//// NewLang CODE ////
class twoint
{
	var first : int32;
	var second : uint32;
}

extern func dump( v : int32 );
extern func dump( v : float64 );

static var gval : int32 = 1;

func _test( a : int32 ) : int32
{
	var v : int8 = -5;
	while( v < 0 )
	{
		dump( v + a );
		v += 1;
		break 1;
	}
	return 0s8 + a + v;
}

func main()
{
	var ii : twoint;
	ii.first = 5;
	dump( ii.first );
	gval += 123;
	gval += 456;
	dump( gval );
	dump( sizeof( uint16 ) );
	dump( sizeof( 0s8 ) );
	var dbl : float64;
	dump( sizeof( dbl ) );
	
	dump( _test( 1 ) );
	dump( 1.2 );
}

//// C CODE ////
#include <inttypes.h>

typedef uint8_t Ibool;
typedef int8_t Iint8;
typedef uint8_t Iuint8;
typedef int16_t Iint16;
typedef uint16_t Iuint16;
typedef int32_t Iint32;
typedef uint32_t Iuint32;
typedef int64_t Iint64;
typedef uint64_t Iuint64;
typedef float Ifloat32;
typedef double Ifloat64;

typedef struct Itwoint
{
	Iint32 Ifirst;
	Iuint32 Isecond;
}
Itwoint;

Iint32 Igval = 1;

extern void Idump_IPint32( Iint32 Iv );
extern void Idump_IPfloat64( Ifloat64 Iv );
Iint32 _Itest_IPint32( Iint32 Ia );
void Imain();

Iint32 _Itest_IPint32( Iint32 Ia )
{
	Iint8 Iv;
	const Iuint8 I0 = 5;
	Iint32 I1 = -I0;
	Iv = I1;
lbl_0:;
	const Iuint8 I2 = 0;
	Ibool I3 = Iv < I2;
	if( !I3 ) goto lbl_1;
	Iint32 I4 = Iv + Ia;
	Idump_IPint32( I4 );
	const Iuint8 I5 = 1;
	Iv = Iv + I5;
	Iv = Iv;
	goto lbl_1;
	goto lbl_0;
lbl_1:;
	const Iint8 I6 = 0;
	Iint32 I7 = I6 + Ia;
	Iint32 I8 = I7 + Iv;
	return I8;
}

void Imain()
{
	Ifloat64 Idbl;
	Itwoint Iii;
	const Iuint32 I0 = 0;
	char* I1 = (char*) &Iii;
	char* I2 = I1 + I0;
	const Iuint8 I3 = 5;
	*(Iint32*) I2 = I3;
	const Iuint32 I4 = 0;
	char* I5 = (char*) &Iii;
	char* I6 = I5 + I4;
	Iint32 I7 = *I6;
	Idump_IPint32( I7 );
	const Iuint8 I8 = 123;
	Iint32 I9 = Igval;
	Iint32 I10 = I9 + I8;
	Igval = I10;
	const Iuint16 I11 = 456;
	Iint32 I12 = Igval;
	Iint32 I13 = I12 + I11;
	Igval = I13;
	Iint32 I14 = Igval;
	Idump_IPint32( I14 );
	const Iint32 I15 = 2;
	Idump_IPint32( I15 );
	const Iint8 I16 = 0;
	const Iint32 I17 = 1;
	Idump_IPint32( I17 );
	const Iint32 I18 = 8;
	Idump_IPint32( I18 );
	const Iuint8 I19 = 1;
	Iint32 I20 = _Itest_IPint32( I19 );
	Idump_IPint32( I20 );
	const Ifloat64 I21 = 1.2;
	Idump_IPfloat64( I21 );
}

int main()
{
	Imain();
	return 0;
}

//// OUTPUT ////
int32 (5)
int32 (580)
int32 (2)
int32 (1)
int32 (8)
int32 (-4)
int32 (-3)
float64 (1.2)