ESP8266_tool_v2

Framework for simple develop Wifi ESP8266 application with Arduino IDE.

API in WikiPage

This FramewWork is composed by varius Classes (C++) and can help programmer to develope complex application in tiny time. Try to semplify the creation of complex Project with a lot peripherals. Help to use scheduling Routine, event manager.

The Framework contains structural classes for:

• Manage Network comunication
• Manage Timing event (like a tiny sheduler)
• Manage Sensor on I2C protocol for read Values , drivers avalibe now :
  • HT1632 (display)
  • DHT11 (Temp Humidity Sensor)
  • LM75 (I2C Temp Sensor)
  • SSD1306 (I2C Display - Thanks to https://acrobotic.com/)
  • Other driver soon.
• Manage a simplify a creation of Telegram Bot
• Manage and Creation of Web Pages for personal Applications.
• NTP Client for the timing sincronization.
• Meteo Information from Web cutomizable (Remeber to subribe to OpenWeather and obtain API_KEY for making request an add API_KEY on meteo.h file).

Base Wifi Settings when u start first time the device.You find Ap with name like this ESP8266<mac_device> the password for device is <mac_device>: es. AP-SSID -> ESP82665ccf7f10b141 AP-PASSWORD -> 5ccf7f10b141

Naturally you can change AP-SSID and Password on manager page.

Base Home page OutOfBox give information of Device http://x.x.x.x

Setting page can find at http://x.x.x.x/manager

In the manager page you can:

• Change Ap to connect like client
• Enable NTP ad decide the server
• Change Local Time
• Update Firmware OTA
• Reboot device

Basic use of WiFiTool Framework.

#include <WifiTool.h>


WiFiTool *tool;

void setup(void)
{ 
  //This Enable all funtionality of Wifi Manager, Memory Store ( Wifi,NTP,Time Zone), Remote Update.
    tool = new WiFiTool(); 
}

void loop(void)
{
  tool->HandlServerEvent(); //This is only routine you need call on loop.
}

How you can see on simple program, you have immediatlly, a full Wifi Manger, Event Manager and other.

Use of WiFiTool Framework, with integrated event.

#include <WifiTool.h>

WiFiTool *tool;

/*
Routine for Show Time Clock
*/
void Orologio(){
	/*
	This data are syncronized on Time Server with internal NTP Client ( you
	can Manage on Web Manager Page )
	*/
	int tSec_ = tool->GetLTZSeconds();
	int tMin_ = tool->GetLTZMinutes();
	int tHou_ = tool->GetLTZHours();
	char Time[32];
	sprintf(Time,"%02d:%02d",tHou_,tMin_);
	Serial.printf("Time:%s\n",&Time[0]); 
}


void setup(void) {
	char deviceIp[32];
	tool = new WiFiTool(); 
	sprintf(deviceIp,"Ip - %s",(char*)((String)(tool->GetIp())).c_str());
	/*
		All routine external are added to internal Framework Scheduler
		This routine (Orologio) are called every 1000ms (1sec) 
	*/
	tool->AddEvent((void*)Orologio,1000);
}

void loop() {
	tool->HandlServerEvent(); 
}

Use of WiFiTool Framework, with DTH11 driver.

/*
  with this declaration you enable  condictional compilation to use 
  the driver DTH11 Humidity/Tempearture sensor	  
  
  Note: for the referiment of the other drivers avalible see source code.
  Everyone are free to add other.
*/
#define DTH11_TEMP_SENSOR ENABLE
#include <WifiTool.h>

WiFiTool *tool;

/* 
 Routie for Read data from Sensor DHTxx family 
*/
void GetLocalTemp(){
  char temp[32];	  
  int data[2];
  //This routine fill pointer 'data' with temperature and humidity read from DTH11 sensor
  tool->GetDriversData(DTH11_SENSOR,(void*)&data);
  sprintf(temp,"Temp %dC Humid %d%",data[1],data[0]);
  Serial.printf("%s\n",&temp[0]);                                    
}

void setup(void) {
  char deviceIp[32];   
  tool = new WiFiTool();
  /*
   All routine external are added to internal Framework Scheduler 
  */
  tool->AddEvent((void*)GetLocalTemp,10000);
}

void loop() {
  tool->HandlServerEvent();  
}