andygeiss/esp32

package device

import (
    controller "github.com/andygeiss/esp32-controller"
    "github.com/andygeiss/esp32-controller/serial"
    "github.com/andygeiss/esp32-controller/timer"
    wifi "github.com/andygeiss/esp32-controller/wifi"
)

// Controller handles the api logic and state of an ESP32.
type Controller struct {
}

const ssid string = "SSID"
const pass string = "PASSPHRASE"
const host string = "HOSTNAME"
const port int = 3000
const request string = "GET /index.html HTTP/1.0\r\n\r\n"

var client wifi.Client

// NewController creates a new controller and returns its address.
func NewController() controller.Controller {
    return &Controller{}
}

// Loop code will be called repeatedly.
func (c *Controller) Loop() error {
    serial.Print("Connecting to [")
    serial.Print(host)
    serial.Print(":")
    serial.Print(port)
    serial.Print(")] ...")
    if client.Connect(host, port) {
        serial.Println(" Connected!")
        client.Println(request)
    } else {
        serial.Println(" Failed!")
    }
    timer.Delay(5000)
    return nil
}

// Setup code will be called once.
func (c *Controller) Setup() error {
    serial.Begin(serial.BaudRate115200)
    serial.Print("Connecting to WiFi ...")
    for wifi.Status() != wifi.StatusConnected {
        wifi.BeginEncrypted(ssid, pass)
        serial.Print(".")
        timer.Delay(1000)
    }
    serial.Println(" Connected!")
    return nil
}