- #GLOW NEON TETRA FULL#
- #GLOW NEON TETRA CODE#
- #GLOW NEON TETRA PASSWORD#
- #GLOW NEON TETRA WINDOWS#
4 What Are Signs of Aggression Occurring?.*Responsible for keeping the real-time state of all users loged into the system.Responsible for keeping the real-time state of all Sensors and Acuators in the network.Provides the root management for an IUser entity and will possibly mutate the user (login, logout, etc) based on UI crud, etc.Will be deployed onto the physical device via an actor.Provides the ability to monitor the soft/hard sensor iteself, and it will report any updates to the system and ultimately to the ISensor itself via our Actor model.Routing to the correct actor for the actuator.Provides the ability to mutate an actuator.Security and Access Control (authen/author).Used to represent a user, membership and profile data.That is, we can trigger a scene which mutates multiple device actuators An arbitrary collection of Actuators, irregardless of the device which they belong to.IList Actuators //a list of actuators attached to the device.IList Sensors //a list of sensors attached to the device.Used to represent a collection of Sensors and Actuators.Sensor //Last known state of the actuator.Used to represent the notion of something which can be mutated in a variety of ways.Timestamp in UTC //when the last reading took place.Used to represent the current state of a device which provides telemetry.This will allow for the greatest amount of flexibility.
In hybrid scenarios or multi-nodes in our cluster this will be very obvious.Įach will be represented as an interface vs a concrete type. In order to mutate, we must consider a "mutator" or an "activator" object.Īlso keep in mind that since the actuator must be ran on a specific device activting it will most likey need to message another actor to perform the work.
Remote execution of a Actor / Actuator from the Web HeadĪll core object models must be immutable as we will be leveraging the Actor Framework. Browse, Read, Edit, Add, Delete core entities. Get a basic library setup to manage core entities. Get a modern (kestrel) Web Server operational, and redundant/microservice setup within the Akka.Net method for microservices. #GLOW NEON TETRA WINDOWS#
Docker support, including automated deployments to Rpi and Windows (docker and bare metal).
Design initial Actor framework (Coodinators/Managers, etc.). Setup project structure with the Akka.NET. Possibly a smaller trendline graph under each. Large display of "primary" sensors, and current data. Most used / recently used actuators listed/actionable. Provide an "optional services" section to capture:. Geolocation in browser to detect location, and automatically wire up the weather for the local machine. Network and device scans to automatically discover available devices (sensors and actuators). #GLOW NEON TETRA PASSWORD#
Capture the username and password of "root" account. Motion sensor to control a subset of lights. 
Take temperature, humidty and PH levels every minute. Sunrise and sunset to control the lighting. to control motors for things like feeding, water pump, etc. Everything runs off of a single Raspberry PI. Wake on lan as an actuator? Some sample scenarios We could also scan the entire subnet and keep track of each device on the network, and their connectivity state (essentially treat them as sensors). NLP based interaction (bot all the things!)Įach sensor, actuator and user, etc. Actors in the system (as DLL's) dynamically loaded up. Groups (logical grouping of actuators and/or sensors). Presense detection (Bluetooth, Wifi, Arp, queue, Router). #GLOW NEON TETRA FULL#
Philips Hue (and any other lighting options, full color, dimmable, color temp, on off, etc.). Leveraging GPIO/SPI on the RPi, to the processing power and storage on the cloud (Azure, Aws, etc.). So for example, running an entire office or large home, all the way down to a small fish tank. and the spirit of the system is adaptability.Īdaptable in the sense of the devices and the scenarios, deployment and hosting, etc. The core of the project will be based on "Sensors" and "Actuators". Customizable data repository (extensible). Scheduled and Automatic updates from github. #GLOW NEON TETRA CODE#
VS.NET 2017, 2019 and VS Code supported. I would like to avoid any sort of Entity Framework (probably just my personal bias against it). Start with Angular for the UI, but 100% must be mobile first (I could care less if its angular or react or whatever). Should never have any limitations on scale (done). So this possibly means self-hosting the Web Server, MQTT, etc. Hosting in docker by default, kubernetes, raspberrypi, linux, windows, macos, or bare metal. Extesibility via Actor model (versioning of each) (done). Messaging, cross machine comm, cross platform (done). Micro-services, fault tolernate, scalability (done). Leverage an Actor Framework (using Akka.Net) (done). To create "yet another home automation system".
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