be available in Linux kernel 2.6.23. Binary compatibility is guaranteed,
source code compatibility isn't, but the incompatibility will be
spotted quickly as the prototype of the helper function
i2c_smbus_read_i2c_block_data() changed. The only problem would be if
a program is calling i2c_smbus_access() directly. Hopefully this should
be a rare case. The py-smbus binding code is in this case and will be
adjusted soon.
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back from the address port, so the value 0xff is returned, causing
a false positive with the original test. Testing explicitly for 0x80
instead of only testing that bit 7 is set, works around it.
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from the openSuse sensors package. This is a good idea because the
PWM/speed relation isn't linear, and it is frequent that the speed
changes are concentrated in the low PWM range.
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* Delete sample lm_sensors.sysconfig file, it is now generated by
sensors-detect.
* Fix several occurences of the configuration file name.
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* Update Makefile and README to mention hwmon class for newer
2.6 kernels
* Add missing shell declarations
* Update URI
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monitoring devices are better accessed through the hwmon class. Original
patch from Jeff Kosowsky.
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of in /usr/local/sbin. Many users have been complaining and several
distribtions were (rightly) modifying sensors-detect because of this.
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sequence to the longer one, and stop as soon as one enter sequence worked.
This avoids false positives.
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If we find that the register at offset 5 doesn't behave as it would for
an LM78 or W83781D chip, attempt to restore its 8 original bits rather
than just the 7 LSB.
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a RTC chip. We detect it only because it lives at address 0x50, which is
also used by some hardware monitoring chips and most notoriously EEPROMs.
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easier to find out which specific address causes problem if the system
freezes or the SMBus locks itself, for example.
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focus of the script, so their handling shouldn't take more time and
code than strictly necessary.
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was using a brute force approach, quite reliable but very slow. The new
code should be just as reliable but about ten times faster.
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easier to see what is being tried in real time, in particular if the
probing locks for any reason.
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- Only probe I2C addresses for which we know at least one device. This will
speed up the probing a bit, and hopefully limit both user and hardware
confusion.
- Drop ARP-capable device detection, we don't do anything useful with
the information and we have no other reason to probe I2C address 0x61.
i2cdetect can be used instead when we want to know more about a given
I2C bus.
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Jean Delvare