Variant f_hphp_recursivedirectoryiterator_key(CObjRef obj) {
RecursiveDirectoryIterator *rdi = get_recursivedirectoryiterator(obj);
if (rdi->m_flags == KEY_AS_FILENAME) {
return rdi->m_dirEntry;
}
return rdi->getPathName();
}
bool f_hphp_recursiveiteratoriterator_valid(CObjRef obj) {
RecursiveIteratorIterator *rii = get_recursiveiteratoriterator(obj);
unsigned int size = rii->m_iterators.size();
if (!size) return false;
if (rii->m_iterators[size-1].first.is<RecursiveDirectoryIterator>()) {
RecursiveDirectoryIterator *rdi =
rii->m_iterators[size-1].first.getTyped<RecursiveDirectoryIterator>();
bool valid = rdi->valid();
if (valid) {
if (rii->m_mode == HPHP::q_recursiveiteratoriterator_LEAVES_ONLY ||
rii->m_mode == HPHP::q_recursiveiteratoriterator_CHILD_FIRST) {
String pathName = rdi->getPathName();
if (f_is_dir(pathName)) {
if (rii->m_iterators[size-1].second > 0 &&
rii->m_mode == HPHP::q_recursiveiteratoriterator_CHILD_FIRST) {
return true;
}
return false;
}
}
}
return valid;
}
throw InvalidArgumentException("iterator", "unsupported type");
}
bool f_hphp_recursiveiteratoriterator_valid(CObjRef obj) {
RecursiveIteratorIterator *rii = get_recursiveiteratoriterator(obj);
unsigned int size = rii->m_iterators.size();
if (!size) return false;
Object firstIt = rii->m_iterators[size-1].first;
if (firstIt.is<RecursiveDirectoryIterator>()) {
RecursiveDirectoryIterator* rdi =
firstIt.getTyped<RecursiveDirectoryIterator>();
bool valid = rdi->valid();
if (valid) {
if (rii->m_mode == LEAVES_ONLY ||
rii->m_mode == CHILD_FIRST) {
String pathName = rdi->getPathName();
if (f_is_dir(pathName)) {
if (rii->m_iterators[size-1].second > 0 &&
rii->m_mode == CHILD_FIRST) {
return true;
}
return false;
}
}
}
return valid;
}
throw NotImplementedException("this type of iterator");
}
Object f_hphp_recursivedirectoryiterator_getchildren(CObjRef obj) {
if (!f_hphp_recursivedirectoryiterator_haschildren(obj)) return Object();
RecursiveDirectoryIterator *rdi = get_recursivedirectoryiterator(obj);
c_recursivedirectoryiterator *c_rdi = NEW(c_recursivedirectoryiterator)();
c_rdi->m_rsrc =
NEW(RecursiveDirectoryIterator)(rdi->getPathName(), rdi->m_flags);
return c_rdi;
}
Object f_hphp_recursivedirectoryiterator_getchildren(CObjRef obj) {
if (!f_hphp_recursivedirectoryiterator_haschildren(obj)) return Object();
RecursiveDirectoryIterator *rdi = get_recursivedirectoryiterator(obj);
ObjectData* o_rdi = SystemLib::AllocRecursiveDirectoryIteratorObject();
o_rdi->o_set("rsrc",
NEWOBJ(RecursiveDirectoryIterator)(rdi->getPathName(),
rdi->m_flags),
"SplFileInfo");
return o_rdi;
}
Variant f_hphp_recursivedirectoryiterator_current(CObjRef obj) {
RecursiveDirectoryIterator *rdi = get_recursivedirectoryiterator(obj);
String pathName = rdi->getPathName();
if (rdi->m_flags & CURRENT_AS_PATHNAME) {
return pathName;
}
if (rdi->m_flags & CURRENT_AS_FILEINFO) {
return SystemLib::AllocSplFileInfoObject(pathName);
}
return obj;
}
Variant f_hphp_recursivedirectoryiterator_current(CObjRef obj) {
