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Note: I moved away from this project because the moisture sensor turned out to be totally unreliable after a few weeks of usage.
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## What this program does
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- Connect to one of the known wifi networks
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- Read the soil moisture sensor
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- Automatically calibrates its sensor for min/max values
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- Automatically calibrate its sensor for min/max values
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- Fetch the settings associated with each device
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- Send the sensor value on the [eedomus](http://www.eedomus.com) home automation cloud. This part be easily replaced by an other home auomation solution.
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- Send the sensor value on the [eedomus](http://www.eedomus.com) home automation cloud. This part can be easily replaced by another home auomation solution.
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## Known issues
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- Light reading doesn't work, it seems to be an hardware issue
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- Coming back from deep sleep is not properly handled, probably a software issue. It has no impact at this stage thought
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- The current consumption never goes below 40mA, thus making it unsuited for low consumption
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- The program might get stuck if there's a (even temporary) wifi connection issue. As such there's a timer-based software watchdog logic to restart the devicee when this happens.
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- The program might get stuck if there's a (even temporary) wifi connection issue. As such there's a timer-based software watchdog logic to restart the device
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when this happens.
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## Getting started with it
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- Install the [USB to serial driver](https://www.silabs.com/products/development-tools/software/usb-to-uart-bridge-vcp-drivers)
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