unsigned int UsbKey::diskioGetSectorNumber() {
unsigned long size;
commandParams.commandState = DISKIO_GETSECTORNUMBER;
commandParams.commandParam1 = &size;
usbProcess();
return size;
}
void UsbKey::init(struct OneSynthParams*timbre1, struct OneSynthParams*timbre2, struct OneSynthParams*timbre3, struct OneSynthParams*timbre4) {
Storage::init(timbre1, timbre2, timbre3, timbre4);
USBH_Init(&usbOTGHost, USB_OTG_HS_CORE_ID, &usbHost, &USBH_MSC_cb, &USR_Callbacks);
commandParams.commandState = COMMAND_INIT;
usbProcess();
#ifndef BOOTLOADER
dx7NumberOfBanks = 0;
dx7BankInitialized = false;
for (int k=0; k< NUMBEROFDX7BANKS; k++) {
dx7Bank[k].name[0] = '\0';
dx7Bank[k].name[12] = '\0';
dx7Bank[k].fileType = FILE_EMPTY;
}
for (int k=0; k<NUMBEROFPREENFMBANKS; k++) {
preenFMBank[k].fileType = FILE_EMPTY;
}
for (int k=0; k<NUMBEROFPREENFMCOMBOS; k++) {
preenFMCombo[k].fileType = FILE_EMPTY;
}
char empty[] = "<Empty>\0";
for (int k=0; k< 8; k++) {
errorDX7Bank.name[k] = empty[k];
errorPreenFMBank.name[k] = empty[k];
errorPreenFMCombo.name[k] = empty[k];
}
errorPreenFMBank.fileType = FILE_EMPTY;
errorPreenFMCombo.fileType = FILE_EMPTY;
errorDX7Bank.fileType = FILE_EMPTY;
#endif
}
int FirmwareFile::diskioRead(uint8_t* buff, int address, int length) {
commandParams.commandState = DISKIO_READ;
commandParams.commandParam1 = buff;
commandParams.commandParam2 = &address;
commandParams.commandParamSize = length;
usbProcess();
return commandParams.commandResult;
}
int UsbKey::diskioWrite(uint8_t* buff, int address, int length) {
commandParams.commandState = DISKIO_WRITE;
commandParams.commandParam1 = buff;
commandParams.commandParam2 = &address;
commandParams.commandParamSize = length;
usbProcess();
return commandParams.commandResult;
}
int UsbKey::load(const char* fileName, int seek, void* bytes, int size) {
commandParams.commandState = COMMAND_LOAD;
commandParams.commandFileName = fileName;
commandParams.commandParam1 = (void*)bytes;
commandParams.commandParamSize = size;
commandParams.commandSeek = seek;
usbProcess();
return commandParams.commandResult;
}
int UsbKey::readNextFirmwareName(char *name, int *size) {
do {
commandParams.commandState = COMMAND_NEXT_FILE_NAME;
commandParams.commandParam1 = (void*)name;
commandParams.commandParam2 = (void*)size;
usbProcess();
} while (commandParams.commandResult == COMMAND_SUCCESS && !isFirmwareFile(name));
return commandParams.commandResult;
}
int UsbKey::save(FILE_ENUM file, int seek, void* bytes, int size) {
commandParams.commandState = COMMAND_SAVE;
commandParams.commandFileName = getFileName(file);
commandParams.commandParam1 = bytes;
commandParams.commandParamSize = size;
commandParams.commandSeek = seek;
usbProcess();
return commandParams.commandResult;
}
int UsbKey::loadFirmwarePart(char *fileName, int seek, void* bytes, int size) {
char fullName[32];
commandParams.commandState = COMMAND_LOAD;
commandParams.commandFileName = getFullName(FIRMWARE_DIR, fileName);
commandParams.commandParam1 = (void*)bytes;
commandParams.commandParamSize = size;
commandParams.commandSeek = seek;
usbProcess();
return commandParams.commandResult;
}
int UsbKey::dx7ReadNextFileName(struct BankFile* bank) {
