Update

Kha/Tools/windows_x64/std/cpp/_std/haxe/Exception.hx

@@ -19,7 +19,10 @@ class Exception {
 		if(Std.isOfType(value, Exception)) {
 			return value;
 		} else {
-			return new ValueException(value, null, value);
+			var e = new ValueException(value, null, value);
+			// Undo automatic __shiftStack()
+			e.__unshiftStack();
+			return e;
 		}
 	}
 
@@ -63,6 +66,12 @@ class Exception {
 		__skipStack++;
 	}
 
+	@:noCompletion
+	@:ifFeature("haxe.Exception.get_stack")
+	inline function __unshiftStack():Void {
+		__skipStack--;
+	}
+
 	function get_message():String {
 		return __exceptionMessage;
 	}

Kha/Tools/windows_x64/std/cpp/_std/haxe/Int64.hx

@@ -22,13 +22,8 @@
 
 package haxe;
 
-import haxe.Int64Helper;
-
-@:notNull
 @:include("cpp/Int64.h")
-@:native("cpp::Int64Struct")
-private extern class ___Int64 {
-
+private extern class NativeInt64Helper {
 	@:native("_hx_int64_make")
 	static function make(high:Int32, low:Int32):__Int64;
 
@@ -132,21 +127,21 @@ private extern class ___Int64 {
 	static function low(a:__Int64):Int32;
 }
 
-private typedef __Int64 = ___Int64;
+private typedef __Int64 = cpp.Int64;
 
 @:coreApi
 @:transitive
-abstract Int64(__Int64) from __Int64 to __Int64 {
+@:notNull
+abstract Int64(__Int64) from __Int64 from Int to __Int64 {
 	public #if !cppia inline #end function copy():Int64
 		return this;
 
 	public static #if !cppia inline #end function make(high:Int32, low:Int32):Int64 {
-		return __Int64.make(high, low);
+		return NativeInt64Helper.make(high, low);
 	}
 
-	@:from
 	public static #if !cppia inline #end function ofInt(x:Int):Int64 {
-		return __Int64.ofInt(x);
+		return x;
 	}
 
 	public static #if !cppia inline #end function toInt(x:Int64):Int {
@@ -158,11 +153,11 @@ abstract Int64(__Int64) from __Int64 to __Int64 {
 
 	@:deprecated('haxe.Int64.is() is deprecated. Use haxe.Int64.isInt64() instead')
 	inline public static function is(val:Dynamic):Bool {
-		return isInt64(val);
+		return val is cpp.Int64;
 	}
 
 	public static #if !cppia inline #end function isInt64(val:Dynamic):Bool
-		return __Int64.isInt64(val);
+		return val is cpp.Int64;
 
 	@:deprecated("Use high instead")
 	public static #if !cppia inline #end function getHigh(x:Int64):Int32
@@ -173,22 +168,22 @@ abstract Int64(__Int64) from __Int64 to __Int64 {
 		return x.low;
 
 	public static #if !cppia inline #end function isNeg(x:Int64):Bool
-		return __Int64.isNeg(x);
+		return NativeInt64Helper.isNeg(x);
 
 	public static #if !cppia inline #end function isZero(x:Int64):Bool
-		return __Int64.isZero(x);
+		return NativeInt64Helper.isZero(x);
 
 	public static #if !cppia inline #end function compare(a:Int64, b:Int64):Int
-		return __Int64.compare(a, b);
+		return NativeInt64Helper.compare(a, b);
 
 	public static #if !cppia inline #end function ucompare(a:Int64, b:Int64):Int
-		return __Int64.ucompare(a, b);
+		return NativeInt64Helper.ucompare(a, b);
 
 	public static #if !cppia inline #end function toStr(x:Int64):String
-		return x.toString();
+		return cast x.val;
 
 	private #if !cppia inline #end function toString():String
-		return __Int64.toString(this);
+		return cast this;
 
 	public static function parseString(sParam:String):Int64 {
 		return Int64Helper.parseString(sParam);
@@ -201,7 +196,7 @@ abstract Int64(__Int64) from __Int64 to __Int64 {
 	public static function divMod(dividend:Int64, divisor:Int64):{quotient:Int64, modulus:Int64} {
 		var q = dividend / divisor;
 
