// static
void VFSNode::copyDirectory(const VFSNode& source, const VFSNode& dest, bool recursive) {
if (recursive) {
VString sourcePathWithTrailingSeparator = source.getPath() + (source.getPath().endsWith(PATH_SEPARATOR_CHAR) ? "" : PATH_SEPARATOR_CHARS);
if (dest.getPath().startsWith(sourcePathWithTrailingSeparator)) {
throw VException(VSTRING_FORMAT("Attempt to recursively copy '%s' into '%s'.", source.getPath().chars(), dest.getPath().chars()));
}
}
if (!dest.exists()) {
dest.mkdirs();
}
VFSNodeCopyDirectoryCallback copyDirectoryCallback(dest, recursive);
source.iterate(copyDirectoryCallback);
}
void VFSNodeUnit::_testDirectoryIteration(const VFSNode& dir) {
const int NUM_FILES_TO_CREATE = 5;
const int NUM_FILES_TO_CHECK = NUM_FILES_TO_CREATE + 3; // we'll verify we don't have these extras
// Test directory listing, iteration, find.
// Create 5 files in the deep directory, then test that we can find them.
for (int i = 0; i < NUM_FILES_TO_CREATE; ++i) {
VString testIterFileName(VSTRING_ARGS("iter_test_%d.txt", i));
VFSNode testIterFileNode;
dir.getChildNode(testIterFileName, testIterFileNode);
VBufferedFileStream testIterStream(testIterFileNode);
testIterStream.openWrite();
VTextIOStream out(testIterStream);
out.writeLine(testIterFileName);
}
{
// find() test
VFSNode testIterNode;
for (int i = 0; i < NUM_FILES_TO_CHECK; ++i) {
VString testIterFileName(VSTRING_ARGS("iter_test_%d.txt", i));
if (i < NUM_FILES_TO_CREATE)
VUNIT_ASSERT_TRUE_LABELED(dir.find(testIterFileName, testIterNode), VSTRING_FORMAT("find() found #%d", i)); // this file should exist
else
VUNIT_ASSERT_FALSE_LABELED(dir.find(testIterFileName, testIterNode), VSTRING_FORMAT("find() did not find #%d", i)); // this file should not exist
}
}
// There is no guarantee that the list() and iterate() methods will return the directory
// listing in any particular order. We either need to sort them ourself, or verify without
// regard to order. Here, we'll sort the returned string list, since we know that our
// file names are sortable because they are single-digit-number-based strings, e.g. "iter_test_3.txt".
// Note that the result of sorting is ultimately dependent on strcmp().
{
// list() names test
int index = 0;
VStringVector fileNames;
dir.list(fileNames);
std::sort(fileNames.begin(), fileNames.end());
VUNIT_ASSERT_EQUAL_LABELED(static_cast<int>(fileNames.size()), NUM_FILES_TO_CREATE, "list names size");
for (VStringVector::const_iterator i = fileNames.begin(); i != fileNames.end(); ++i, ++index) {
VString testIterFileName(VSTRING_ARGS("iter_test_%d.txt", index));
VUNIT_ASSERT_EQUAL_LABELED(*i, testIterFileName, VSTRING_FORMAT("list names #%d", index));
}
}
{
// list() nodes test
int index = 0;
VFSNodeVector fileNodes;
dir.list(fileNodes);
std::sort(fileNodes.begin(), fileNodes.end());
VUNIT_ASSERT_EQUAL_LABELED(static_cast<int>(fileNodes.size()), NUM_FILES_TO_CREATE, "list nodes size");
for (VFSNodeVector::const_iterator i = fileNodes.begin(); i != fileNodes.end(); ++i, ++index) {
VString testIterFileName(VSTRING_ARGS("iter_test_%d.txt", index));
VString nodeFileName;
i->getName(nodeFileName);
VUNIT_ASSERT_EQUAL_LABELED(nodeFileName, testIterFileName, VSTRING_FORMAT("list nodes #%d", index));
}
}
{
// iterate() test
int index = 0;
VFSNodeIterateTestCallback callback;
dir.iterate(callback);
std::sort(callback.mNodeNames.begin(), callback.mNodeNames.end());
VUNIT_ASSERT_EQUAL_LABELED(static_cast<int>(callback.mNodeNames.size()), NUM_FILES_TO_CREATE, "iterate size");
for (VStringVector::const_iterator i = callback.mNodeNames.begin(); i != callback.mNodeNames.end(); ++i, ++index) {
VString testIterFileName(VSTRING_ARGS("iter_test_%d.txt", index));
VUNIT_ASSERT_EQUAL_LABELED(*i, testIterFileName, VSTRING_FORMAT("iterate nodes #%d", index));
}
}
}