Make PressureNet Live API calls and manage the results locally @author jacob

Describe a call to the PressureNet Live API @author jacob

Securely send collected data to servers. @author jacob

Store configurations for the PressureNet SDK @author jacob

A description of the current weather at a specific location. @author jacob

Collect data from onboard sensors and store locally @author jacob

Securely send collected data to servers. @author jacob

Keep track of app settings, as this SDK may be used by more than one app on a device. This allows an empty Intent to start the Service generically, an

Basic weather alert information @author jacob

Implement location strategy for GPS, Network location Find the most accurate location within a time limit Minimize battery use @author jacob

Store a single observation Measurement value, measurement accuracy, location, location accuracy, time, id, privacy, client key @author jacob

Register an application @author jacob

Science methods and classes. Provide simple data processing like trend discovery. This will eventually expand to forecasting and other atmospheric sci

Collect data from onboard sensors and store locally @author jacob

Represent developer-facing pressureNET API Background task; manage and run everything Handle Intents @author jacob

Use Preferences to hold core PressureNet settings Wrap and be compatible with Android Preferences Collection and Submission Frequency, Privacy control

Parent class for all Weather @author jacob

Compare two current conditions' time vales @author jacob

Handler of incoming messages from clients.

Collect and send data in a different thread. This runs itself every "settingsHandler.getDataCollectionFrequency()" milliseconds

Compare to observation's sensor values @author jacob

Send a single reading. TODO: Combine with ReadingSender for less code duplication. ReadingSender. Fix that.

Compare to observation's time values @author jacob