Type path completion can occur in import declarations, using declarations or any place a type is referenced. We can identify three different cases:
This lists all sub-packages of the haxe package as well as all modules in that package:
import haxe.|
<list> <i n="CallStack"><t></t><d></d></i> <i n="Constraints"><t></t><d></d></i> <i n="DynamicAccess"><t></t><d></d></i> <i n="EnumFlags"><t></t><d></d></i> <i n="EnumTools"><t></t><d></d></i> <i n="Http"><t></t><d></d></i> <i n="Int32"><t></t><d></d></i> <i n="Int64"><t></t><d></d></i> <i n="Json"><t></t><d></d></i> <i n="Log"><t></t><d></d></i> <i n="PosInfos"><t></t><d></d></i> <i n="Resource"><t></t><d></d></i> <i n="Serializer"><t></t><d></d></i> <i n="Template"><t></t><d></d></i> <i n="Timer"><t></t><d></d></i> <i n="Ucs2"><t></t><d></d></i> <i n="Unserializer"><t></t><d></d></i> <i n="Utf8"><t></t><d></d></i> <i n="crypto"><t></t><d></d></i> <i n="ds"><t></t><d></d></i> <i n="extern"><t></t><d></d></i> <i n="format"><t></t><d></d></i> <i n="io"><t></t><d></d></i> <i n="macro"><t></t><d></d></i> <i n="remoting"><t></t><d></d></i> <i n="rtti"><t></t><d></d></i> <i n="unit"><t></t><d></d></i> <i n="web"><t></t><d></d></i> <i n="xml"><t></t><d></d></i> <i n="zip"><t></t><d></d></i> </list>
This lists all sub-types of the module haxe.Unserializer
as well as all its public static fields (because these can be imported too):
import haxe.Unserializer.|
<list> <i n="DEFAULT_RESOLVER"> <t>haxe.TypeResolver</t> <d> This value can be set to use custom type resolvers. A type resolver finds a Class or Enum instance from a given String. By default, the haxe Type API is used. A type resolver must provide two methods: 1. resolveClass(name:String):Class<Dynamic> is called to determine a Class from a class name 2. resolveEnum(name:String):Enum<Dynamic> is called to determine an Enum from an enum name This value is applied when a new Unserializer instance is created. Changing it afterwards has no effect on previously created instances. </d> </i> <i n="run"> <t>v : String -> Dynamic</t> <d> Unserializes `v` and returns the according value. This is a convenience function for creating a new instance of Unserializer with `v` as buffer and calling its unserialize() method once. </d> </i> <i n="TypeResolver"><t></t><d></d></i> <i n="Unserializer"><t></t><d></d></i> </list>
using haxe.Unserializer.|
This lists all sub-types of the module haxe.Unserializer
:
using haxe.Unserializer.|
class Main { static public function main() { var x:haxe.Unserializer.| } }
<list> <i n="TypeResolver"><t></t><d></d></i> <i n="Unserializer"><t></t><d></d></i> </list>