Android base de automatización del hogar via internet y ethernet (5 / 8 paso)

Paso 5: Software (aplicaciones Android por inventor de las apps, Firmware por MPLAB)

#include "fileheader.h"

[] main_page de const char = "C 0%";

[] time_page de const char = "T %1";

debug Char [7];

Int32 http_get_page(char *file_str)

{

Int32 file_loc = 0;

int8 i = 0;

int8 días = 0;

int8 mes = 0;

int8 año = 0;

int8 hora = 0;

int8 min = 0;

int8 segundo = 0;

int8 dow = 0;

[dimmer] static char = "/ D";

Static char del ventilador [] = "/ F";

Static char powersocket [] = "/ S";

Static char hilo [] = "/ A";

Static char magneticlock [] = "/ L";

Static char statecheck [] = "/ C";

Static char rtc_io [] = "/ T";

depurar [0] = file_str [0];

depurar [1] = file_str [1];

depurar [2] = file_str [2];

depurar [3] = file_str [3];

depurar [4] = file_str [4];

control de intensidad

Si (stricmp(file_str[1],dimmer[1])==0)

{

me =(file_str[2] & 0b11001111) * 100 + ([3] de file_str y 0b11001111) * 10 + (file_str [4] y 0b11001111);

bulb_brightness(i);

file_loc=label_address(Main_Page);

}

control de alarma

Si (stricmp(file_str,alarmsystem)==0)

{

toggle_alarm_state();

file_loc=label_address(Main_Page);

}

rtc_io

Si (stricmp(file_str[1],rtc_io[1])==0)

{

if(file_str[2]=='s') //set tiempo

{

días = (file_str [3] y 0b11001111) * 10 + (file_str [4] y 0b11001111);

mes = (file_str [5] y 0b11001111) * 10 + (file_str [6] y 0b11001111);

año = (file_str [7] y 0b11001111) * 10 + (file_str [8] y 0b11001111);

Dow = (file_str [9] y 0b11001111);

hora = (file_str [10] y 0b11001111) * 10 + (file_str [11] y 0b11001111); min = (file_str [12] y 0b11001111) * 10 + (file_str [13] y 0b11001111);

en segundo lugar = (file_str [14] y 0b11001111) * 10 + (file_str [15] y 0b11001111); ds1307_set_date_time(Days,month,Year,Dow,hour,min,Second);

file_loc=label_address(time_page);

}

if(file_str[2]=='g') //get tiempo

{file_loc=label_address(time_page);}

if(file_str[2]=='r') //configuration rtc io

set_rtc_io (encendido/apagado, que entrada-salida hr on min on, hr apagado, min OFF)

{set_rtc_io(file_str[3] & 0b11001111, file_str[4] & 0b11001111, (file_str[5] & 0b11001111) * 10 + (file_str [6] y 0b11001111), (file_str [7] & 0b11001111) * 10 + (file_str [8] y 0b11001111), (file_str [9] & 0b11001111) * 10 + (file_str [10] y 0b11001111), (file_str [11] & 0b11001111) * 10 + (file_str [12] y 0b11001111)); file_loc=label_address(time_page);} }

para el ventilador si (stricmp (file_str [1] fan [1]) == 0) {if(stricmp(file_str[2],'1')==0) {fan_speed1();} if(stricmp(file_str[2],'2')==0) {fan_speed2();} if(stricmp(file_str[2],'3')==0) {fan_speed3();} if(stricmp(file_str[2],'o')==0) {fan_off();} if(stricmp(file_str[2],'r')==0) {fan_rotate_toggle()}; file_loc=label_address(main_page);}

para cerradura magnética si (stricmp(file_str,magneticlock)==0) {toggle_magnetic_lock_state(); file_loc=label_address(main_page);}

para la toma de corriente si (stricmp (file_str [1], powersocket [1]) == 0) {if(stricmp(file_str[2],'1')==0) {toggle_power_socket1_state();} if(stricmp(file_str[2],'2')==0) {toggle_power_socket2_state();} if(stricmp(file_str[2],'3')==0) {toggle_power_socket3_state()}; file_loc=label_address(main_page);}

de estado Compruebe si (stricmp (file_str, statecheck) == 0) {file_loc=label_address(main_page);}

Return(file_loc); }

int8 http_format_char (int32 archivo, id de char, char * str, max_ret int8) {char new_str [50]; int8 len = 0;

* str = 0;

{Switch(ID)}

caso '0': sprintf(new_str,"%2d%2d%2d%3d%d%d%d%d%d%d%d%d%d%d%d%s",hr,min,get_temperature(), get_bulb_brightness(), input_state(speed1), input_state(speed2), input_state(speed3), input_state(rotate), input_state(magnetic_lock_signal),input_state(power_socket_signal1),input_state(power_socket_signal2),input_state(power_socket_signal3),input_state(voice_sensor_signal) , input_state(alarm_signal),T,debug); len=strlen(new_str); rotura;

case '1': sprintf(new_str,"%2d%2d%1d%1d%1d%2d%2d%2d%2d%2d%2d%2d%2d%2d%2d%2d%2d",hr,min,rtc.io0,rtc.io1,rtc.io2,hr_on_io0,min_on_io0,hr_off_io0,min_off_io0,hr_on_io1,min_on_io1,hr_off_io1,min_off_io1,hr_on_io2,min_on_io2,hr_off_io2,min_off_io2); len=strlen(new_str); rotura; } Si (len) {si (len > max_ret) {len = max_ret;} memcpy(str,new_str,len);}

Return(len); }

void http_exec_cgi (archivo de int32, char * clave, char * val) {;}

void main {}

delay_ms(1000);

rtc_io_init();

power_socket_init();

bulb_dimmer_init();

voice_control_alarm_system_init();

magnetic_lock_init();

temperature_sensor_init();

fan_init();

MACAddrInit();

IPAddrInit();

StackInit();

delay_ms(10);

mientras

{

StackTask();

}

}