source: svn/trunk/zasc/app_c/DST_HostInterface.c @ 2

#include "DST_HostInterface.h"
#include "DST_CommonAPI.h"
#include "DST_WinManager.h"
#include "DST_UserInterface.h"


void JST_RFUpdate(DS_U8 RF);

int DST_GetScreenHeight()
{
        return 480;
}

int DST_GetScreenWidth()
{
        return 720;
}

static DS_U8 DST_ConvertKeyCode(DS_U32 Code)
{
        //printf("%s|%X\n", __func__,  (int)Code);
        DS_U8 g_KeyCode = 0;
        DST_g_KeyPressed = true;
        switch (Code)
        {
                case 1: g_KeyCode = VK_KEY_PWR;  break;
                case 2: g_KeyCode = VK_KEY_UP;  break;
                case 4: g_KeyCode = VK_KEY_DN; break;
                        
                case 0xFF003411: g_KeyCode = VK_KEY_PWR;  break;
                case 0xF7083411: g_KeyCode = VK_KEY_UP;  break;
                case 0xF6093411: g_KeyCode = VK_KEY_DN;  break;
                        
#ifdef DSTAR // DSTAR Å°º¸µå »ç¿ë
                case 0xCAFE002D: g_KeyCode = VK_HYPHEN; break;// -
                case 0xCAFE0030: g_KeyCode = VK_0; break;
                case 0xCAFE0031: g_KeyCode = VK_1; break;
                case 0xCAFE0032: g_KeyCode = VK_2; break;
                case 0xCAFE0033: g_KeyCode = VK_3; break;
                case 0xCAFE0034: g_KeyCode = VK_4; break;
                case 0xCAFE0035: g_KeyCode = VK_5; break;
                case 0xCAFE0036: g_KeyCode = VK_6; break;
                case 0xCAFE0037: g_KeyCode = VK_7; break;
                case 0xCAFE0038: g_KeyCode = VK_8; break;
                case 0xCAFE0039: g_KeyCode = VK_9; break;
                case 0xCAFE0020: g_KeyCode = VK_MENU; break;// menu : space
                case 0xCAFE0114: g_KeyCode = VK_LEFT; break;// left;
                case 0xCAFE0113: g_KeyCode = VK_RIGHT; break;// right;
                case 0xCAFE0111: g_KeyCode = VK_UP; break;// up;
                case 0xCAFE0112: g_KeyCode = VK_DN; break;// dn;
                case 0xCAFE000D: g_KeyCode = VK_OK; break;// OK : enter 
                case 0xCAFE006D: g_KeyCode = VK_MUTE; break;// mute : m
                case 0xCAFE0065: g_KeyCode = VK_EPG; break;// epg : e
                case 0xCAFE0061: g_KeyCode = VK_AUDIO; break;// audio : a 
                case 0xCAFE0106: g_KeyCode = VK_VOL_UP; break; // volume up : 6
                case 0xCAFE0104: g_KeyCode = VK_VOL_DN; break; // volume down : 4
                case 0xCAFE0117: g_KeyCode = VK_PWR; break; // end
                case 0xCAFE0108: g_KeyCode = VK_CH_UP; break; // channel up : 8
                case 0xCAFE0102: g_KeyCode = VK_CH_DN; break; // channel down : 2
                case 0xCAFE0008: g_KeyCode = VK_PREV; break; // prev : back space
                case 0xCAFE007A: g_KeyCode = VK_ZOOM; break;// zoom : z
                case 0xCAFE0073: g_KeyCode = VK_SIGNAL_METER; break;// signal meter : s
                case 0xCAFE001B: g_KeyCode = VK_CANCEL; break;// back : esc
                case 0xCAFE0063: g_KeyCode = VK_CC; break; // c
#endif   // DSTAR Å°º¸µå »ç¿ë           
                        