RecursiveDirectoryIterator *rdi = get_recursivedirectoryiterator(obj);
String pathName = rdi->getPathName();
if (rdi->m_flags & HPHP::q_recursivedirectoryiterator_CURRENT_AS_PATHNAME) {
return pathName;
}
if (rdi->m_flags & HPHP::q_recursivedirectoryiterator_CURRENT_AS_FILEINFO) {
c_splfileinfo *c_splfi = NEW(c_splfileinfo)();
c_splfi->m_rsrc = NEW(SplFileInfo)(pathName);
return c_splfi;
}
return obj;
}
Variant f_hphp_recursivedirectoryiterator_current(CObjRef obj) {
RecursiveDirectoryIterator *rdi = get_recursivedirectoryiterator(obj);
String pathName = rdi->getPathName();
if (rdi->m_flags & HPHP::q_RecursiveDirectoryIterator$$CURRENT_AS_PATHNAME) {
return pathName;
}
if (rdi->m_flags & HPHP::q_RecursiveDirectoryIterator$$CURRENT_AS_FILEINFO) {
ObjectData* c_splfi = SystemLib::AllocSplFileInfoObject();
c_splfi->o_set("rsrc", NEWOBJ(SplFileInfo)(pathName), "SplFileInfo");
return c_splfi;
}
return obj;
}
void f_hphp_recursivedirectoryiterator_next(CObjRef obj) {
RecursiveDirectoryIterator *rdi = get_recursivedirectoryiterator(obj);
rdi->next();
}
void f_hphp_recursiveiteratoriterator_next(CObjRef obj) {
RecursiveIteratorIterator *rii = get_recursiveiteratoriterator(obj);
unsigned int size = rii->m_iterators.size();
if (!size) return;
Object ci = rii->m_iterators[size-1].first;
if (rii->m_mode == SELF_FIRST) {
if (!ci.is<RecursiveDirectoryIterator>()) {
throw NotImplementedException("this type of iterator");
}
RecursiveDirectoryIterator *rdi =
ci.getTyped<RecursiveDirectoryIterator>();
String pathName = rdi->getPathName();
if (f_is_dir(pathName) && !rii->m_iterators[size-1].second) {
rii->m_iterators[size-1].second = 1;
RecursiveDirectoryIterator *ii =
NEWOBJ(RecursiveDirectoryIterator)(pathName, rdi->m_flags);
rii->m_iterators.push_back(std::make_pair(ii, 0));
ii->incRefCount();
if (ii->isdot()) ii->next();
} else {
rdi->next();
rii->m_iterators[size-1].second = 0;
}
if (f_hphp_recursiveiteratoriterator_valid(obj)) return;
decRefObj(rii->m_iterators.back().first);
rii->m_iterators.pop_back();
return f_hphp_recursiveiteratoriterator_next(obj);
} else if (rii->m_mode == CHILD_FIRST ||
rii->m_mode == LEAVES_ONLY) {
if (!ci.is<RecursiveDirectoryIterator>()) {
throw NotImplementedException("this type of iterator");
}
RecursiveDirectoryIterator *rdi =
ci.getTyped<RecursiveDirectoryIterator>();
String pathName = rdi->getPathName();
if (pathName.empty()) {
decRefObj(rii->m_iterators.back().first);
rii->m_iterators.pop_back();
return f_hphp_recursiveiteratoriterator_next(obj);
} else if (f_is_dir(pathName)) {
if (!rii->m_iterators[size-1].second) {
rii->m_iterators[size-1].second = 1;
RecursiveDirectoryIterator *ii =
NEWOBJ(RecursiveDirectoryIterator)(pathName, rdi->m_flags);
rii->m_iterators.push_back(std::make_pair(ii, 0));
ii->incRefCount();
ii->rewind();
if (f_hphp_recursiveiteratoriterator_valid(obj)) return;
return f_hphp_recursiveiteratoriterator_next(obj);
} else {
// CHILD_FIRST: 0 - drill down; 1 - visit 2 - next
// LEAVES_ONLY: 0 - drill down; 1 - next
