#include <SD.h>
void [B]xferSD[/B]( int copyType ) { // do MediaTransfer with SD
#define destLFS 1
#define destSD 2
static bool initSD = true;
Serial.print("Initializing SD card...");
if ( initSD && !SD.begin(BUILTIN_SDCARD)) { // see if the card is present and can be initialized:
Serial.println("\n\n SD Card failed, or not present - Cannot do Xfer\n");
}
else {
initSD = false;
Serial.println("card initialized.\n\n");
if ( copyType == destSD ) {
// char szSDdir[] = "/"; // COPY to SD ROOT
char szSDdir[] = "LFS_CPY/"; // COPY to SD subdirectory
if ( '/' != szSDdir[0] )
SD.mkdir( szSDdir );
[COLOR="#FF0000"][B]makeRootDirsTest[/B][/COLOR](); // BUGBUG DEBUG make extra subdirs and files to show function
Serial.println("\n STARTING :: LittleFS copy to SD card XFER ...\n\n");
mediaTransfer( myfs.open("/"), szSDdir, destSD ); // TOO SD
Serial.println("\n LittleFS copy to SD card XFER COMPLETE.\n\n");
}
else {
char szLFSdir[] = "/";
char szSDdir[] = "LFS_CPY";
Serial.println("\n STARTING :: SD card copy to LittleFS XFER ...\n\n");
mediaTransfer( SD.open(szSDdir), szLFSdir, destLFS ); // FROM SD
Serial.println("\n SD card copy to LittleFS XFER COMPLETE.\n\n");
}
}
}
void mediaTransfer(File dir, char* szDir, int destMedia) {
char szNewDir[36];
while (true) {
File entry = dir.openNextFile();
if (! entry) {
break;
}
if (entry.isDirectory()) {
strcpy( szNewDir, szDir);
if ( destMedia == destLFS )
myfs.mkdir( szNewDir );
else
SD.mkdir( szNewDir );
strcat( szNewDir, entry.name());
if ( destMedia == destLFS ) myfs.mkdir( szNewDir );
else SD.mkdir( szNewDir );
strcat( szNewDir, "/");
mediaTransfer(entry, szNewDir, destMedia);
} else {
uint64_t fileSize, sizeCnt = 0, xfSize = 1;
char mm[512];
strcpy( szNewDir, szDir);
strcat( szNewDir, entry.name() );
File dataFile;
if ( destMedia == destLFS ) {
dataFile = myfs.open(szNewDir, FILE_WRITE_BEGIN);
}
else {
dataFile = SD.open(szNewDir, FILE_WRITE_BEGIN);
}
if ( !dataFile )
Serial.print("\td_FILE: NOT open\n");
fileSize = entry.size();
while ( entry.available() ) {
if ( fileSize < sizeCnt ) break;
if ( fileSize - sizeCnt >= sizeof(mm) ) xfSize = sizeof(mm);
else xfSize = fileSize - sizeCnt;
entry.read( &mm , xfSize );
dataFile.write( &mm , xfSize );
sizeCnt += xfSize;
}
if (fileSize != sizeCnt ) {
Serial.print("\n File Size Error:: ");
Serial.println( entry.name() );
}
dataFile.close();
}
entry.close();
}
}
void [COLOR="#FF0000"][B]makeRootDirsTest[/B][/COLOR]() {
char szDir[36];
for ( uint32_t ii = 1; ii <= NUMDIRS; ii++ ) {
sprintf( szDir, "/%lu_dir", ii );
myfs.mkdir( szDir );
sprintf( szDir, "/%lu_dir/aFile.txt", ii ); // BUGBUG DEBUG
file3 = myfs.open(szDir, FILE_WRITE);
file3.write( szDir , 12 );
file3.close();
sprintf( szDir, "/%lu_dir/TEST", ii ); // BUGBUG DEBUG
myfs.mkdir( szDir ); // BUGBUG DEBUG
sprintf( szDir, "/%lu_dir/TEST/bFile.txt", ii ); // BUGBUG DEBUG
file3 = myfs.open(szDir, FILE_WRITE);
file3.write( szDir , 12 );
file3.close();
}
filecount = printDirectoryFilecount( myfs.open("/") ); // Set base value of filecount for disk
}
