| Commit message (Collapse) | Author | Age | Files | Lines |
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This is a specific override for the N310. It returns all the default
device info as a dict.
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MPMD binds a property for the mboard EEPROM to the appropriate RPC
calls. PeriphManager now provides default implementations for an mboard
EEPROM.
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- Based on feedback from ADI, updated SYSREF sequencing for
meeting deterministic latency requirements.
- Changed majority of register addresses in nijesdcore.py to
constants.
- Corrected write data to SYSREF_CAPTURE_CONTROL to produce
the correct SYSREF toggle rate inside the FPGA.
Signed-off-by: djepson1 <daniel.jepson@ni.com>
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Signed-off-by: djepson1 <daniel.jepson@ni.com>
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Signed-off-by: djepson1 <daniel.jepson@ni.com>
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Signed-off-by: djepson1 <daniel.jepson@ni.com>
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Signed-off-by: djepson1 <daniel.jepson@ni.com>
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- add clock shifting
- add DAC support
- modify __init__ calls for cleanup
Signed-off-by: djepson1 <daniel.jepson@ni.com>
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An N310 device will query all its dboards for ref lock status and
return a Boolean combination as a motherboard sensors (note: the N310
does not actually have a ref_locked sensor on the motherboard, this is
mostly for backwards-compat with UHD applications that expect a
motherboard ref lock sensor).
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- Motherboard sensors are automatically populated into the property
tree, they can be automatically enumerated and queried
- Daughterboard sensors have an API for querying and enumerating
sensors, but this commit does not automatically add them to the
property tree
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- Adds unit tests for sensor_value_t also
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This will enable both RevC and RevD from an MPM perspective. The
revision read back from the EEPROM is used to enable the code for either
rev.
The impact on the code is limited to the port expander GPIOs. Port
expander objects are instantiated in both the N310 MPM module as well as
the n3xx_bist executable.
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- Reversed the incorrect logic in spidev_iface.cpp for error checking
on init_spi
- Error on failed fd creation is now valid and added a null pointer
check for fd
- ioctl read operations are now given non-const references
- Bits per word coercion check is now initialized correctly
- Coercion errors now return -ENOTSUP instead of 2
- Improved logging messages with more information
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add comments
add TODOs
fix set_gain return value
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add comment
label get_fir as const
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change error outputs
add comments to some functions
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- Better logging
- Better error messages
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this fixes the channel swap in RX
preserves functionality in TX
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... to match dts spec
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When reading revision numbers from EEPROM, we now have an easy way of
checking of our version MPM is sufficient to run on the current device.
N310 implicitly makes use of this starting with this commit.
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- Adds most API calls
- Adds prop tree nodes
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- Adds convenience method to read 16-bit SPI transactions
- Fixes peek16 in spi_regs_iface to actually use 16-bit transactions
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- Make DB probe-able
- Add RPC client
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When there are no daughterboards present, clock and time source are
meaningless. It's also possible that corresponding FPGA images are not
loaded, in which case trying to set those could crash the system. Unless
daughterboards are actually present, these settings won't get applied
any more.
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On the RPC server side, we keep track of which methods require a claim
token. MPM shell uses this info to automatically add claim tokens when
required.
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Was actually the old rpc_shell.py, was renamed and heavily refactored.
Now includes claim logic and other fancy features.
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When the GPS chip is non-functional, gpsd could simply fail to return a
value. In that case, the recv() call to the socket would hang
indefinitely. This adds a graceful failure for that case.
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