if (rii->m_mode == CHILD_FIRST &&
rii->m_iterators[size-1].second == 1) {
rii->m_iterators[size-1].second = 2;
return;
}
}
}
rii->m_iterators[size-1].second = 0;
rdi->next();
if (f_hphp_recursiveiteratoriterator_valid(obj)) return;
return f_hphp_recursiveiteratoriterator_next(obj);
} else {
if (!ci.is<RecursiveDirectoryIterator>()) {
throw NotImplementedException("this type of iterator");
}
RecursiveDirectoryIterator *rdi =
ci.getTyped<RecursiveDirectoryIterator>();
assert(rii->m_iterators[size-1].second == 0);
rdi->next();
}
}
void f_hphp_recursiveiteratoriterator_next(CObjRef obj) {
RecursiveIteratorIterator *rii = get_recursiveiteratoriterator(obj);
unsigned int size = rii->m_iterators.size();
if (!size) return;
Object ci = rii->m_iterators[size-1].first;
if (rii->m_mode == HPHP::q_recursiveiteratoriterator_SELF_FIRST) {
if (!ci.is<RecursiveDirectoryIterator>()) {
throw InvalidArgumentException("iterator", "unsupported type");
}
RecursiveDirectoryIterator *rdi =
ci.getTyped<RecursiveDirectoryIterator>();
String pathName = rdi->getPathName();
if (f_is_dir(pathName) && !rii->m_iterators[size-1].second) {
rii->m_iterators[size-1].second = 1;
RecursiveDirectoryIterator *ii =
NEW(RecursiveDirectoryIterator)(pathName, rdi->m_flags);
rii->m_iterators.push_back(std::pair<Object, bool>(ii, 0));
ii->next();
} else {
rdi->next();
rii->m_iterators[size-1].second = 0;
}
if (f_hphp_recursiveiteratoriterator_valid(obj)) return;
rii->m_iterators.pop_back();
return f_hphp_recursiveiteratoriterator_next(obj);
} else if (rii->m_mode == HPHP::q_recursiveiteratoriterator_CHILD_FIRST ||
rii->m_mode == HPHP::q_recursiveiteratoriterator_LEAVES_ONLY) {
if (!ci.is<RecursiveDirectoryIterator>()) {
throw InvalidArgumentException("iterator", "unsupported type");
}
RecursiveDirectoryIterator *rdi =
ci.getTyped<RecursiveDirectoryIterator>();
String pathName = rdi->getPathName();
if (pathName.empty()) {
rii->m_iterators.pop_back();
return f_hphp_recursiveiteratoriterator_next(obj);
} else if (f_is_dir(pathName)) {
if (!rii->m_iterators[size-1].second) {
rii->m_iterators[size-1].second = 1;
RecursiveDirectoryIterator *ii =
NEW(RecursiveDirectoryIterator)(pathName, rdi->m_flags);
rii->m_iterators.push_back(std::pair<Object, bool>(ii, 0));
ii->rewind();
if (f_hphp_recursiveiteratoriterator_valid(obj)) return;
return f_hphp_recursiveiteratoriterator_next(obj);
} else {
// CHILD_FIRST: 0 - drill down; 1 - visit 2 - next
// LEAVES_ONLY: 0 - drill down; 1 - next
if (rii->m_mode == HPHP::q_recursiveiteratoriterator_CHILD_FIRST &&
rii->m_iterators[size-1].second == 1) {
rii->m_iterators[size-1].second = 2;
return;
}
}
}
rii->m_iterators[size-1].second = 0;
rdi->next();
if (f_hphp_recursiveiteratoriterator_valid(obj)) return;
return f_hphp_recursiveiteratoriterator_next(obj);
} else if (rii->m_mode == HPHP::q_recursiveiteratoriterator_CATCH_GET_CHILD) {
throw InvalidArgumentException("iterator", "unsupported mode");
}
throw InvalidArgumentException("iterator", "unsupported mode");
}