BtStatus RADIO_Init(RadioCallback Callback)
{
BtStatus status;
radioCallback = Callback;
radioState = RADIO_STATE_INIT;
#if defined(BTMTK_ON_WISE)
switch(getRadioType())
{
#if defined (__BTMODULE_MT6601__) || defined (__BTMODULE_MT6611__) || defined (__BTMODULE_MT6612__) || defined (__BTMODULE_MT6616__) || defined (__BTMODULE_MT6236__) || defined (__BTMODULE_MT6255__) || defined (__BTMODULE_MT6276__) || defined (__BT_BTWIFI_COMBO_CHIP__)
case RADIO_TYPE_MTKBT_UART:
status = GORM_Init();
break;
#endif
default:
status = RADIO_Init_Default();
break;
}
#elif defined(BTMTK_ON_LINUX)
#ifdef __BT_TRANSPORT_DRV__
#else /* __BT_TRANSPORT_DRV__ */
switch(getRadioType())
{
#if defined (__BTMODULE_MT6601__) || defined (__BTMODULE_MT6611__) || defined (__BTMODULE_MT6612__) || defined (__BTMODULE_MT6616__) || defined (__BTMODULE_MT6236__) || defined (__BTMODULE_MT6255__) || defined (__BTMODULE_MT6276__) || defined (__BT_BTWIFI_COMBO_CHIP__)
case RADIO_TYPE_MTKBT_UART:
status = GORM_Init();
if(status != BT_STATUS_SUCCESS)
return status;
break;
#endif
default:
break;
}
#endif /* __BT_TRANSPORT_DRV__ */
status = RADIO_Init_Default();
#else
status = RADIO_Init_Default();
#endif /* BTMTK_ON_WISE */
return status;
}
BOOL BT_InitDevice(
HANDLE hComPortFile,
PBYTE ucNvRamData,
DWORD dwBaud,
DWORD dwHostBaud,
DWORD dwUseFlowControl,
SETUP_UART_PARAM setup_uart_param
)
{
DWORD dwStatus;
LPBYTE pbPatchExtBin = NULL;
DWORD dwPatchExtLen = 0;
FILE* pPatchExtFile = NULL;
LPBYTE pbPatchBin = NULL;
DWORD dwPatchLen = 0;
FILE* pPatchFile = NULL;
printf("BT_InitDevice\r\n");
#ifndef MTK_COMBO_SUPPORT
tcflush(hComPortFile, TCIOFLUSH);
pSetup_uart_param = setup_uart_param;
if(pSetup_uart_param == NULL){
printf("UART setup callback is null\r\n");
return FALSE;
}
printf("BT load firmware patch\r\n");
#if BT_PATCH_EXT_ENABLE
pPatchExtFile = fopen(BT_UPDATE_PATCH_EXT_FILE_NAME, "rb");
/* if there is no adhoc file, use built-in patch file under system etc firmware */
if(pPatchExtFile == NULL){
pPatchExtFile = fopen(BT_BUILT_IN_PATCH_EXT_FILE_NAME, "rb");
if(pPatchExtFile != NULL) {
printf("Open %s\r\n", BT_BUILT_IN_PATCH_EXT_FILE_NAME);
}
else {
printf("Can't get valid patch ext file\r\n");
}
}
else {
printf("Open %s\r\n", BT_UPDATE_PATCH_EXT_FILE_NAME);
}
/* file exists */
if(pPatchExtFile != NULL){
if(fseek(pPatchExtFile, 0, SEEK_END) != 0){
printf("fseek patch ext file fails errno: %d\n", errno);
}
else{
long lFileLen = 0;
lFileLen = ftell(pPatchExtFile);
if (lFileLen > 0){
printf("Patch ext file size %d\n", (int)lFileLen);
rewind(pPatchExtFile);
pbPatchExtBin = (unsigned char*)malloc(lFileLen);
if (pbPatchExtBin){
size_t szReadLen = fread(pbPatchExtBin, 1, lFileLen, pPatchExtFile);
dwPatchExtLen = szReadLen;
if(szReadLen != (size_t)lFileLen){
printf("fread patch ext len error, file len: %d, read len: %d\n", (int)lFileLen, (int)szReadLen);
free(pbPatchExtBin);
pbPatchExtBin = NULL;
dwPatchExtLen = 0;
}
}else{
printf("Allocate patch ext memory fails\n");
}
}else{
printf("Patch ext error len %d\n", (int)lFileLen);
}
}
}
#endif
/* Use data directory first. for future update test convinience */
pPatchFile = fopen(BT_UPDATE_PATCH_FILE_NAME, "rb");
/* if there is no adhoc file, use built-in patch file under system etc firmware */
if(pPatchFile == NULL){
pPatchFile = fopen(BT_BUILT_IN_PATCH_FILE_NAME, "rb");
if(pPatchFile != NULL) {
printf("Open %s\r\n", BT_BUILT_IN_PATCH_FILE_NAME);
}
else {
printf("Can't get valid patch file\r\n");
}
}
else {
printf("Open %s\r\n", BT_UPDATE_PATCH_FILE_NAME);
}
/* file exists */
if(pPatchFile != NULL){
if(fseek(pPatchFile, 0, SEEK_END) != 0){
printf("fseek patch file fails errno: %d\n", errno);
}
else{
long lFileLen = 0;
lFileLen = ftell(pPatchFile);
if (lFileLen > 0){
printf("Patch file size %d\n", (int)lFileLen);
/* back to file beginning */
rewind(pPatchFile);
printf ("Rewinded\n");
pbPatchBin = (unsigned char*)malloc(lFileLen);
if(pbPatchBin){
size_t szReadLen = 0;
szReadLen = fread(pbPatchBin, 1, lFileLen, pPatchFile);
dwPatchLen = szReadLen;
if(szReadLen != (size_t)lFileLen){
printf("fread patch len error, file len: %d, read len: %d\n", (int)lFileLen, (int)szReadLen);
free(pbPatchBin);
pbPatchBin = NULL;
dwPatchLen = 0;
}
}else{
printf("Allocate patch memory fails\n");
}
}else{
printf("Patch error len %d\n", (int)lFileLen);
}
}
}
#endif
printf ("GORM_INIT\n");
/* Invoke HCI transport entrance */
dwStatus = GORM_Init(
hComPortFile,
pbPatchExtBin, //patch ext
dwPatchExtLen,
pbPatchBin, //patch
dwPatchLen,
ucNvRamData,
dwBaud,
dwHostBaud,
dwUseFlowControl
);
#ifndef MTK_COMBO_SUPPORT
if(pbPatchExtBin){
free(pbPatchExtBin);
pbPatchExtBin = NULL;
}
if(pPatchExtFile){
fclose(pPatchExtFile);
pPatchExtFile = NULL;
}
if(pbPatchBin){
free(pbPatchBin);
pbPatchBin = NULL;
}
if(pPatchFile){
fclose(pPatchFile);
pPatchFile = NULL;
}
#endif
if(dwStatus != 0 ){
printf("GORM fails return code %d\r\n", (int)dwStatus);
return FALSE;
}
return TRUE;
}