#if 0 // DST ¸®¸ðÄÜ
                case 0xE41B3412: g_KeyCode = VK_MENU;  break;
                case 0xFB043412: g_KeyCode = VK_LEFT;  break;
                case 0xFA053412: g_KeyCode = VK_RIGHT;  break;
                case 0xFD023412: g_KeyCode = VK_UP;  break;
                case 0xFC033412: g_KeyCode = VK_DN;  break;
                case 0xFE013412: g_KeyCode = VK_OK;  break;
                case 0xFF003412: g_KeyCode = VK_PWR;  break;
                case 0xE21D3412: g_KeyCode = VK_PREV_MENU;  break;
                case 0xDF203412: g_KeyCode = VK_PREV_CH;  break;        
                case 0xEE113412: g_KeyCode = VK_1;  break;
                case 0xED123412: g_KeyCode = VK_2;  break;
                case 0xEC133412: g_KeyCode = VK_3;  break;
                case 0xEB143412: g_KeyCode = VK_4;  break;
                case 0xEA153412: g_KeyCode = VK_5;  break;
                case 0xE9163412: g_KeyCode = VK_6;  break;
                case 0xE8173412: g_KeyCode = VK_7;  break;
                case 0xE7183412: g_KeyCode = VK_8;  break;
                case 0xE6193412: g_KeyCode = VK_9;  break;
                case 0xEF103412: g_KeyCode = VK_0;  break;
                case 0xDD223412: g_KeyCode = VK_MUTE;  break;
                case 0xDC233412: g_KeyCode = VK_AUDIO;  break;
                case 0xDB243412: g_KeyCode = VK_ZOOM;  break;
                case 0xE51A3412: g_KeyCode = VK_HYPHEN; break;
                case 0xDA253412: g_KeyCode = VK_CC; break;
                case 0xF9063412: g_KeyCode = VK_VOL_UP; break;
                case 0xF8073412: g_KeyCode = VK_VOL_DN; break;
                case 0xF7083412: g_KeyCode = VK_CH_UP; break;
                case 0xF6093412: g_KeyCode = VK_CH_DN; break;
//              case 0xD32C3412: g_KeyCode = VK_STAR; break;
#endif // DST ¸®¸ðÄÜ
                        
#if 1 // °øÀå¿ë HD200K ¸®¸ðÄÜ
                case 0xE21D0204: g_KeyCode = VK_HYPHEN;  break;
                case 0xE9160204: g_KeyCode = VK_FAC_OK;  break;
                case 0xE51A0204: g_KeyCode = VK_FAC_CANCEL;  break;
                case 0xFD020204: g_KeyCode = VK_FAC_1;  break;
                case 0xF7080204: g_KeyCode = VK_FAC_7;  break;
                case 0xFF000204: g_KeyCode = VK_FAC_PWR;  break;
#endif // °øÀå¿ë HD200K ¸®¸ðÄÜ

