exceptions being thrown. This commit is to
lock down the API and ABI.
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Add some additional documentation to the Configuration Devices and
Streamers and Transport Notes pages regarding stream arguments and
their use.
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Up until now, we completely ignore the XDG specification.
This commit does the following to change that:
- It uses XDG_DATA_HOME and XDG_CONFIG_HOME for cal and config data,
respectively.
- If config data is in ~/.uhd/uhd.conf, that is still accepted, but if
it conflicts with $XDG_CONFIG_HOME/uhd.conf, it is ignored and a
warning is displayed
- The default location for cal data is thus ${HOME}/.local/share/uhd/cal
on Unix, and %LOCALAPPDATA%\uhd\cal on Windows. This is a change in
location!
- The UHD_CONFIG_DIR environment variable was confusingly named and is
now removed. It provided an alternative location than the home
directory. The same purpose is now much better served by XDG_DATA_HOME
and XDG_CONFIG_HOME.
The specification can be found here:
specifications.freedesktop.org/basedir-spec/basedir-spec-latest.html
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This will convert cal data files based on CSV to the new binary format.
In most cases, running
./convert_cal_data.py
is sufficient.
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Now that we have cal::iq_cal and cal::database, there's no need to
manually wrangle CSV files for calibration data. This commit replaces
all CSV operations with cal::database calls and uses cal::iq_cal as
a container.
CSV files can still be read, but are considered deprecated.
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This class can be used to store calibration coefficients for the X300
DC offset and IQ imbalance calibration.
Note: This also modifies Doxyfile.in to not document files generated by
flatc.
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On the new RFNoC with UHD 4.0 architecture, Basic/LF dboards use
a new operating paradigm. The streaming mode (real mode or
complex) is determined by setting the antennas (to A/B or AB/BA
respectively). Basic/LF RX dboards also support 2 frontends (0 and
1), and Basic/LF TX dboards support 1 frontend (0). This new
behavior only applies to applicable RFNoC devices (currently
X300/X310).
All pre-RFNoC devices (i.e. USRP2/N200 and earlier) maintain legacy
behavior. RFNoC with UHD 3.xx branches also maintains old behavior.
Signed-off-by: mattprost <matt.prost@ni.com>
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The n3xx and x3xx device pages both link to the DPDK page. However, the
link was setup as type "subpage" instead of "ref". The result was that
both device pages thought they owned the DPDK page which caused
non-intuitive behavior when clicking through links in the manual
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While merging the FPGA code into the UHD codebase, the manual building
process was not modified, resulting in either a link to the website
instead of building the FPGA manual as part of the rest, or by using a
residual submodule.
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This gives examples of how to use the set_gpio_src() API and friends.
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Add a subsection to both N310- and N320 specific features to
document the EEPROM flags simliar to as it is done in the E320
documentation.
Signed-off-by: Joerg Hofrichter <joerg.hofrichter@ni.com>
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-Adds embedded mode tests for E310 and E320 to the
R&D testing procedure.
-Modifies increased rates for 1Gige testing on E320
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docs: Update DPDK docs with new parameters:
Parameter names have had their hyphens changed to underscores, and
the I/O CPU argument is now named after the lcores and reflects
the naming used by DPDK.
transport: Add new udp_dpdk_link, based atop the new APIs:
This link is tightly coupled with the DPDK I/O service. The link class
carries all the address information to communicate with the other
host, and it can send packets directly through the DPDK NIC ports.
However, for receiving packets, the I/O service must pull the packets
from the DMA queue and attach them to the appropriate link object.
The link object merely formats the frame_buff object underneath, which
is embedded in the rte_mbuf container. For get_recv_buff, the link
will pull buffers only from its internal queue (the one filled by the
I/O service).
transport: Add DPDK-specific I/O service:
The I/O service is split into two parts, the user threads and the
I/O worker threads. The user threads submit requests through
various appropriate queues, and the I/O threads perform all the
I/O on their behalf. This includes routing UDP packets to the
correct receiver and getting the MAC address of a destination (by
performing the ARP request and handling the ARP replies).
The DPDK context stores I/O services. The context spawns all I/O
services on init(), and I/O services can be fetched from the dpdk_ctx
object by using a port ID.
I/O service clients:
The clients have two lockless ring buffers. One is to get a buffer
from the I/O service; the other is to release a buffer back to the
I/O service. Threads sleeping on buffer I/O are kept in a separate
list from the service queue and are processed in the course of doing
RX or TX.
The list nodes are embedded in the dpdk_io_if, and the head of the
list is on the dpdk_io_service. The I/O service will transfer the
embedded wait_req to the list if it cannot acquire the mutex to
complete the condition for waking.
Co-authored-by: Martin Braun <martin.braun@ettus.com>
Co-authored-by: Ciro Nishiguchi <ciro.nishiguchi@ni.com>
Co-authored-by: Brent Stapleton <brent.stapleton@ettus.com>
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Update UBX and SBX gain settings in the manual for phase alignment
testing.
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