-		if (isZero(divisor))
+		if (divisor == 0)
 			throw "divide by zero";
 
 		var m = dividend - q * divisor;
@@ -209,16 +204,16 @@ abstract Int64(__Int64) from __Int64 to __Int64 {
 		return {quotient: q, modulus: m};
 	}
 
-	@:op(-A)
+@:op(-A)
 	public static #if !cppia inline #end function neg(x:Int64):Int64
-		return __Int64.neg(x);
+		return NativeInt64Helper.neg(x);
 
 	@:op(++A) private inline function preIncrement():Int64 {
 		#if cppia
 		this = this + make(0, 1);
 		return this;
 		#else
-		return __Int64.preIncrement(this);
+		return NativeInt64Helper.preIncrement(this);
 		#end
 	}
 
@@ -228,7 +223,7 @@ abstract Int64(__Int64) from __Int64 to __Int64 {
 		this = this + make(0, 1);
 		return result;
 		#else
-		return __Int64.postIncrement(this);
+		return NativeInt64Helper.postIncrement(this);
 		#end
 	}
 
@@ -237,7 +232,7 @@ abstract Int64(__Int64) from __Int64 to __Int64 {
 		untyped this = this - make(0, 1);
 		return this;
 		#else
-		return __Int64.preDecrement(this);
+		return NativeInt64Helper.preDecrement(this);
 		#end
 	}
 
@@ -247,35 +242,35 @@ abstract Int64(__Int64) from __Int64 to __Int64 {
 		this = this - make(0, 1);
 		return result;
 		#else
-		return __Int64.postDecrement(this);
+		return NativeInt64Helper.postDecrement(this);
 		#end
 	}
 
 	@:op(A + B)
 	public static #if !cppia inline #end function add(a:Int64, b:Int64):Int64
-		return __Int64.add(a, b);
+		return NativeInt64Helper.add(a, b);
 
 	@:op(A + B)
 	@:commutative
 	private static #if !cppia inline #end function addInt(a:Int64, b:Int):Int64
-		return __Int64.addInt(a, b);
+		return NativeInt64Helper.addInt(a, b);
 
 	@:op(A - B)
 	public static #if !cppia inline #end function sub(a:Int64, b:Int64):Int64 {
-		return __Int64.sub(a, b);
+		return NativeInt64Helper.sub(a, b);
 	}
 
 	@:op(A - B)
 	private static #if !cppia inline #end function subInt(a:Int64, b:Int):Int64
-		return __Int64.subInt(a, b);
+		return NativeInt64Helper.subInt(a, b);
 
 	@:op(A - B)
 	private static #if !cppia inline #end function intSub(a:Int, b:Int64):Int64
-		return __Int64.intSub(a, b);
+		return NativeInt64Helper.intSub(a, b);
 
 	@:op(A * B)
 	public static #if !cppia inline #end function mul(a:Int64, b:Int64):Int64
-		return __Int64.mul(a, b);
+		return NativeInt64Helper.mul(a, b);
 
 	@:op(A * B)
 	@:commutative
@@ -284,9 +279,9 @@ abstract Int64(__Int64) from __Int64 to __Int64 {
 
 	@:op(A / B)
 	public static #if !cppia inline #end function div(a:Int64, b:Int64):Int64 {
-		if (__Int64.isZero(b))
+		if (NativeInt64Helper.isZero(b))
 			throw "divide by zero";
-		return __Int64.div(a, b);
+		return NativeInt64Helper.div(a, b);
 	}
 
 	@:op(A / B)
@@ -299,9 +294,9 @@ abstract Int64(__Int64) from __Int64 to __Int64 {
 
