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For Windows builds (which require MinGW-w64) we currently support:
- cross-builds using MXE (mxe.cc) and possibly other cross-compile setups
- native builds using MSYS2 (sf.net/projects/msys2/)
Neither of those require explicitly specifying ACLOCAL_DIR.
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The code was trying to emit annotations before
self.register(srd.OUTPUT_ANN) was run.
This fixes bug #357.
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Avoid decoding and outputting data from the SPI bus if the CS pin
hasn't been asserted. This avoids confusing both users and stacked
decoders which otherwise end up seeing traffic intended for other
chips (or just noise).
Note: The old behavior of decoding all traffic is still in place if
no CS pin has been wired up to the decoder.
This fixes bug #559.
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Fixed:
- wrong address decoding for some branches
- error in annotation lists for exception entry/exit
- exception was being thrown for 0E0N p-header packets
- fixes to objdump output parsing, better function name & source code matching
New features:
- added decoding of IRQ names for branch exception info
- added support for -C option to objdump to decode C++ symbol names
- put branches on the "Exceptions" annotation row when they contain exception info.
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Use g_malloc*() for small allocations and assume they always
succeed. Simplify error handling in a few places accordingly.
Document the rules in the README file.
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This allows for easily extending the PD to support other clones or
compatibles of the nRF24L01(+) chip as well.
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At 3 samples per bit, the uart decoder took the value at the last sample
instead of the middle one. Improve calculations so that sampling is more
accurate at odd number of samples per bit.
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This one can take a while, thus disable the timeout.
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This fixes bug #424.
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This also outputs one item of OUT_BINARY per jitter value (not one
item per ASCII character in the ASCII floating point number).
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Signed-off-by: Sebastien Bourdelin <sebastien.bourdelin@savoirfairelinux.com>
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Signed-off-by: Sebastien Bourdelin <sebastien.bourdelin@savoirfairelinux.com>
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Signed-off-by: Sebastien Bourdelin <sebastien.bourdelin@savoirfairelinux.com>
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Reworked in the algorithm:
- Fixed the polarity setting
- Taken in consideration the first transition
- Using the 'None' state instead of -1 and 0 value
- Simplify the algorithm and remove useless branches and variables
- Avoid re-calculating the same thing more than once
- Renamed a few variables for a better understanding
- Duty cycle precision changed to floating value
Otherwise:
- Added a meta OUTPUT for the duty cycle average
- Renamed the polarity option:
'polarity', 'active low/high' are well-understood terms.
- Added comments
Signed-off-by: Sebastien Bourdelin <sebastien.bourdelin@savoirfairelinux.com>
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Wait for the CS# line to be inactive before decoding the commands.
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This could previously be detected by the absence of a CS-CHANGE packet
before the first data packet, but it makes the stacked decoder simpler
if it is told directly.
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This will allow for much simpler code in stacked PDs.
Adapt stacked PDs to new API.
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Use self.ss/self.es, or if there's a need to differentiate
them a bit more, use self.ss_<suffix>/self.es_<suffix> consistently.
Also, drop some unused variables.
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Anything else in the pd.py files doesn't have to be imported/exposed.
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Supports annotated output for analysing debug sessions, Python output
for potential stacked decoders looking at higher level debug
operations.
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This seems to be required at least for some AM2301 and DHT11 sensors.
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The naming has been changed to "annotation class" a while ago.
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