Vagif Kuliyev

It appears that ReactNative uses this library, however the version specified there is: 1.0.0-alpha.30. The releases on this repo do not go all the way up there, and the version...

Hello, the loading opacity merge is not valid. Please revert it. It probably never rerenders with loading=true because handleLoad doesn't cause a shouldComponentUpdate:return true because state is never invalidated.

OpenFL for Windows target fails to generate cpp for particular class hierarchies

1

Hello, I successfully build a large code base consisting of a game engine for the targets Flash Hashlink & HTML. However, for the Windows target, OpenFL is failing to generate...

@:forward generate with default args

1

It would appear that default args on the function that is being forwarded to are not declared in the generated wrapper function, resulting in the default arguments not being executed...

toComplex infinite recursion with recursive constraints?

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It would appear that toComplex falls into infinite recursion with the following patterns: s:/_flash/shared_haxe/tinkerbell_h3/src/tink/macro/tools/TypeTools.hx:224: characters 63-91 : Called from s:/_flash/shared_haxe/tinkerbell_h3/src/tink/macro/tools/TypeTools.hx:203: characters 19-37 : Called from s:/_flash/shared_haxe/tinkerbell_h3/src/tink/macro/tools/TypeTools.hx:207: characters 48-71 : Called...

Hey, just wanted to offer this code which might be useful in having in the toolkit: ``` function replace_args_with_params(arg_complex_type:ComplexType,impl_complex_type_params:Array, class_type_params:Array):Void { switch(arg_complex_type) { case TPath(p): var i:Int=0; for(class_type_param in class_type_params)...

typedef struct { int a; char\* b; } St_n; The c++ standard does not specify a standard way of padding/allocating structs in memory. As such the current routine, though useful...

Passing structs results in corrupted data in the c (neko atleast)

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``` #include #include #include typedef struct { int i; } St_n; char* test(St_n st) { char res[1024]; sprintf(res,"st %d",st.i); return res; } package ; import ffi.lib.EasyLibrary; @:struct(St_n=>{ var i:Int; })...

typedef Pointer = ffi.native.neko.Pointer; the neko conditional compilation points to node and vice versa.