 	@:op(A % B)
 	public static #if !cppia inline #end function mod(a:Int64, b:Int64):Int64 {
-		if (__Int64.isZero(b))
+		if (NativeInt64Helper.isZero(b))
 			throw "divide by zero";
-		return __Int64.mod(a, b);
+		return NativeInt64Helper.mod(a, b);
 	}
 
 	@:op(A % B)
@@ -314,16 +309,16 @@ abstract Int64(__Int64) from __Int64 to __Int64 {
 
 	@:op(A == B)
 	public static #if !cppia inline #end function eq(a:Int64, b:Int64):Bool
-		return __Int64.eq(a, b);
+		return NativeInt64Helper.eq(a, b);
 
 	@:op(A == B)
 	@:commutative
 	private static #if !cppia inline #end function eqInt(a:Int64, b:Int):Bool
-		return __Int64.eqInt(a, b);
+		return NativeInt64Helper.eqInt(a, b);
 
 	@:op(A != B)
 	public static #if !cppia inline #end function neq(a:Int64, b:Int64):Bool
-		return __Int64.neq(a, b);
+		return NativeInt64Helper.neq(a, b);
 
 	@:op(A != B)
 	@:commutative
@@ -380,39 +375,44 @@ abstract Int64(__Int64) from __Int64 to __Int64 {
 
 	@:op(~A)
 	private static #if !cppia inline #end function complement(a:Int64):Int64
-		return __Int64.complement(a);
+		return NativeInt64Helper.complement(a);
 
 	@:op(A & B)
 	public static #if !cppia inline #end function and(a:Int64, b:Int64):Int64
-		return __Int64.bitAnd(a, b);
+		return NativeInt64Helper.bitAnd(a, b);
 
 	@:op(A | B)
 	public static #if !cppia inline #end function or(a:Int64, b:Int64):Int64
-		return __Int64.bitOr(a, b);
+		return NativeInt64Helper.bitOr(a, b);
 
 	@:op(A ^ B)
 	public static #if !cppia inline #end function xor(a:Int64, b:Int64):Int64
-		return __Int64.bitXor(a, b);
+		return NativeInt64Helper.bitXor(a, b);
 
 	@:op(A << B)
 	public static #if !cppia inline #end function shl(a:Int64, b:Int):Int64
-		return __Int64.shl(a, b);
+		return NativeInt64Helper.shl(a, b);
 
 	@:op(A >> B)
 	public static #if !cppia inline #end function shr(a:Int64, b:Int):Int64
-		return __Int64.shr(a, b);
+		return NativeInt64Helper.shr(a, b);
 
 	@:op(A >>> B)
 	public static #if !cppia inline #end function ushr(a:Int64, b:Int):Int64
-		return __Int64.ushr(a, b);
+		return NativeInt64Helper.ushr(a, b);
 
 	public var high(get, never):Int32;
 
 	private #if !cppia inline #end function get_high():Int32
-		return __Int64.high(this);
+		return NativeInt64Helper.high(this);
 
 	public var low(get, never):Int32;
 
 	private #if !cppia inline #end function get_low():Int32
-		return __Int64.low(this);
+		return NativeInt64Helper.low(this);
+
+	private var val(get, never):__Int64;
+
+	private #if !cppia inline #end function get_val():__Int64
+		return this;
 }

