rebuilt win32 example
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strawmanbobi
237
win32-example/IRextWin32Example/DecodeTestWin.cpp
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237
win32-example/IRextWin32Example/DecodeTestWin.cpp
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#include "ir_decoder\include\ir_decode.h"
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#include<iostream>
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using namespace std;
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#ifdef _DEBUG
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#define new DEBUG_NEW
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#endif
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// global variable definition
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long binary_length = 0;
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UINT8 *binary_content = NULL;
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t_remote_ac_status ac_status;
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UINT16 user_data[USER_DATA_SIZE] = { 0 };
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INT8 decode_as_ac(char* file_name)
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{
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// keyboard input
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int in_char = 0;
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int count = 0;
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BOOL op_match = TRUE;
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UINT8 function_code = AC_FUNCTION_MAX;
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// get status
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UINT8 supported_mode = 0x00;
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INT8 min_temperature = 0;
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INT8 max_temperature = 0;
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UINT8 supported_speed = 0x00;
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UINT8 supported_swing = 0x00;
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BOOL need_control = TRUE;
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// init air conditioner status
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ac_status.ac_display = 0;
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ac_status.ac_sleep = 0;
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ac_status.ac_timer = 0;
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ac_status.ac_power = AC_POWER_OFF;
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ac_status.ac_mode = AC_MODE_COOL;
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ac_status.ac_temp = AC_TEMP_20;
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ac_status.ac_wind_dir = AC_SWING_ON;
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ac_status.ac_wind_speed = AC_WS_AUTO;
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if (IR_DECODE_FAILED == ir_file_open(0, 0, file_name))
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{
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ir_close();
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return IR_DECODE_FAILED;
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}
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do
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{
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in_char = getchar();
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op_match = TRUE;
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need_control = TRUE;
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switch (in_char)
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{
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case 'w':
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case 'W':
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// temperature plus
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ac_status.ac_temp = (t_ac_temperature)((ac_status.ac_temp == AC_TEMP_30) ? AC_TEMP_30 : (ac_status.ac_temp + 1));
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function_code = AC_FUNCTION_TEMPERATURE_UP;
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break;
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case 's':
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case 'S':
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ac_status.ac_temp = (t_ac_temperature)((ac_status.ac_temp == AC_TEMP_16) ? AC_TEMP_16 : (ac_status.ac_temp - 1));
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function_code = AC_FUNCTION_TEMPERATURE_DOWN;
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// temperature minus
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break;
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case 'a':
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case 'A':
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ac_status.ac_wind_speed = (t_ac_wind_speed) (ac_status.ac_wind_speed + 1);
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ac_status.ac_wind_speed = (t_ac_wind_speed) (ac_status.ac_wind_speed % AC_WS_MAX);
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function_code = AC_FUNCTION_WIND_SPEED;
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// wind speed loop
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break;
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case 'd':
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case 'D':
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ac_status.ac_wind_dir = (t_ac_swing)((ac_status.ac_wind_dir == 0) ? 1 : 0);
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function_code = AC_FUNCTION_WIND_SWING;
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// wind swing loop
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break;
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case 'q':
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case 'Q':
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ac_status.ac_mode = (t_ac_mode)(ac_status.ac_mode + 1);
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ac_status.ac_mode = (t_ac_mode) (ac_status.ac_mode % AC_MODE_MAX);
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function_code = AC_FUNCTION_MODE;
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break;
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case '1':
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// turn on
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ac_status.ac_power = AC_POWER_ON;
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function_code = AC_FUNCTION_POWER;
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break;
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case '2':
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// turn off
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ac_status.ac_power = AC_POWER_OFF;
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// FUNCTION MAX refers to power off
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// function_code = AC_FUNCTION_POWER;
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break;
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case '3':
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if (IR_DECODE_SUCCEEDED == get_supported_mode(&supported_mode))
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{
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ir_printf("supported mode = %02X\n", supported_mode);
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}
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need_control = FALSE;
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break;
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case '4':
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if (IR_DECODE_SUCCEEDED == get_supported_swing(ac_status.ac_mode, &supported_swing))
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{
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ir_printf("supported swing in %d = %02X\n", ac_status.ac_mode, supported_swing);
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}
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need_control = FALSE;
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break;
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case '5':
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if (IR_DECODE_SUCCEEDED == get_supported_wind_speed(ac_status.ac_mode, &supported_speed))
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{
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ir_printf("supported wind speed in %d = %02X\n", ac_status.ac_mode, supported_speed);
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}
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need_control = FALSE;
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break;
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case '6':
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if (IR_DECODE_SUCCEEDED == get_temperature_range(ac_status.ac_mode, &min_temperature, &max_temperature))
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{
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ir_printf("supported temperature range in mode %d = %d, %d\n",
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ac_status.ac_mode, min_temperature, max_temperature);
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}
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need_control = FALSE;
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break;
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default:
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op_match = FALSE;
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break;
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}
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if (TRUE == op_match && TRUE == need_control)
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{
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ir_printf("switch AC to power = %d, mode = %d, temp = %d, speed = %d, swing = %d\n",
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ac_status.ac_power,
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ac_status.ac_mode,
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ac_status.ac_temp,
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ac_status.ac_wind_speed,
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ac_status.ac_wind_dir
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);
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ir_decode(function_code, user_data, &ac_status, TRUE);
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}
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} while ('0' != in_char);
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ir_close();
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// free binary buffer
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ir_free(binary_content);
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binary_length = 0;
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return IR_DECODE_SUCCEEDED;
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}
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INT8 decode_as_tv(char *file_name, UINT8 irda_hex_encode)
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{
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// keyboard input
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int in_char = 0;
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int key_code = -1;
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int count = 0;
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if (IR_DECODE_FAILED == ir_file_open(1, 1, file_name))
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{
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return IR_DECODE_FAILED;
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}
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do
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{
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in_char = getchar();
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if (in_char >= '0' && in_char <= '9')
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{
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key_code = in_char - '0';
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ir_decode(key_code, user_data, NULL, FALSE);
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}
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else if (in_char >= 'a' && in_char <= 'f')
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{
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key_code = 10 + (in_char - 'a');
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ir_decode(key_code, user_data, NULL, FALSE);
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}
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else if (in_char == 'q')
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{
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ir_close();
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}
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else
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{
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// do nothing
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}
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} while ('Q' != in_char);
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// free binary buffer
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ir_free(binary_content);
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binary_length = 0;
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return IR_DECODE_SUCCEEDED;
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}
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int main(int argc, char *argv[])
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{
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int nRetCode = 0;
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char function = '0';
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UINT8 irda_hex_encode = 0;
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if (4 != argc)
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{
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ir_printf("number of args error !\n");
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return -1;
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}
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function = argv[1][0];
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irda_hex_encode = (UINT8)(argv[3][0] - '0');
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ir_printf("decode functionality = %c\n", function);
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switch (function)
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{
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case '0':
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ir_printf("decode binary file as AC\n");
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decode_as_ac(argv[2]);
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break;
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case '1':
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ir_printf("decode binary file as TV : %d\n", irda_hex_encode);
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decode_as_tv(argv[2], irda_hex_encode);
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break;
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default:
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ir_printf("decode functionality error !\n");
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break;
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}
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system("pause");
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return nRetCode;
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}
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