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livebox:xap_adapter [2011/12/18 18:19] – [1-Wire] brett | livebox:xap_adapter [2012/03/20 12:13] (current) – [1-Wire] minerva9 |
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<code> | <code> |
# xap-livebox --help | # xap-livebox --help |
| Livebox Connector for xAP |
Livebox Connector for xAP v12 | Copyright (C) DBzoo, 2008-2010 |
Copyright (C) DBzoo, 2008,2009 | |
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xap-livebox: [options] | xap-livebox: [options] |
-n, --instance NAME Default Controller | |
-i, --interface IF Default br0 | -i, --interface IF Default br0 |
-p, --port NUM Default 3639 | |
-s, --serial DEV Default /dev/ttyS0 | -s, --serial DEV Default /dev/ttyS0 |
-d, --debug 0-9 | -b, --baud RATE Default 115200 |
| -d, --debug 0-7 |
-h, --help | -h, --help |
# | # |
Each sensor can be given a label using the nomenclature "sensor#.label=<your label>". These are best setup using the WEB interface but can be done manually too. The assigned label will be included in the xAP message that is generated when the temperature changes. The 'displaytext' tag will have the format 'displaytext=<label> <temperature>' e.g. displaytext=Inside 21.0 | Each sensor can be given a label using the nomenclature "sensor#.label=<your label>". These are best setup using the WEB interface but can be done manually too. The assigned label will be included in the xAP message that is generated when the temperature changes. The 'displaytext' tag will have the format 'displaytext=<label> <temperature>' e.g. displaytext=Inside 21.0 |
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| 1wire devices can be setup with a calibration (offset) and hysteresis. This allows you to adjust the reading from each device to allow for variances in their readings. The hysteresis is used to prevent jitter from the devices triggering an event message. The offset may be positive or negative. The hysteresis is a positive value. Both values are floating point. |
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