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typedef ta[T] = (
T^ value,
);
typedef tb[T,U] = (
T^ value,
U^#[2] deep,
);
typedef tc[T,U] = (
T^ value,
(U^#[2] x) deep,
);
typedef td[T,U] = (
T^ value,
(U^#[2] x)^ deep,
);
typedef nested[T] = (
tb[byte,T] inner,
);
var int i;
var int var^ ip;
var float f;
var float var^ fp;
var byte by;
var byte var^ byp;
var bool bo;
var bool^ bop;
() testa()
{
var ta[int] t;
ip = t.value;
t.value = ip;
t.value = @i;
}
() testb()
{
var tb[int,float] t;
t.value = ip;
float^#[2] arr;
t.deep = arr;
}
() acceptrc((float^#[2] x) param) { }
() acceptpc(tc[int,float]^ param) { }
() acceptpc2[A,B](tc[A,B]^ param) { }
() acceptpc3[A]((A^#[2] x)^ param) { }
() testc()
{
var tc[int,float] t;
t.value = ip;
var (float^#[2] x) struc;
struc = t.deep;
acceptrc(struc);
acceptrc(t.deep);
acceptrc(([@1.23, @4.56],));
acceptpc(@t);
acceptpc2[int,float](@t);
acceptpc3[float](@t.deep);
t.deep = struc;
t.deep = ([@1.23, @4.56],);
}
() testd()
{
var td[int,float] t;
t.value = ip;
(float^#[2] x) struc;
t.deep = @struc;
t.deep = @([@1.23, @4.56],);
}
() acceptrnested((byte^, bool^#[2])^ param);
() acceptpnested(tb[byte,bool]^ param);
() testnested()
{
var nested[bool] t;
t.inner.value = byp;
bool^#[2] arr;
t.inner.deep = arr;
acceptrnested(@t.inner);
acceptpnested(@t.inner);
}
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