boolean NanoESP::configWifiAP( String ssid, String password)
{
boolean success = true;
this->setTimeout(20000);
if (password == "") success &= (sendCom("AT+CWSAP=\"" + String(ssid) + "\",\"\",5,0", "OK"));
else success &= (sendCom("AT+CWSAP=\"" + String(ssid) + "\",\"" + String(password) + "\",5,4", "OK"));
this->setTimeout(1000);
return success;
}
boolean NanoESP::sendData(int id, String msg) {
boolean success = true;
success &= sendCom("AT+CIPSEND=" + String(id) + "," + String(msg.length() + 2), ">");
if (success)
{
success &= sendCom(msg, "OK");
}
return success;
}
boolean NanoESP::sendDataClose(int id, String msg) {
boolean success = true;
success &= sendCom(at+cip+"SEND=" + String(id) + "," + String(msg.length() + 2), ">");
if (success)
{
success &= sendCom(msg, ok);
success &= closeConnection(id);
}
return success;
}
boolean NanoESP::newConnection(int id, String type, String ip ,unsigned int port) { //single direction
boolean success = true;
this->setTimeout(10000);
success &= sendCom(at+cip+"START=" + String(id) + ",\"" + String(type) + "\",\"" + String(ip) + "\"," + String(port), ok);
this->setTimeout(1000);
return success;
}
boolean NanoESP::reset() {
boolean success = true;
this->setTimeout(5000);
success &= sendCom("AT+RST", "ready");
this->setTimeout(1000);
return success;
}
boolean NanoESP::configWifiStation(String ssid, String password)
{
boolean success = true;
this->setTimeout(20000);
success &= (sendCom("AT+CWJAP=\"" + String(ssid) + "\",\"" + String(password) + "\"", "OK"));
this->setTimeout(1000);
return success;
}
boolean NanoESP::configWifiAP( String ssid, String password, int channel, int crypt)
{
boolean success = true;
this->setTimeout(20000);
success &= (sendCom("AT+CWSAP=\"" + String(ssid) + "\",\"" + String(password) + "\"," + String(channel) + "," + String(crypt), "OK"));
this->setTimeout(1000);
return success;
}
String ESP8266::listAccessPoints()
{
//Send AT command to list access points
sendCom(LIST_AP);
//Get list of access points as a string
//Return string
}
void ESP8266::setMode(int mode)
{
//Send AT command to set the mode
//of the ESP8266
cmd = MODE;
cmd += "=";
cmd += String(mode);
sendCom(cmd);
}
void ESP8266::setConnectionMode(int mode)
{
//Send the AT command to set the connection mode
cmd = MODE;
cmd += "=";
if(mode == SINGLE) cmd += String(SINGLE);
else if(mode == MULTIPLE) cmd += String(MULTIPLE);
sendCom(cmd);
}
int ESP8266::moduleTest()
{
//Send the test signal
sendCom(TST);
//Receive the reply from the module
//If the reply is "OK" return 1
//If there is an error return 0
if(esplink.find("OK")) return 1;
else return 0;
}
void ESP8266::createAccessPoint(String SSID, String password)
{
//Set the parameters of the ESP8266
//in access point mode
cmd = SET_AP_PARAMS;
cmd += "=\"";
cmd += SSID;
cmd += "\",\"";
//cmd += ",\"";
cmd += password;
cmd += "\"";
cmd += String(2);
cmd += String(1);
sendCom(cmd);
}
boolean NanoESP::newConnection(int id, String type, String ip , int port) { //single direction
boolean success = true;
success &= sendCom("AT+CIPSTART=" + String(id) + ",\"" + String(type) + "\",\"" + String(ip) + "\"," + String(port), "OK");
return success;
}
boolean NanoESP::startUdpServer(int id, String ip ,unsigned int port,unsigned int recvport, int mode) { //dual direction
boolean success = true;
success &= sendCom(at+cip+"START=" + String(id) + ",\"UDP\",\"" + String(ip) + "\"," + String(port) + "," + String(recvport) + "," + String(mode), ok);
return success;
}
boolean NanoESP::closeConnection(int id) {
boolean success = true;
success &= sendCom(at+cip+"CLOSE=" + String(id), ok);
return success;
}
boolean NanoESP::startTcpServer(unsigned int port) {
boolean success = true;
success &= sendCom(at+cip+"SERVER=1," + String(port), ok);
return success;
}
boolean NanoESP::configWifiMode(int modus)
{
return (sendCom("AT+CWMODE=" + String(modus), "OK"));
}
boolean NanoESP::setMultipleConnections() {
boolean success = true;
success &= sendCom("AT+CIPMUX=1", "OK"); //Allways multiple connections
return success;
}
boolean NanoESP::setTransferMode() {
boolean success = true;
success &= sendCom("AT+CIPMODE=0", "OK"); //Normal trasfer mode
return success;
}
boolean NanoESP::endTcpServer() {
boolean success = true;
success &= sendCom(at+cip+"SERVER=0", ok);
success &= init(); //Restart?!?
return success;
}
boolean NanoESP::ping(String address) {
boolean success = true;
success &= sendCom("AT+PING=" + String(address), "OK");
return success;
}
boolean NanoESP::startTcpServer(int port) {
boolean success = true;
success &= sendCom("AT+CIPSERVER=1," + String(port), "OK");
return success;
}
boolean NanoESP::endTcpServer() {
boolean success = true;
success &= sendCom("AT+CIPSERVER=0", "OK");
success &= init(); //Restart?!?
return success;
}
boolean NanoESP::startUdpServer(int id, String ip , int port, int recvport, int mode) { //dual direction
boolean success = true;
success &= sendCom("AT+CIPSTART=" + String(id) + ",\"UDP\",\"" + String(ip) + "\"," + String(port) + "," + String(recvport) + "," + String(mode), "OK");
return success;
}
boolean NanoESP::setMultipleConnections() {
boolean success = true;
success &= sendCom(at+cip+"MUX=1", ok); //Allways multiple connections
return success;
}
boolean NanoESP::setTransferMode() {
boolean success = true;
success &= sendCom(at+cip+"MODE=0", ok); //Normal trasfer mode
return success;
}
String NanoESP::getIp()
{
return sendCom("AT+CIFSR");
}
boolean NanoESP::disconnectWifi()
{
boolean success = true;
success &= (sendCom("AT+CWWAP", "OK"));
return success;
}
boolean NanoESP::closeConnection(int id) {
boolean success = true;
success &= sendCom("AT+CIPCLOSE=" + String(id), "OK");
return success;
}
String NanoESP::getIp()
{
return sendCom(at+"CIFSR");
}
