esp32_https_server/examples/Async-Server/Async-Server.ino at develop · dekarma/esp32_https_server · GitHub

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/**

* Example for the ESP32 HTTP(S) Webserver

* IMPORTANT NOTE:

* To run this script, your need to

* 1) Enter your WiFi SSID and PSK below this comment

* 2) Make sure to have certificate data available. You will find a

* shell script and instructions to do so in the library folder

* under extras/

* This script will install an HTTPS Server on your ESP32 with the following

* functionalities:

* - Show simple page on web server root

* - 404 for everything else

* The server will be run in a separate task, so that you can do your own stuff

* in the loop() function.

* Everything else is just like the Static-Page example

// TODO: Configure your WiFi here

#define WIFI_SSID "<your ssid goes here>"

#define WIFI_PSK "<your pre-shared key goes here>"

/** Check if we have multiple cores */

#if CONFIG_FREERTOS_UNICORE

#define ARDUINO_RUNNING_CORE 0

#else

#define ARDUINO_RUNNING_CORE 1

#endif

// Include certificate data (see note above)

#include "cert.h"

#include "private_key.h"

// We will use wifi

#include <WiFi.h>

// Includes for the server

#include <HTTPSServer.hpp>

#include <SSLCert.hpp>

#include <HTTPRequest.hpp>

#include <HTTPResponse.hpp>

// The HTTPS Server comes in a separate namespace. For easier use, include it here.

using namespace httpsserver;

// Create an SSL certificate object from the files included above

SSLCert cert = SSLCert(

example_crt_DER, example_crt_DER_len,

example_key_DER, example_key_DER_len

);

// Create an SSL-enabled server that uses the certificate

HTTPSServer secureServer = HTTPSServer(&cert);

// Declare some handler functions for the various URLs on the server

void handleRoot(HTTPRequest * req, HTTPResponse * res);

void handle404(HTTPRequest * req, HTTPResponse * res);

// We declare a function that will be the entry-point for the task that is going to be

// created.

void serverTask(void *params);

void setup() {

// For logging

Serial.begin(115200);

// Connect to WiFi

Serial.println("Setting up WiFi");

WiFi.begin(WIFI_SSID, WIFI_PSK);

while (WiFi.status() != WL_CONNECTED) {

Serial.print(".");

delay(500);

}

Serial.print("Connected. IP=");

Serial.println(WiFi.localIP());

// Setup the server as a separate task.

Serial.println("Creating server task... ");

// We pass:

// serverTask - the function that should be run as separate task

// "https443" - a name for the task (mainly used for logging)

// 6144 - stack size in byte. If you want up to four clients, you should

// not go below 6kB. If your stack is too small, you will encounter

// Panic and stack canary exceptions, usually during the call to

// SSL_accept.

xTaskCreatePinnedToCore(serverTask, "https443", 6144, NULL, 1, NULL, ARDUINO_RUNNING_CORE);

}

void loop() {

Serial.println("loop()");

delay(5000);

}

void serverTask(void *params) {

// In the separate task we first do everything that we would have done in the

// setup() function, if we would run the server synchronously.

// Note: The second task has its own stack, so you need to think about where

// you create the server's resources and how to make sure that the server

// can access everything it needs to access. Also make sure that concurrent

// access is no problem in your sketch or implement countermeasures like locks

// or mutexes.

// Create nodes

ResourceNode * nodeRoot = new ResourceNode("/", "GET", &handleRoot);

ResourceNode * node404 = new ResourceNode("", "GET", &handle404);

// Add nodes to the server

secureServer.registerNode(nodeRoot);

secureServer.setDefaultNode(node404);

Serial.println("Starting server...");

secureServer.start();

if (secureServer.isRunning()) {

Serial.println("Server ready.");

// "loop()" function of the separate task

while(true) {

// This call will let the server do its work

secureServer.loop();

// Other code would go here...

delay(1);

}

void handleRoot(HTTPRequest * req, HTTPResponse * res) {

// Status code is 200 OK by default.

// We want to deliver a simple HTML page, so we send a corresponding content type:

res->setHeader("Content-Type", "text/html");

// The response implements the Print interface, so you can use it just like

// you would write to Serial etc.

res->println("<!DOCTYPE html>");

res->println("<html>");

res->println("<head><title>Hello World!</title></head>");

res->println("<body>");

res->println("<h1>Hello World!</h1>");

res->print("<p>Your server is running for ");

// A bit of dynamic data: Show the uptime

res->print((int)(millis()/1000), DEC);

res->println(" seconds.</p>");

res->println("</body>");

res->println("</html>");

}

void handle404(HTTPRequest * req, HTTPResponse * res) {

// Discard request body, if we received any

// We do this, as this is the default node and may also server POST/PUT requests

req->discardRequestBody();

// Set the response status

res->setStatusCode(404);

res->setStatusText("Not Found");

// Set content type of the response

res->setHeader("Content-Type", "text/html");

// Write a tiny HTTP page

res->println("<!DOCTYPE html>");

res->println("<html>");

res->println("<head><title>Not Found</title></head>");

res->println("<body><h1>404 Not Found</h1><p>The requested resource was not found on this server.</p></body>");

res->println("</html>");

}

esp32_https_server/examples/Async-Server/Async-Server.ino at develop · dekarma/esp32_https_server · GitHub

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