shurillu
commented
4 years ago Hola Javier,
this is not a CTBot library issue, anyway I'll try to help you.
I guess you don't update the ESP8266 core for some compatibility issue versus old code, but I strongly suggest you to update.
BTW the core of the CTBot library is the sendCommand() method: it is "self contained". In other word that method:
- establish a connection to the Telegram Server
- send the defined command
- get the response
There are a lot of other stuff inside (for example, exit when the JSON packet is complete without waiting the connection timeout) so my advice is: try to use the code in the
sendCommand()method stripping out all the fancy code. As far as I remember, the fingerprint is mandatory only from 2.5.0 ESP8266 core library version and above, so I guess is not a fingerprint problem... Finally, try to use this code to create the WiFiClientSecure object:BearSSL::WiFiClientSecure telegramServer;and in your setup, set the fingerprint:
telegramServer.setFingerprint(m_fingerprint);My last advice is, when you can't figure out what is going wrong, put some console log (
Serial.print()) printing out the returned codes of the functions/methods called as you can monitor if errors occurred. Let me know if you found a solution. Mucha suerte hombre y que te vaya bien!
Stefano
javierferwolf
Hi everyone!!
I have a small program that works via GET statements rather than a library. I use the ESP8266 core 2.4.2 and as everyone knows this version of core has stopped working for telegram. and I've been looking for libraries that still work with version 2.4.2. and I found this interesting library CTbot I'm interested to know what this library has that continues to work in this core??
I tried to add to the code const uint8_t fingerprint[20] = { 0xBB, 0xDC, 0x45, 0x2A, 0x07, 0xE3, 0x4A, 0x71, 0x33, 0x40, 0x32, 0xDA, 0xBE, 0x81, 0xF7, 0x72, 0x6F, 0x4A, 0x2B, 0x6B }; Use client.setFingerprint(fingerprint); in setup block. but without success!!
could someone tell me what would I have to add or remove in my code to make it work again?
include
include
include "DHT.h"
// Definimos los parámetros de conexión a la WIFI const char ssid = "intrusos"; // no superior a 32 caracteres const char pass = "xxxxxxxxxx"; // contraseña wifi int status = WL_IDLE_STATUS;
// Datos del Bot de Telegram String BOTtoken = "bot2xxxxxxxx:xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx";
String Chat_id = "xxxxxxxxx"; // Chat_id String Texto_enviar = ""; String Texto_recibido = ""; String Update_id = ""; String anterior_upd = ""; String Nueva_upd = ""; String Respuesta = "";
int Inicio; int Termino; int Intervalo = 15000; unsigned long elapsed = 0; unsigned long previous; boolean respondio = false;
define DHTPIN 4
define DHTTYPE DHT11 // DHT 11
DHT dht(DHTPIN, DHTTYPE);
WiFiClientSecure client; // inicio del cliente seguro IPAddress server(149, 154, 167, 200); // IP de api.telegram.org
void setup() {
Serial.begin(115200);
// Conecta a la WIFI WiFi.begin(ssid, pass); /// } client.setInsecure();
while (WiFi.status() != WL_CONNECTED) { delay(500); Serial.print("."); } Serial.println(""); Serial.println("Conectado a la red WiFi"); Serial.println("Dirección IP: "); Serial.println(WiFi.localIP());
if (client.connect(server, 443)) { Serial.println(".... conectado a Telegram"); }
Enviar_texto(" Inicio del Sistema .......");
Ultimo_msg(); previous = millis();
}
void loop() { elapse(); Leer_msg(); // leemos el ultimo mensaje
if (elapsed > 500) {
} }
void busca_texto( String Rsp ) { Texto_recibido = ""; int start = Rsp.indexOf("text") + 7 ; // Buscamos el indice ( numero ) de la palabra "text" y le añadimos 7 int fin = Rsp.indexOf("}}]}") - 1; // Buscamos el indice del texto }}]} y le restamos uno Texto_recibido = (Rsp.substring(start, fin)); // Guardamos el resultado en la variable }
void busca_upd_id( String Rsp ) { anterior_upd = Update_id; // Guardamos la anterior Update_id para comprobar int start = Rsp.indexOf("update_id") + 11 ; // Buscamos el indice del texto y le añadimos 11 int fin = Rsp.indexOf("message") - 2; // Buscamos el indice del texto y le restamos 2 Update_id = Rsp.substring(start, fin); // Guardamos la Update_id Nueva_upd = Rsp.substring(start, fin); // Volvemos a guardar la Update_id pero en la variable de nueva }
// Orden para pedir el ultimo mensaje, vemos que se usa el Offset=-1&limit=1 para mostrar solo el ultimo void Ultimo_msg () { if (client.connect(server, 443)) { // client.println("GET /botxxxx/getUpdates?offset=-1&limit=1"); client.println("GET /" + BOTtoken + "/getUpdates?offset=-1&limit=1"); } previous = millis(); // Guardamos los milisegundos para comprobar que haya pasado X tiempo entre lecturas }
void Leer_msg () { Respuesta = ""; // Vaciamos la variable while (client.available()) { // Mientras no lo lea todo seguira leyendo char inChar = client.read(); // Lee el caracter Respuesta += inChar; // Añadimos caracter a caracter el mensaje } }
void elapse() { elapsed = millis() - previous; }
void Enviar_texto( String Texto_enviar ) { if (client.connect(server, 443)) { client.println("GET /" + BOTtoken + "/sendMessage?chat_id=" + Chat_id + "&text=" + Texto_enviar + ""); } }
void Responder_mensaje ( String mensaje ) {
if (mensaje == "Estado") { Enviar_texto("Conectado"); respondio = true; } else if (mensaje == "Temperatura") { float t = dht.readTemperature(); // Obtiene la Temperatura en Celsius Enviar_texto(String(t) + "ºC"); respondio = true; } else if (mensaje == "Humedad") { float h = dht.readHumidity(); // Obtiene la Humedad Enviar_texto(String(h) + "%"); respondio = true; }
if (respondio == true) { // mostramos el texto que se ha entendio Serial.println("El Texto : " + mensaje + " Lo he entendio perfectamente"); } else { Serial.println("El Texto : " + mensaje + " No Lo he entendio");
} respondio = false ; // Dejamos en falso que entendio el mensaje }