- activateGPIO(Raspberry, Device) - Static method in class piserver.InputOutput
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activateGPIO: This method activate the GPIO port specified, according to their level activation
- addDevice(Device) - Method in class piserver.Server
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addDevice: This add a Device to the list of devices in the Server
- addI2CDeviceToMap(I2CDevice, String) - Method in class piserver.Raspberry
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addI2CDeviceToMap: append a I2C device to the Hash Map with all I2C devices defined in this Raspberry
- addListRules(AutonomousRule) - Method in class piserver.ServerStatus
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addListRules: add a rule to the list of rules.
- addPeripheral(Peripheral) - Method in class piserver.Processor
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addPeripheral: add a peripheral to this processor.
- addPinDigitalToMap(String, GpioPinDigitalMultipurpose) - Method in class piserver.Raspberry
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addPinDigitalToMap: append a GPIO to the hashmap with all the GPIO defined in this Raspberry
- addProcessorList(Processor) - Method in class piserver.Status
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addProcessorList: add a processor to the processor list.
- ADS1115_CONFIG_REGISTER - Static variable in class piserver.Constants
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- ADS1115_CONVERSION_REGISTER - Static variable in class piserver.Constants
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ADS1115 ADC Data configuration
- ADS1115_GAIN - Static variable in class piserver.Constants
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- ADS1115_NUMBER_SAMPLES - Static variable in class piserver.Constants
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- ADS1115_RESOLUTION - Static variable in class piserver.Constants
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- AUTONOMOUS_SENSORS - Static variable in class piserver.Constants
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AUTONOMOUS_SENSORS: Array with the names of the sensors to test in the autonomous mode.
- AutonomousMode - Class in piserver
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AutonomousMode: class who implements the autonomous working mode.
- AutonomousMode(Raspberry, ServerStatus) - Constructor for class piserver.AutonomousMode
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AutonomousMode: This class implements the autonomous mode.
- AutonomousRule - Class in piserver
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AutonomousRule: this class implements a rule for a specific server, when it's working in autonomous mode.
- AutonomousRule() - Constructor for class piserver.AutonomousRule
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