#if 1 //CMB ¸®¸ðÄÜ
                case 0xFF000820: g_KeyCode = VK_PWR;  break;
                case 0xF6090820: g_KeyCode = VK_MENU;  break;
                case 0xF10E0820: g_KeyCode = VK_LEFT;  break;
                case 0xF00F0820: g_KeyCode = VK_RIGHT;  break;
                case 0xF40B0820: g_KeyCode = VK_UP;  break;
                case 0xF30C0820: g_KeyCode = VK_DN;  break;
                case 0xF20D0820: g_KeyCode = VK_OK;  break;     
                case 0xBA450820: g_KeyCode = VK_PREV;  break;
                case 0xF50A0820: g_KeyCode = VK_CANCEL;  break;
                case 0xE11E0820: g_KeyCode = VK_0;  break;      
                case 0xEB140820: g_KeyCode = VK_1;  break;      
                case 0xEA150820: g_KeyCode = VK_2;  break;      
                case 0xE9160820: g_KeyCode = VK_3;  break;      
                case 0xE8170820: g_KeyCode = VK_4;  break;      
                case 0xE7180820: g_KeyCode = VK_5;  break;      
                case 0xE6190820: g_KeyCode = VK_6;  break;      
                case 0xE51A0820: g_KeyCode = VK_7;  break;      
                case 0xE41B0820: g_KeyCode = VK_8;  break;      
                case 0xE31C0820: g_KeyCode = VK_9;  break;      
                case 0xFC030820: g_KeyCode = VK_MUTE;  break;   
                case 0xF8070820: g_KeyCode = VK_CH_UP;  break;  
                case 0xF7080820: g_KeyCode = VK_CH_DN;  break;  
                case 0xFA050820: g_KeyCode = VK_VOL_UP;  break; 
                case 0xF9060820: g_KeyCode = VK_VOL_DN;  break;
                case 0xEF100820: g_KeyCode = VK_RED;  break;    
                case 0xEE110820: g_KeyCode = VK_GREEN;  break;
                case 0xED120820: g_KeyCode = VK_YELLOW;  break; 
                case 0xEC130820: g_KeyCode = VK_BLUE;  break;                           
                case 0xB7480820: g_KeyCode = VK_MUTE;  break; // CMB ½ºÆå¿¡ µû¸§. ¸®¸ðÄÜ¿¡´Â ¾øÀ½
                case 0xDD220820: g_KeyCode = VK_CC;  break; // »õ·Î Ãß°¡µÈ ¿ìÃøÇÏ´Ü CC ¹öÆ°
                case 0xDC230820: g_KeyCode = VK_HYPHEN; break; // ÁÂÃøÇÏ´Ü ½ºÅ¸¹öÆ°À» ÇÏÀÌÇÂÀ¸·Î »ç¿ëÇÑ´Ù
                case 0xE21D0820: g_KeyCode = VK_HYPHEN; break; // ±âÈ£
                case 0xE01F0820: g_KeyCode = VK_HYPHEN; break; // ¶ç¿ò
#endif //CMB ¸®¸ðÄÜ
                default: g_KeyCode = 0;        break;
        }
        return g_KeyCode;       
}

// ¸®¸ðÄÜÀÇ Äݹé
typedef struct 
{
        bool bIsKeyPad;
        DS_U8 key;
        DS_U32 tick;
} Key_Msg;

static DS_U32 MsgQ = 0;
static void DST_AddKey(bool bIsKeyPad, DS_U8 key, DS_U32 tick)
{
        if (MsgQ == 0) MsgQ = DST_OS_CreateMessageQueue("qKey", 0, 100, sizeof(Key_Msg));
        Key_Msg msg;
        msg.bIsKeyPad = bIsKeyPad;
        msg.key = key;
        msg.tick = tick;
        DST_OS_SendMessage(MsgQ, (DS_U32 *)&msg, sizeof(Key_Msg));
//      T();
}

static DS_U8 DST_GetKey()
{
        if (MsgQ == 0) return 0;
        Key_Msg msg;
        DS_U32 retLen = 0;
        if (DST_OS_ReceiveMessage_NoWait(MsgQ, (DS_U32*)&msg, sizeof(Key_Msg), &retLen) != noError) return 0;
        if (msg.tick > DST_OS_GetTickCount()) msg.tick = DST_OS_GetTickCount();
        if (DST_OS_GetTickCount() - msg.tick > 600) return DST_GetKey(); // 600ms ÀÌ»ó Áö³­Å°´Â ¹ö¸°´Ù.
        if (DHL_GetKeyPadGPIO() > 0) // Å°Æе尡 ´­·Á ÀÖ´Ù¸é ¸®¸ðÄÜÀº ¹«½ÃÇÑ´Ù.
        {
                if (msg.bIsKeyPad == false) return DST_GetKey(); 
        }
        return msg.key;
}

