/** @return a renamed key
*/
inline kdb::Key rename_key (kdb::Key k, std::string sourceName, std::string newDirName, bool verbose)
{
std::string otherName = k.getName ();
std::string baseName = otherName.substr (sourceName.length ());
if (verbose) std::cout << "key: " << otherName << " will be renamed to: " << newDirName + baseName << std::endl;
kdb::Key newKey = k.dup ();
newKey.setName (newDirName + baseName);
return newKey;
}
/**
* @brief attempts to add a subkey to the entry key
*
* If the secure flag is set, does check if the given
* key is really a sub key. If not, nothing is added.
*
* @param key The key do be added as sub key
* @param secure Whether to check if @p k is real subkey
*/
void addSubkey (kdb::Key k, bool secure = false)
{
if (!secure || k.isBelow (static_cast<kdb::Key &> (*this)))
{
m_subkeys.append (k);
}
}
int Plugin::error (kdb::KeySet & ks, kdb::Key & parentKey)
{
if (!plugin->kdbError)
{
throw MissingSymbol("kdbError");
}
return plugin->kdbError(plugin, ks.getKeySet(), parentKey.getKey());
}
int Plugin::set (kdb::KeySet & ks, kdb::Key & parentKey)
{
if (!plugin->kdbSet)
{
throw MissingSymbol("kdbSet");
}
return plugin->kdbSet(plugin, ks.getKeySet(), parentKey.getKey());
}
int Plugin::close (kdb::Key & errorKey)
{
if (!plugin->kdbClose)
{
throw MissingSymbol("kdbClose");
}
return plugin->kdbClose(plugin, errorKey.getKey());
}
int Plugin::open (kdb::Key & errorKey)
{
if (!plugin->kdbOpen)
{
throw MissingSymbol("kdbOpen");
}
return plugin->kdbOpen(plugin, errorKey.getKey());
}
void visit(std::string name, unsigned long depth, kdb::Key k)
{
for (unsigned long i = 0; i<depth; ++i)
{
std::cout << " ";
}
std::cout << name;
if (k)
{
std::cout
<< "(" << k.getName() << ") = "
<< k.getString();
}
std::cout << std::endl;
}