void PluginRegistry::init()
{
// for each directory
for( StringsCIter i = impl_->directories.begin();
i != impl_->directories.end(); ++i )
{
const std::string& dir = *i;
LBLOG( LOG_PLUGIN ) << "Searching plugins in " << dir << std::endl;
#ifdef _WIN32
const Strings& files = searchDirectory( dir, ".*Compressor.*\\.dll" );
const char DIRSEP = '\\';
#elif defined (Darwin)
const Strings& files = searchDirectory( dir,
"lib.*Compressor.*\\.dylib" );
const char DIRSEP = '/';
#else
const Strings& files = searchDirectory( dir, "lib.*Compressor.*\\.so" );
const char DIRSEP = '/';
#endif
// for each file found in the directory
for( StringsCIter j = files.begin(); j != files.end(); ++j )
{
// build path + name of library
const std::string libraryName = dir.empty() ? *j : dir+DIRSEP+*j;
addPlugin( libraryName );
}
}
}
void FileNameSearchProtocol::listDir(const KUrl& url)
{
cleanup();
m_checkContent = url.queryItem("checkContent");
m_literal = url.queryItem("literal");
m_checkType = url.queryItem("checkType");
QString search = url.queryItem("search");
if (!search.isEmpty() && m_literal == "yes") {
search = QRegExp::escape(search);
}
if (!search.isEmpty()) {
m_regExp = new QRegExp(search, Qt::CaseInsensitive);
}
const QString urlString = url.queryItem("url");
searchDirectory(KUrl(urlString));
cleanup();
finished();
}
/**
@brief フォルダ内のファイルおよびサブディレクトリを検索
@param tszPath 検索するパス
*/
void search( const _TCHAR* tszPath )
{
if( m_bSearchChild )
{
searchDirectory( tszPath );
}
searchFile( tszPath );
}
//FindFiles
Int DirectoryArchiveHandler::FindFiles( const String& archiveLocation, StringVector* files, bool recurse )
{
// Find the files:
Int count = searchDirectory( archiveLocation, files, recurse );
// Go through the files and remove the directory from the name
StringVector::iterator fileIter = files->begin();
Int length = archiveLocation.length() + 1;
for ( fileIter; fileIter != files->end(); fileIter++ )
{
fileIter->erase( 0, length );
}
return count;
}
void deleteFile(char* name, int dirID) {
int entryOffset, j;
char directoryBuffer[SECTOR_SIZE];
char mapBuffer[SECTOR_SIZE];
/* int sectorPointer = 0; */
readSector(directoryBuffer, dirID);
readSector(mapBuffer, MAP_SECTOR);
entryOffset = searchDirectory(directoryBuffer, name);
if (entryOffset < 0) {
char errorMessage[];
errorMessage[0] = 'F';
errorMessage[1] = 'i';
errorMessage[2] = 'l';
errorMessage[3] = 'e';
errorMessage[4] = ' ';
errorMessage[5] = 'n';
errorMessage[6] = 'o';
errorMessage[7] = 't';
errorMessage[8] = ' ';
errorMessage[9] = 'f';
errorMessage[10] = 'o';
errorMessage[11] = 'u';
errorMessage[12] = 'n';
errorMessage[13] = 'd';
errorMessage[14] = '\0';
printString(errorMessage);
return;
}
directoryBuffer[entryOffset] = 0;
for (j = FILE_NAME_LENGTH; j < FILE_ENTRY_LENGTH; j++) {
mapBuffer[directoryBuffer[entryOffset + j]] = 0;
if (directoryBuffer[entryOffset + j] == 0) {
break;
}
}
writeSector(directoryBuffer, 2);
writeSector(mapBuffer, 1);
}
void readFile(char *filename, char *buffer, int dirID) {
/* int i, j, k; */
int entryOffset;
char directoryBuffer[SECTOR_SIZE];
int bufferPointer = 0;
int sectorPointer = 0;
readSector(&directoryBuffer, dirID);
entryOffset = searchDirectory(directoryBuffer, filename);
if (entryOffset < 0) {
char errorMessage[15];
errorMessage[0] = 'F';
errorMessage[1] = 'i';
errorMessage[2] = 'l';
errorMessage[3] = 'e';
errorMessage[4] = ' ';
errorMessage[5] = 'n';
errorMessage[6] = 'o';
errorMessage[7] = 't';
errorMessage[8] = ' ';
errorMessage[9] = 'f';
