if (in_array($tableID, (array) $_POST["delete"])) {
$t = new meta($table);
$t->set_id($tableID);
$t->delete();
// Save
} else {
$a = array($table . "ID" => $tableID, $table . "Seq" => $_POST[$table . "Seq"][$k], $table . "Label" => $_POST[$table . "Label"][$k], $table . "Name" => $_POST[$table . "Name"][$k], $table . "Colour" => $_POST[$table . "Colour"][$k], $table . "Seq" => $_POST[$table . "Seq"][$k], "numberToBasic" => $_POST["numberToBasic"][$k], $table . "Active" => in_array($tableID, $_POST[$table . "Active"]));
$orig_tableID = $_POST[$table . "IDOrig"][$k];
$t = new meta($table);
$t->read_array($a);
$errs = $t->validate();
if (!$errs) {
if ($orig_tableID && $orig_tableID != $tableID) {
$a[$table . "Active"] = in_array($orig_tableID, $_POST[$table . "Active"]);
$t->read_array($a);
$t->set_id($orig_tableID);
$k = new db_field($table . "ID");
// If the primary key has changed, then it needs special handling.
$k->set_value($tableID);
// The primary keys in the referential integrity tables are not
$t->data_fields[] = $k;
// usually just auto-incrementing IDs like every other table in alloc
$t->update();
// So we have to trick db_entity into letting us update a primary key.
} else {
$t->save();
}
}
}
}
}