unsigned long size;
do {
commandParams.commandState = COMMAND_NEXT_FILE_NAME;
commandParams.commandParam1 = (void*)bank->name;
commandParams.commandParam2 = (void*)&size;
usbProcess();
} while (commandParams.commandResult == COMMAND_SUCCESS && !isDX7SysexFile((char*)bank->name, size));
bank->fileType = FILE_OK;
return commandParams.commandResult;
}
int UsbKey::renameFile(const struct BankFile* bank, const char* newName) {
char fullNewBankName[40];
const char* fullNameTmp = getPreenFMFullName(newName);
// Don't want the logical drive (two first char)
for (int k=2; k<40; k++) {
fullNewBankName[k-2] = fullNameTmp[k];
}
commandParams.commandState = COMMAND_RENAME;
commandParams.commandFileName = getPreenFMFullName(bank->name);
commandParams.commandParam1 = (void*)fullNewBankName;
usbProcess();
return commandParams.commandResult;
}
int UsbKey::preenFMComboReadNextFileName(struct BankFile* combo) {
unsigned long size;
do {
commandParams.commandState = COMMAND_NEXT_FILE_NAME;
commandParams.commandParam1 = (void*)combo->name;
commandParams.commandParam2 = (void*)&size;
usbProcess();
} while (commandParams.commandResult == COMMAND_SUCCESS && !isPreenFMComboFile((char*)combo->name, size));
if (combo->name[0] == '_') {
combo->fileType = FILE_READ_ONLY;
} else {
combo->fileType = FILE_OK;
}
return commandParams.commandResult;
}
int UsbKey::dx7Init() {
int res;
commandParams.commandState = COMMAND_OPEN_DIR;
commandParams.commandFileName = DX7_DIR;
dx7BankInitialized = true;
usbProcess();
if (commandParams.commandResult != COMMAND_SUCCESS) {
return commandParams.commandResult;
}
int k;
for (k = 0; k<NUMBEROFDX7BANKS; k++) {
res = dx7ReadNextFileName(&dx7Bank[k]);
if (res != COMMAND_SUCCESS) {
break;
}
}
dx7NumberOfBanks = k ;
sortBankFile(dx7Bank, dx7NumberOfBanks);
return res;
}
int UsbKey::preenFMComboInit() {
int res;
commandParams.commandState = COMMAND_OPEN_DIR;
commandParams.commandFileName = PREENFM_DIR;
preenFMComboInitialized = true;
usbProcess();
if (commandParams.commandResult != COMMAND_SUCCESS) {
return commandParams.commandResult;
}
int k;
for (k=0; k<NUMBEROFPREENFMCOMBOS; k++) {
res = preenFMComboReadNextFileName(&preenFMCombo[k]);
if (res != COMMAND_SUCCESS) {
break;
}
}
preenFMNumberOfCombos = k;
sortBankFile(preenFMCombo, preenFMNumberOfCombos);
return res;
}
void UsbKey::init(struct OneSynthParams*timbre1, struct OneSynthParams*timbre2, struct OneSynthParams*timbre3, struct OneSynthParams*timbre4) {
Storage::init(timbre1, timbre2, timbre3, timbre4);
USBH_Init(&usbOTGHost, USB_OTG_HS_CORE_ID, &usbHost, &USBH_MSC_cb, &USR_Callbacks);
commandParams.commandState = COMMAND_INIT;
usbProcess();
}
int UsbKey::remove(FILE_ENUM file) {
commandParams.commandState = COMMAND_DELETE;
commandParams.commandFileName = getFileName(file);
usbProcess();
return commandParams.commandResult;
}
int UsbKey::checkSize(FILE_ENUM file) {
commandParams.commandState = COMMAND_EXISTS;
commandParams.commandFileName = getFileName(file);
usbProcess();
return commandParams.commandResult;
}
int UsbKey::firmwareInit() {
commandParams.commandState = COMMAND_OPEN_DIR;
commandParams.commandFileName = FIRMWARE_DIR;
usbProcess();
return commandParams.commandResult;
}