Kha/Tools/windows_x64/std/cpp/_std/haxe/atomic/AtomicInt.hx

@@ -0,0 +1,68 @@
+package haxe.atomic;
+
+#if cppia
+extern
+#end
+abstract AtomicInt(cpp.Pointer<Int>) {
+	#if cppia
+	public function new(value:Int):Void;
+
+	public function add(b:Int):Int;
+
+	public function sub(b:Int):Int;
+
+	public function and(b:Int):Int;
+
+	public function or(b:Int):Int;
+
+	public function xor(b:Int):Int;
+
+	public function compareExchange(expected:Int, replacement:Int):Int;
+
+	public function exchange(value:Int):Int;
+
+	public function load():Int;
+
+	public function store(value:Int):Int;
+	#else
+	public #if !scriptable inline #end function new(value:Int) {
+		this = cpp.Pointer.ofArray([value]);
+	}
+
+	public #if !scriptable inline #end function add(b:Int):Int {
+		return untyped __cpp__("_hx_atomic_add({0}, {1})", this, b);
+	}
+
+	public #if !scriptable inline #end function sub(b:Int):Int {
+		return untyped __cpp__("_hx_atomic_sub({0}, {1})", this, b);
+	}
+
+	public #if !scriptable inline #end function and(b:Int):Int {
+		return untyped __cpp__("_hx_atomic_and({0}, {1})", this, b);
+	}
+
+	public #if !scriptable inline #end function or(b:Int):Int {
+		return untyped __cpp__("_hx_atomic_or({0}, {1})", this, b);
+	}
+
+	public #if !scriptable inline #end function xor(b:Int):Int {
+		return untyped __cpp__("_hx_atomic_xor({0}, {1})", this, b);
+	}
+
+	public #if !scriptable inline #end function compareExchange(expected:Int, replacement:Int):Int {
+		return untyped __cpp__("_hx_atomic_compare_exchange({0}, {1}, {2})", this, expected, replacement);
+	}
+
+	public #if !scriptable inline #end function exchange(value:Int):Int {
+		return untyped __cpp__("_hx_atomic_exchange({0}, {1})", this, value);
+	}
+
+	public #if !scriptable inline #end function load():Int {
+		return untyped __cpp__("_hx_atomic_load({0})", this);
+	}
+
+	public #if !scriptable inline #end function store(value:Int):Int {
+		return untyped __cpp__("_hx_atomic_store({0}, {1})", this, value);
+	}
+	#end
+}

Kha/Tools/windows_x64/std/cpp/_std/haxe/ds/IntMap.hx

@@ -35,6 +35,7 @@ package haxe.ds;
   inline void set(int key, float value) { __int_hash_set_float(HX_MAP_THIS,key,value); }
   inline void set(int key, double value) { __int_hash_set_float(HX_MAP_THIS,key,value); }
   inline void set(int key, ::String value) { __int_hash_set_string(HX_MAP_THIS,key,value); }
+  inline void set(int key, cpp::Int64 value) { __int_hash_set_int64(HX_MAP_THIS,key,value); }
 
   template<typename V, typename H>
   inline void set(int key, const ::cpp::Struct<V,H> &value) {__int_hash_set(HX_MAP_THIS,key,value); }
@@ -50,6 +51,7 @@ package haxe.ds;
   inline int get_int(int key) { return __int_hash_get_int(h,key); }
   inline Float get_float(int key) { return __int_hash_get_float(h,key); }
   inline String get_string(int key) { return __int_hash_get_string(h,key); }
+  inline cpp::Int64 get_int64(int key) { return __int_hash_get_int64(h,key); }
 ")
 @:coreApi class IntMap<T> implements haxe.Constraints.IMap<Int, T> {
 	@:ifFeature("haxe.ds.IntMap.*")
@@ -123,6 +125,10 @@ package haxe.ds;
 		untyped __int_hash_set_float(__cpp__("HX_MAP_THIS"), key, val);
 	}
 
+	private function setInt64(key:Int, val:haxe.Int64):Void {
+		untyped __int_hash_set_int64(__cpp__("HX_MAP_THIS"), key, val);
+	}
+
 	private function getString(key:Int):String {
 		return untyped __int_hash_get_string(h, key);
 	}
@@ -138,5 +144,9 @@ package haxe.ds;
 	private function getFloat(key:Int):Float {
 		return untyped __int_hash_get_float(h, key);
 	}
+
+	private function getInt64(key:Int):haxe.Int64 {
+		return untyped __int_hash_get_int64(h, key);
+	}
 	#end
 }