// ¸®¸ðÄÜ Äݹé
void DST_IrCallBack(DS_U32 key, DS_U32 repeat, DS_U32 tick)
{
//      DST_Printf("|%s| key = 0x%02X, repeat = %d\n", __func__, (int)key, (int)repeat);
//      return;
        static DS_U32 old_repeat = 0;
        static DS_U32 repeat_count = 0;
        DS_U8 KeyCode = DST_ConvertKeyCode(key);
        //DST_g_LastKeyPressTime = tick;
        if (repeat == 0)
        {
                repeat_count = 0;
                DST_AddKey(false, KeyCode, tick);
        }
        else
        {
                switch (KeyCode)
                {
                        case VK_VOL_UP:
                        case VK_VOL_DN:
                                if (old_repeat == 0 && repeat == 1) repeat_count = 0;
                                repeat_count++;
                                if (repeat_count > 3 /*&& repeat_count % 3 == 2*/) DST_AddKey(false, KeyCode, tick); // 330ms°£°Ý ¸®ÇÍ
                                break;
                        case VK_CH_UP:
                        case VK_CH_DN:
                        case VK_KEY_UP:
                        case VK_KEY_DN:
                                if (old_repeat == 0 && repeat == 1) repeat_count = 0;
                                repeat_count++;
                                if (repeat_count > 6 /*&& repeat_count % 3 == 2*/) DST_AddKey(false, KeyCode, tick); // 330ms°£°Ý ¸®ÇÍ
                                break;
                        case VK_UP:
                        case VK_DN:
                                if (old_repeat == 0 && repeat == 1) repeat_count = 0;
                                repeat_count++;
                                if (repeat_count > 3 /*&& repeat_count % 3 == 2*/) DST_AddKey(false, KeyCode, tick); // 330ms°£°Ý ¸®ÇÍ
                                break;
                        case VK_LEFT:
                        case VK_RIGHT:
                                if (old_repeat == 0 && repeat == 1) repeat_count = 0;
                                repeat_count++;
                                if (repeat_count > 3 && repeat_count % 2 == 1) DST_AddKey(false, KeyCode, tick); // 330ms°£°Ý ¸®ÇÍ
                                break;
                        default:
                                repeat_count = 0;
                                break;
                }
        }
        old_repeat = repeat;
}

#ifdef DSTAR
static void tKeyPad()
{
        DS_U8 PreKeyCode = 0;
        DS_U32 tick = 0;
        while(1)
        {
                DST_OS_Delay(10); // 10ms
                DS_U8 KeyCode = DST_ConvertKeyCode(DHL_GetKeyPadGPIO());
                //DST_Printf("KeyCode = %d\n", KeyCode);
                switch (KeyCode)
                {
                        case VK_KEY_PWR:
                                if (PreKeyCode == KeyCode) break;
                                DST_AddKey(true, KeyCode, DST_OS_GetTickCount()); 
                                PreKeyCode = KeyCode;
                                tick = DST_OS_GetTickCount();
                                break;
                        case VK_KEY_UP:
                                if (PreKeyCode == KeyCode) break;
                                DST_AddKey(true, KeyCode, DST_OS_GetTickCount()); 
                                PreKeyCode = KeyCode;
                                tick = DST_OS_GetTickCount();
                                break;
                        case VK_KEY_DN:
                                if (PreKeyCode == KeyCode) break;
                                DST_AddKey(true, KeyCode, DST_OS_GetTickCount()); 
                                PreKeyCode = KeyCode;
                                tick = DST_OS_GetTickCount();
                                break;
                        default:
                                PreKeyCode = KeyCode;
                                tick = DST_OS_GetTickCount();
                                break;
                }
                switch (KeyCode)
                {
                        case VK_KEY_UP:
                                if (tick > DST_OS_GetTickCount()) tick = DST_OS_GetTickCount();
                                if (DST_OS_GetTickCount() - tick < DST_OS_GetTicksPerSecond()/3) break;
                                DST_AddKey(true, KeyCode, DST_OS_GetTickCount());
                                tick = DST_OS_GetTickCount(); 
                                break;
                        case VK_KEY_DN:
                                if (tick > DST_OS_GetTickCount()) tick = DST_OS_GetTickCount();
                                if (DST_OS_GetTickCount() - tick < DST_OS_GetTicksPerSecond()/3) break;
                                DST_AddKey(true, KeyCode, DST_OS_GetTickCount());
                                tick = DST_OS_GetTickCount(); 
                                break;
                        default:
                                break;
                }
        }
}
#endif