errorMessage[10] = 'o';
errorMessage[11] = 'u';
errorMessage[12] = 'n';
errorMessage[13] = 'd';
errorMessage[14] = '\0';
printString(errorMessage);
*buffer = '\0';
return;
}
sectorPointer = entryOffset + 6;
while (directoryBuffer[sectorPointer] != 0) {
readSector(buffer + bufferPointer, directoryBuffer[sectorPointer]);
bufferPointer += SECTOR_SIZE;
sectorPointer++;
}
}
int bbb_initPWM(byte pin)
{
int returnval=0; // Remains zero unless errors are detected
char pwmFName[50], pwmDirName[50];
printf("slots file path = %s\n", slotsFilePath);
// Find directory/file for this PWM channel
sprintf(pwmFName,"pwm_test_%s",pwmName[pin]);
if (searchDirectory(ocpDir, pwmFName, pwmDirName)) { // Not found
sprintf(pwmDirName,"%s.%d", pwmFName, 15); // 15 is a default
returnval -= 1;
}
// pwmDir[pin]: Full PWM directory path for channel pin
sprintf(pwmDir[pin],"%s%s", ocpDir, pwmDirName);
printf("dir = %s%s\n",ocpDir,pwmDirName);
if (bbb_setPolarityPWM(pin, pwm_straight))
returnval -= 2;
return returnval;
}
//searchDirectory
Int DirectoryArchiveHandler::searchDirectory( const String& path, StringVector* files, bool recurse )
{
_finddata_t findData;
String mask = path + "/*.*";
long handle = _findfirst( mask.c_str(), &findData );
long result = 0;
while ( handle != -1 && result != -1 )
{
String dir = findData.name;
if ( dir != "." && dir != ".." )
{
if ( ( findData.attrib & _A_SUBDIR ) && recurse )
{
searchDirectory( path + "/" + findData.name, files, recurse );
}
else
files->push_back( path + "/" + findData.name );
}
result = _findnext( handle, &findData );
}
return files->size();
}
void writeFile(char* name, char* buffer, int numberOfSectors, int dirID) {
int i, j, entryOffset;
char directoryBuffer[SECTOR_SIZE];
char mapBuffer[SECTOR_SIZE];
char sectorPointers[26];
char errorMessage[19];
/* char debug[3]; */
readSector(directoryBuffer, ROOT_SECTOR);
/* try to see if this file already exists */
entryOffset = searchDirectory(directoryBuffer, name);
if (entryOffset < 0) {
/* find an empty entry to store file info */
i = findEmptyEntry(directoryBuffer);
if (i < 0) {
errorMessage[0] = 'F';
errorMessage[1] = 'i';
errorMessage[2] = 'l';
errorMessage[3] = 'e';
errorMessage[4] = ' ';
errorMessage[5] = 'f';
errorMessage[6] = 'u';
errorMessage[7] = 'l';
errorMessage[8] = 'l';
errorMessage[9] = '\0';
printString(errorMessage);
return;
}
entryOffset = i ;
}
readSector(mapBuffer, MAP_SECTOR);
/* find enough sectors for storage */
i = 0;
for (j = 0 ; j < numberOfSectors; j++) {
while(mapBuffer[i]!=0x00) {
i++;
if (i > SECTOR_TOTAL_NUM){
errorMessage[0] = 'D';
errorMessage[1] = 'i';
errorMessage[2] = 's';
errorMessage[3] = 'k';
errorMessage[4] = ' ';
errorMessage[5] = 'f';
errorMessage[6] = 'u';
errorMessage[7] = 'l';
errorMessage[8] = 'l';
errorMessage[9] = '\0';
printString(errorMessage);
return;
}
}
sectorPointers[j] = i;
i++;
}
/* write file name, and append '\0' at the end if there is space */
for (j = 0; j < FILE_NAME_LENGTH; j++) {
directoryBuffer[entryOffset+j] = name[j];
if (name[j] == '\0') {
break;
}
}
/* write data into sectors */
for (j = 0; j < numberOfSectors; j++) {
mapBuffer[sectorPointers[j]] = 0xFF;
directoryBuffer[entryOffset+FILE_NAME_LENGTH+j] = sectorPointers[j];
writeSector(buffer, sectorPointers[j]);
buffer += SECTOR_SIZE;
}
directoryBuffer[entryOffset+FILE_NAME_LENGTH+numberOfSectors] = 0; /* end the sector pointer sequence */
/* write back root directory and map */
writeSector(directoryBuffer, ROOT_SECTOR);
writeSector(mapBuffer, MAP_SECTOR);
}
