function __construct($init = NULL, $aliases = NULL, $name = NULL)
{
$this->key2values = [];
$this->value2key = [];
$this->all_sub_keys = [];
$this->level = [];
$this->simple_keys = [];
$this->recursive_keys = [];
$this->name = $name;
if ($aliases === NULL) {
$aliases = [];
}
$this->aliases = $aliases;
#echo "\$init:\n";
#var_dump($init);
if ($init !== NULL) {
foreach ($init as $k => $v) {
if (!is_array($v)) {
_die("bad type, not array");
}
if (is_vec($v)) {
$this->simple_keys[] = $k;
register2($this, $k, $v);
} else {
$this->recursive_keys[] = $k;
foreach ($v as $_ => &$v_) {
register($this, $k, $_);
#echo "\$v_:\n";
#var_dump($v_);
if (!ISDEPATH($v_)) {
$v_ = DEPATH($v_, $aliases);
}
$this->all_sub_keys = array_merge($this->all_sub_keys, $v_->all_sub_keys);
register3($this, $v_->key2values);
}
}
$this->level[$k] = $v;
}
}
# Sort and remove duplicates
$this->all_sub_keys = array_values(array_unique($this->all_sub_keys));
foreach (array_keys($this->key2values) as $k) {
$this->key2values[$k] = array_unique($this->key2values[$k]);
}
}
function make_depaths(&$result, &$depaths, &$parts, $lang = NULL)
{
foreach ($depaths as $key => &$depath) {
$duo = [[], []];
# Add keys to populate the depath via duo[]
foreach ($depath as $_) {
if (is_scalar($_)) {
add_key($duo, $_, $parts, $result);
} else {
copy_onto($duo[0], reduced_values($_, $parts, $duo[1])[0]);
}
}
# link depath into result, update caller's record of the depaths
$depath = $result[$key] = DEPATH($duo[0], $duo[1], "{$lang}/{$key}");
}
return $result;
}