static void addSIMDFunctions(Scope rootScope)
{
var path = new List <string>(1);
path.Add("SIMD");
var mod = rootScope.AddModule(path, true);
var scope = mod.scope;
{
var name = "slli_si128";
var sf = new FrontendFunctionType(name);
sf.specialFun = true;
sf.returnType = FrontendType.f32_4x;
sf.AddParam("v", FrontendType.f32_4x);
sf.AddParam("shift", FrontendType.i32);
scope.AddVar(name, sf, Token.Undefined, isConst: true, allowOverloading: true);
}
{
var name = "slli_si128";
var sf = new FrontendFunctionType(name);
sf.specialFun = true;
sf.returnType = FrontendType.i32_4x;
sf.AddParam("v", FrontendType.i32_4x);
sf.AddParam("shift", FrontendType.i32);
scope.AddVar(name, sf, Token.Undefined, isConst: true, allowOverloading: true);
}
{
var name = "srli_si128";
var sf = new FrontendFunctionType(name);
sf.specialFun = true;
sf.returnType = FrontendType.f32_4x;
sf.AddParam("v", FrontendType.f32_4x);
sf.AddParam("shift", FrontendType.i32);
scope.AddVar(name, sf, Token.Undefined, isConst: true, allowOverloading: true);
}
{
var name = "srli_si128";
var sf = new FrontendFunctionType(name);
sf.specialFun = true;
sf.returnType = FrontendType.i32_4x;
sf.AddParam("v", FrontendType.i32_4x);
sf.AddParam("shift", FrontendType.i32);
scope.AddVar(name, sf, Token.Undefined, isConst: true, allowOverloading: true);
}
}
static void addSpecialFunctions(Scope scope)
{
addSIMDFunctions(scope);
var file_pos = new FrontendFunctionType("__file_pos__");
file_pos.returnType = FrontendType.string_;
file_pos.specialFun = true;
scope.AddVar("__file_pos__", file_pos, Token.Undefined, isConst: true);
var len = new FrontendFunctionType("len");
len.returnType = FrontendType.mm;
len.specialFun = true;
len.AddParam("x", new FrontendArrayType(null, new List <int>()));
scope.AddVar("len", len, Token.Undefined, isConst: true);
var emit = new FrontendFunctionType("__emit__");
emit.returnType = FrontendType.void_;
emit.specialFun = true;
emit.AddParam("instr", FrontendType.string_);
scope.AddVar("__emit__", emit, Token.Undefined, isConst: true);
{
var name = "atomic_compare_and_swap";
var sf = new FrontendFunctionType(name);
sf.returnType = FrontendType.i32;
sf.specialFun = true;
sf.AddParam("dest", new FrontendPointerType(sf.returnType));
sf.AddParam("target", sf.returnType);
sf.AddParam("comperand", sf.returnType);
scope.AddVar(name, sf, Token.Undefined, isConst: true, allowOverloading: true);
}
{
var name = "atomic_compare_and_swap";
var sf = new FrontendFunctionType(name);
sf.returnType = FrontendType.i64;
sf.specialFun = true;
sf.AddParam("dest", new FrontendPointerType(sf.returnType));
sf.AddParam("target", sf.returnType);
sf.AddParam("comperand", sf.returnType);
scope.AddVar(name, sf, Token.Undefined, isConst: true, allowOverloading: true);
}
{
var name = "atomic_add";
var sf = new FrontendFunctionType(name);
sf.returnType = FrontendType.i32;
sf.specialFun = true;
sf.AddParam("dest", new FrontendPointerType(sf.returnType));
sf.AddParam("value", sf.returnType);
scope.AddVar(name, sf, Token.Undefined, isConst: true, allowOverloading: true);
}
{
var name = "atomic_add";
var sf = new FrontendFunctionType(name);
sf.returnType = FrontendType.i64;
sf.specialFun = true;
sf.AddParam("dest", new FrontendPointerType(sf.returnType));
sf.AddParam("value", sf.returnType);
scope.AddVar(name, sf, Token.Undefined, isConst: true, allowOverloading: true);
}
{
var name = "atomic_sub";
var sf = new FrontendFunctionType(name);
sf.returnType = FrontendType.i32;
sf.specialFun = true;
sf.AddParam("dest", new FrontendPointerType(sf.returnType));
sf.AddParam("value", sf.returnType);
scope.AddVar(name, sf, Token.Undefined, isConst: true, allowOverloading: true);
}
{
var name = "atomic_sub";
var sf = new FrontendFunctionType(name);
sf.returnType = FrontendType.i64;
sf.specialFun = true;
sf.AddParam("dest", new FrontendPointerType(sf.returnType));
sf.AddParam("value", sf.returnType);
scope.AddVar(name, sf, Token.Undefined, isConst: true, allowOverloading: true);
}
}
