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		CASE (CEE_ADD)
			++ip;
			--sp;
#define                 CEE_ADD_CHECK(t, A, B) CHECK_NONE
#define                 CEE_ADD_OP(t, A, B)    BINARY_OP (t, +, (A), =
(B))
			BINARY_NUMERIC_SWITCH (CEE_ADD, sp [-1], sp [0]);
			BREAK;
		CASE (CEE_SUB)
			++ip;
			--sp;
#define                 CEE_SUB_CHECK(t, A, B) CHECK_NONE
#define                 CEE_SUB_OP(t, A, B)    BINARY_OP (t, -, (A), =
(B))
			BINARY_NUMERIC_SWITCH (CEE_SUB, sp [-1], sp [0]);
			BREAK;
		CASE (CEE_MUL)
			++ip;
			--sp;
#define                 CEE_MUL_CHECK(t, A, B) CHECK_NONE
#define                 CEE_MUL_OP(t, A, B)    BINARY_OP (t, *, (A), =
(B))
			BINARY_NUMERIC_SWITCH (CEE_MUL, sp [-1], sp [0]);
			BREAK;
		CASE (CEE_DIV)
			++ip;
			--sp;
#define                 CEE_DIV_CHECK(t, A, B) \
			do { \
				/* check for division by zero */ \
				if (VAL_TYPE (t) !=3D VAL_DOUBLE \
				    && READ_SV (t, (B)) =3D=3D (DATA_TYPE (t))0)
\
					THROW_DIV_BY_ZERO_EX (ip - 1); \
				/* check for result type overflow (MIN/-1)
*/ \
				if (VAL_TYPE (t) !=3D VAL_DOUBLE \
				    && READ_SV (t, (A)) =3D=3D VAL_MIN (t) \
				    && READ_SV (t, (B)) =3D=3D (DATA_TYPE
(t))-1) \
					THROW_ARITHMETIC_EX (ip - 1); \
			} while (0)
#define                 CEE_DIV_OP(t, A, B) \
			do { \
				if (VAL_TYPE (t) =3D=3D VAL_DOUBLE \
				    && READ_SV (t, (B)) =3D=3D (DATA_TYPE (t))0)
\
				     /* A / 0.0 =3D> NaN ? */; \
				BINARY_OP (t, /, (A), (B)); \
			} while (0)

			BINARY_NUMERIC_SWITCH (CEE_DIV, sp [-1], sp [0]);
			BREAK;