void DST_ResetKeyCode()
{
        
}

DS_U8 DST_GetKeyCode() // À©µµ¿ì ¸Þ´ÏÀú¿¡¼­ È£Ãâ
{
#ifdef DSTAR
        static bool bFirst = true;
        if (bFirst == true)
        {
                bFirst = false;
                DST_OS_SpawnTask((void(*)(void *))tKeyPad, (char*)"DSTAR_KEY", APP_TASK_PRIO_KEYPAD, WIN_MGR_TASK_STACKSIZE,  0);
        }
#endif
        DS_U8 KeyCode = DST_GetKey();
        if (KeyCode == 0) return 0;
        // ¿¬¼Ó Å° ó¸®
        static DS_U8 KeyCodes[7] = {0,0,0,0,0,0,0};
        KeyCodes[0] = KeyCodes[1]; KeyCodes[1] = KeyCodes[2]; KeyCodes[2] = KeyCodes[3];
        KeyCodes[3] = KeyCodes[4]; KeyCodes[4] = KeyCodes[5]; KeyCodes[5] = KeyCodes[6]; KeyCodes[6] = KeyCode;
        // 062596 Mute
        if (KeyCodes[0] == VK_0    && KeyCodes[1] == VK_6   && KeyCodes[2] == VK_2 && 
                        KeyCodes[3] == VK_5 && KeyCodes[4] == VK_9 && KeyCodes[5] == VK_6 && KeyCodes[6] == VK_MUTE)
        {
                DST_ResetKeyCode();
                DST_Printf("Enter Engineer Menu\n");
                DST_CreateWin(WIN_ENGINEER_MODE, WIN_NULL, 0,0,0,0); // ¿£Áö´Ï¾î ¸ðµå ÁøÀÔ
                return 0;
        }
        // »óÇÏ Á¿ì ÁÂÁÂ
        if (KeyCodes[1] == VK_UP    && KeyCodes[2] == VK_DN   && KeyCodes[3] == VK_LEFT && 
                        KeyCodes[4] == VK_RIGHT && KeyCodes[5] == VK_LEFT && KeyCodes[6] == VK_LEFT)
        {
                DST_ResetKeyCode();
                DST_Printf("Enter Engineer Menu\n");
                DST_CreateWin(WIN_ENGINEER_MODE, WIN_NULL, 0,0,0,0); // ¿£Áö´Ï¾î ¸ðµå ÁøÀÔ
                return 0;
        }
        // ³ë¶û 5 ³ì»ö 1
        if (KeyCodes[1] == VK_YELLOW    && KeyCodes[2] == VK_YELLOW   && KeyCodes[3] == VK_YELLOW && 
                        KeyCodes[4] == VK_YELLOW && KeyCodes[5] == VK_YELLOW && KeyCodes[6] == VK_GREEN)
        {
                DST_ResetKeyCode();
                DST_Printf("Enter Engineer Menu\n");
                DST_CreateWin(WIN_ENGINEER_MODE, WIN_NULL, 0,0,0,0); // ¿£Áö´Ï¾î ¸ðµå ÁøÀÔ
                return 0;
        }
        // 0 Mute 7 Mute
        if (KeyCodes[3] == VK_0 && KeyCodes[4] == VK_MUTE && KeyCodes[5] == VK_7 && KeyCodes[6] == VK_MUTE)
        {
                if (DST_GetWin(WIN_OTC_DOWNLOAD)) return 0; 
                if (DST_GetWin(WIN_OTC_DOWNLOAD_FAIL)) return 0;
                if (DST_GetWin(WIN_UPDATE)) return 0;
                if (DST_GetWin(WIN_UPDATE_RESET)) return 0;
                DST_ResetKeyCode();
                DST_g_bUseAirFreq = true;
                JST_RFUpdate(DST_GetIndexByRFNumber(18)); // RF 18¹øÀÌ RF ¾÷µ¥ÀÌÆ® ÁÖÆļöÀÓ
                DST_Printf("Enter RF Update Mode\n");
                DST_CreateWin(WIN_RF_UPDATE, WIN_NULL, 0,0,0,0); // RF ¾÷µ¥ÀÌÆ® ¸ðµå ÁøÀÔ
                return 0;
        }

