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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* Drop outdated reference to /proc/sys/dev/sensors
* Bus type can be pci
* Make the examples more realistic
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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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removal. In recent kernels we can detect i2c-isa devices by checking
the i2c bus number: i2c-isa always uses 9191 as its bus number.
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Jean Delvare