: _excludedPaths(excludedPaths), _caseSensitive(caseSensitive)

{

if (!_caseSensitive)

for (std::vector<std::string>::iterator i = _excludedPaths.begin(); i != _excludedPaths.end(); ++i)

std::transform(i->begin(), i->end(), i->begin(), ::tolower);

_workingDirectory.push_back(Path::getCurrentPath());

{

if (path.empty())

return false;

for (std::vector<std::string>::const_iterator i = _excludedPaths.begin(); i != _excludedPaths.end(); ++i) {

const std::string excludedPath((!Path::isAbsolute(path) && Path::isAbsolute(*i)) ? Path::getRelativePath(*i, _workingDirectory) : *i);

std::string findpath = Path::fromNativeSeparators(path);

if (!_caseSensitive)

std::transform(findpath.begin(), findpath.end(), findpath.begin(), ::tolower);

// Filtering directory name

if (endsWith(excludedPath,'/')) {

if (!endsWith(findpath,'/'))

findpath = RemoveFilename(findpath);

if (excludedPath.length() > findpath.length())

continue;

// Match relative paths starting with mask

// -isrc matches src/foo.cpp

if (findpath.compare(0, excludedPath.size(), excludedPath) == 0)

return true;

// Match only full directory name in middle or end of the path

// -isrc matches myproject/src/ but does not match

// myproject/srcfiles/ or myproject/mysrc/

if (findpath.find("/" + excludedPath) != std::string::npos)

return true;

}

// Filtering filename

else {

if (excludedPath.length() > findpath.length())

continue;

// Check if path ends with mask

// -ifoo.cpp matches (./)foo.c, src/foo.cpp and proj/src/foo.cpp

// -isrc/file.cpp matches src/foo.cpp and proj/src/foo.cpp

if (findpath.compare(findpath.size() - excludedPath.size(), findpath.size(), excludedPath) == 0)

return true;

}

}

return false;

{

const std::size_t ind = path.find_last_of('/');

return path.substr(0, ind + 1);