Kha/Tools/windows_x64/std/cpp/_std/haxe/ds/Map.hx

@@ -0,0 +1,209 @@
+/*
+ * Copyright (C)2005-2019 Haxe Foundation
+ *
+ * Permission is hereby granted, free of charge, to any person obtaining a
+ * copy of this software and associated documentation files (the "Software"),
+ * to deal in the Software without restriction, including without limitation
+ * the rights to use, copy, modify, merge, publish, distribute, sublicense,
+ * and/or sell copies of the Software, and to permit persons to whom the
+ * Software is furnished to do so, subject to the following conditions:
+ *
+ * The above copyright notice and this permission notice shall be included in
+ * all copies or substantial portions of the Software.
+ *
+ * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
+ * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
+ * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
+ * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
+ * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
+ * FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER
+ * DEALINGS IN THE SOFTWARE.
+ */
+
+package haxe.ds;
+
+import haxe.Int64;
+import haxe.ds.StringMap;
+import haxe.ds.IntMap;
+import haxe.ds.HashMap;
+import haxe.ds.ObjectMap;
+import haxe.ds.WeakMap;
+import haxe.ds.EnumValueMap;
+import haxe.Constraints.IMap;
+import cpp.Int64Map;
+
+/**
+	Map allows key to value mapping for arbitrary value types, and many key
+	types.
+
+	This is a multi-type abstract, it is instantiated as one of its
+	specialization types depending on its type parameters.
+
+	A Map can be instantiated without explicit type parameters. Type inference
+	will then determine the type parameters from the usage.
+
+	Maps can also be created with `[key1 => value1, key2 => value2]` syntax.
+
+	Map is an abstract type, it is not available at runtime.
+
+	@see https://haxe.org/manual/std-Map.html
+**/
+@:transitive
+@:multiType(@:followWithAbstracts K)
+abstract Map<K, V>(IMap<K, V>) {
+	/**
+		Creates a new Map.
+
+		This becomes a constructor call to one of the specialization types in
+		the output. The rules for that are as follows:
+
+		1. if `K` is a `String`, `haxe.ds.StringMap` is used
+		2. if `K` is an `Int`, `haxe.ds.IntMap` is used
+		3. if `K` is an `EnumValue`, `haxe.ds.EnumValueMap` is used
+		4. if `K` is any other class or structure, `haxe.ds.ObjectMap` is used
+		5. if `K` is any other type, it causes a compile-time error
+
+		(Cpp) Map does not use weak keys on `ObjectMap` by default.
+	**/
+	public function new();
+
+	/**
+		Maps `key` to `value`.
+
+		If `key` already has a mapping, the previous value disappears.
+
+		If `key` is `null`, the result is unspecified.
+	**/
+	public inline function set(key:K, value:V)
+		this.set(key, value);
+
+	/**
+		Returns the current mapping of `key`.
+
+		If no such mapping exists, `null` is returned.
+
+		Note that a check like `map.get(key) == null` can hold for two reasons:
+
+		1. the map has no mapping for `key`
+		2. the map has a mapping with a value of `null`
+
+		If it is important to distinguish these cases, `exists()` should be
+		used.
+
+		If `key` is `null`, the result is unspecified.
+	**/
+	@:arrayAccess public inline function get(key:K)
+		return this.get(key);
+
+	/**
+		Returns true if `key` has a mapping, false otherwise.
+
+		If `key` is `null`, the result is unspecified.
+	**/
+	public inline function exists(key:K)
+		return this.exists(key);
+
+	/**
+		Removes the mapping of `key` and returns true if such a mapping existed,
+		false otherwise.
+
+		If `key` is `null`, the result is unspecified.
+	**/
+	public inline function remove(key:K)
+		return this.remove(key);
+
+	/**
+		Returns an Iterator over the keys of `this` Map.
+
+		The order of keys is undefined.
+	**/
+	public inline function keys():Iterator<K> {
+		return this.keys();
+	}
+
+	/**
+		Returns an Iterator over the values of `this` Map.
+
+		The order of values is undefined.
+	**/
+	public inline function iterator():Iterator<V> {
+		return this.iterator();
+	}
+
+	/**
+		Returns an Iterator over the keys and values of `this` Map.
+
+		The order of values is undefined.
+	**/
+	public inline function keyValueIterator():KeyValueIterator<K, V> {
+		return this.keyValueIterator();
+	}
+
+	/**
+		Returns a shallow copy of `this` map.
+
+		The order of values is undefined.
+	**/
+	public inline function copy():Map<K, V> {
+		return cast this.copy();
+	}
+
+	/**
+		Returns a String representation of `this` Map.
+
+		The exact representation depends on the platform and key-type.
+	**/
+	public inline function toString():String {
+		return this.toString();
+	}
+
+	/**
+		Removes all keys from `this` Map.
+	**/
+	public inline function clear():Void {
+		this.clear();
+	}
+
+	@:arrayAccess @:noCompletion public inline function arrayWrite(k:K, v:V):V {
+		this.set(k, v);
+		return v;
+	}
+
+	@:to static inline function toStringMap<K:String, V>(t:IMap<K, V>):StringMap<V> {
+		return new StringMap<V>();
+	}
+
+	@:to static inline function toIntMap<K:Int, V>(t:IMap<K, V>):IntMap<V> {
+		return new IntMap<V>();
+	}
+
+	@:noDoc
+	@:to static inline function toInt64Map<K:Int64, V>(t:IMap<K, V>):Int64Map<V> {
+		return new Int64Map<V>();
+	}
+
+	@:to static inline function toEnumValueMapMap<K:EnumValue, V>(t:IMap<K, V>):EnumValueMap<K, V> {
+		return new EnumValueMap<K, V>();
+	}
+
+	@:to static inline function toObjectMap<K:{}, V>(t:IMap<K, V>):ObjectMap<K, V> {
+		return new ObjectMap<K, V>();
+	}
+
+	@:from static inline function fromStringMap<V>(map:StringMap<V>):Map<String, V> {
+		return cast map;
+	}
+
+	@:from static inline function fromIntMap<V>(map:IntMap<V>):Map<Int, V> {
+		return cast map;
+	}
+
+	@:noDoc
+	@:from static inline function fromInt64Map<V>(map:Int64Map<V>):Map<Int64, V> {
+		return cast map;
+	}
+
+	@:from static inline function fromObjectMap<K:{}, V>(map:ObjectMap<K, V>):Map<K, V> {
+		return cast map;
+	}
+}