        // VK_FAC_PWR VK_FAC_PWR VK_FAC_PWR VK_FAC_PWR VK_FAC_PWR
        if (KeyCodes[2] == VK_FAC_PWR && KeyCodes[3] == VK_FAC_PWR && KeyCodes[4] == VK_FAC_PWR && KeyCodes[5] == VK_FAC_PWR && KeyCodes[6] == VK_FAC_PWR)
        {
                if (DST_GetWin(WIN_OTC_DOWNLOAD)) return 0; 
                if (DST_GetWin(WIN_OTC_DOWNLOAD_FAIL)) return 0;
                if (DST_GetWin(WIN_UPDATE)) return 0;
                if (DST_GetWin(WIN_UPDATE_RESET)) return 0;
                DST_ResetKeyCode();
                DST_g_bUseAirFreq = true;
                JST_RFUpdate(DST_GetIndexByRFNumber(18)); // RF 18¹øÀÌ RF ¾÷µ¥ÀÌÆ® ÁÖÆļöÀÓ
                DST_Printf("Enter RF Update Mode\n");
                DST_CreateWin(WIN_RF_UPDATE, WIN_NULL, 0,0,0,0); // RF ¾÷µ¥ÀÌÆ® ¸ðµå ÁøÀÔ
                return 0;
        }
        
        // 0 MUTE 3 MUTE
        if (KeyCodes[3] == VK_0 && KeyCodes[4] == VK_MUTE && KeyCodes[5] == VK_3 && KeyCodes[6] == VK_MUTE)
        {
                DST_ResetKeyCode();
                DST_Printf("Enter Factory Mode\n");
                DST_g_bUseAirFreq = true;
                DST_CreateWin(WIN_FACTORY_MODE, WIN_NULL, 0,0,0,0); // °øÀå ¸ðµå ÁøÀÔ
                return 0;
        }
        // 0 ÀÌÀü  3 ÀÌÀü
        if (KeyCodes[3] == VK_0 && KeyCodes[4] == VK_PREV && KeyCodes[5] == VK_3 && KeyCodes[6] == VK_PREV)
        {
                DST_ResetKeyCode();
                DST_Printf("Enter Factory Mode\n");
                DST_g_bUseAirFreq = true;
                DST_CreateWin(WIN_FACTORY_MODE, WIN_NULL, 0,0,0,0); // °øÀå ¸ðµå ÁøÀÔ
                return 0;
        }
        // 0 ÀÌÀüä³Î  3 ÀÌÀüä³Î
        if (KeyCodes[3] == VK_0 && KeyCodes[4] == VK_PREV_CH && KeyCodes[5] == VK_3 && KeyCodes[6] == VK_PREV_CH)
        {
                DST_ResetKeyCode();
                DST_Printf("Enter Factory Mode\n");
                DST_g_bUseAirFreq = true;
                DST_CreateWin(WIN_FACTORY_MODE, WIN_NULL, 0,0,0,0); // °øÀå ¸ðµå ÁøÀÔ
                return 0;
        }
        //HD200K okÅ° 3¹øÀ¸·Î °øÀå¸ðµå ÁøÀÔ
        if (KeyCodes[4] == VK_FAC_OK&& KeyCodes[5] == VK_FAC_OK && KeyCodes[6] == VK_FAC_OK)
        {
                DST_ResetKeyCode();
                DST_Printf("Enter Factory Mode\n");
                DST_g_bUseAirFreq = true;
                DST_CreateWin(WIN_FACTORY_MODE, WIN_NULL, 0,0,0,0); // °øÀå ¸ðµå ÁøÀÔ
                return 0;
        }
        return  KeyCode;
}