Kha/Tools/windows_x64/std/cpp/_std/haxe/ds/ObjectMap.hx

@@ -35,6 +35,7 @@ package haxe.ds;
   inline void set(Dynamic key, float value) { __object_hash_set_float(HX_MAP_THIS,key,value); }
   inline void set(Dynamic key, double value) { __object_hash_set_float(HX_MAP_THIS,key,value); }
   inline void set(Dynamic key, ::String value) { __object_hash_set_string(HX_MAP_THIS,key,value); }
+  inline void set(Dynamic key, cpp::Int64 value) { __object_hash_set_int64(HX_MAP_THIS,key,value); }
 
 
   template<typename V, typename H>
@@ -48,7 +49,7 @@ package haxe.ds;
   inline int get_int(Dynamic key) { return __object_hash_get_int(h,key); }
   inline Float get_float(Dynamic key) { return __object_hash_get_float(h,key); }
   inline String get_string(Dynamic key) { return __object_hash_get_string(h,key); }
-
+  inline cpp::Int64 get_int64(Dynamic key) { return __object_hash_get_int64(h,key); }
 ")
 @:coreApi
 class ObjectMap<K:{}, V> implements haxe.Constraints.IMap<K, V> {
@@ -123,6 +124,10 @@ class ObjectMap<K:{}, V> implements haxe.Constraints.IMap<K, V> {
 		untyped __object_hash_set_float(__cpp__("HX_MAP_THIS"), key, val);
 	}
 
+	private function setInt64(key:Dynamic, val:haxe.Int64):Void {
+		untyped __object_hash_set_int64(__cpp__("HX_MAP_THIS"), key, val);
+	}
+
 	private function getString(key:Dynamic):String {
 		return untyped __object_hash_get_string(h, key);
 	}
@@ -138,5 +143,9 @@ class ObjectMap<K:{}, V> implements haxe.Constraints.IMap<K, V> {
 	private function getFloat(key:Dynamic):Float {
 		return untyped __object_hash_get_float(h, key);
 	}
+
+	private function getInt64(key:Dynamic):haxe.Int64 {
+		return untyped __object_hash_get_int64(h, key);
+	}
 	#end
 }

Kha/Tools/windows_x64/std/cpp/_std/haxe/ds/StringMap.hx

@@ -35,6 +35,7 @@ package haxe.ds;
   inline void set(String key, float value) { __string_hash_set_float(HX_MAP_THIS,key,value); }
   inline void set(String key, double value) { __string_hash_set_float(HX_MAP_THIS,key,value); }
   inline void set(String key, ::String value) { __string_hash_set_string(HX_MAP_THIS,key,value); }
+  inline void set(String key, cpp::Int64 value) { __string_hash_set_int64(HX_MAP_THIS,key,value); }
 
   template<typename V, typename H>
   inline void set(String key, const ::cpp::Struct<V,H> &value) {__string_hash_set(HX_MAP_THIS,key,value); }
@@ -50,6 +51,7 @@ package haxe.ds;
   inline int get_int(String key) { return __string_hash_get_int(h,key); }
   inline Float get_float(String key) { return __string_hash_get_float(h,key); }
   inline String get_string(String key) { return __string_hash_get_string(h,key); }
+  inline cpp::Int64 get_int64(String key) { return __string_hash_get_int64(h,key); }
 ")
 @:coreApi class StringMap<T> implements haxe.Constraints.IMap<String, T> {
 	@:ifFeature("haxe.ds.StringMap.*")
@@ -123,6 +125,10 @@ package haxe.ds;
 		untyped __string_hash_set_float(__cpp__("HX_MAP_THIS"), key, val);
 	}
 
+	private function setInt64(key:String, val:haxe.Int64):Void {
+		untyped __string_hash_set_int64(__cpp__("HX_MAP_THIS"), key, val);
+	}
+
 	private function getString(key:String):String {
 		return untyped __string_hash_get_string(h, key);
 	}
@@ -138,5 +144,9 @@ package haxe.ds;
 	private function getFloat(key:String):Float {
 		return untyped __string_hash_get_float(h, key);
 	}
+
+	private function getInt64(key:String):haxe.Int64 {
+		return untyped __string_hash_get_int64(h, key);
+	}
 	#end
 }

Kha/Tools/windows_x64/std/cpp/_std/haxe/ds/WeakMap.hx

@@ -35,6 +35,7 @@ package haxe.ds;
   inline void set(Dynamic key, float value) { __object_hash_set_float(HX_MAP_THIS,key,value,true); }
   inline void set(Dynamic key, double value) { __object_hash_set_float(HX_MAP_THIS,key,value,true); }
   inline void set(Dynamic key, ::String value) { __object_hash_set_string(HX_MAP_THIS,key,value,true); }
+  inline void set(Dynamic key, cpp::Int64 value) { __object_hash_set_int64(HX_MAP_THIS,key,value,true); }
 
   template<typename V, typename H>
   inline void set(Dynamic key, const ::cpp::Struct<V,H> &value) {__object_hash_set(HX_MAP_THIS,key,value,true); }