ORGANIZATION_BLOCK OB 1
BEGIN

	// Check instance-DB length
	AUF		DB 1
	L		DBLG
	__ASSERT==	__ACCU 1,	10
	AUF		DB 0


	// Test CTU counter
	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= FALSE,
		PV	:= 2,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	0
	U		M 0.0
	__ASSERT==	__STW VKE,	0
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0

	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= FALSE,
		PV	:= 2,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	0
	U		M 0.0
	__ASSERT==	__STW VKE,	0
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0

	CALL	SFB 0, DB 1 (
		CU	:= TRUE,
		R	:= FALSE,
		PV	:= 2,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	1
	U		M 0.0
	__ASSERT==	__STW VKE,	0
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	1

	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= FALSE,
		PV	:= 2,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	1
	U		M 0.0
	__ASSERT==	__STW VKE,	0
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0

	CALL	SFB 0, DB 1 (
		CU	:= TRUE,
		R	:= FALSE,
		PV	:= 2,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	2
	U		M 0.0
	__ASSERT==	__STW VKE,	1
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	1

	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= FALSE,
		PV	:= 2,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	2
	U		M 0.0
	__ASSERT==	__STW VKE,	1
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0


	// Check Reset
	CALL	SFB 0, DB 1 (
		CU	:= TRUE,
		R	:= TRUE,
		PV	:= 2,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	0
	U		M 0.0
	__ASSERT==	__STW VKE,	0
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	1

	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= TRUE,
		PV	:= 2,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	0
	U		M 0.0
	__ASSERT==	__STW VKE,	0
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0

	CALL	SFB 0, DB 1 (
		CU	:= TRUE,
		R	:= TRUE,
		PV	:= 2,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	0
	U		M 0.0
	__ASSERT==	__STW VKE,	0
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	1

	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= FALSE,
		PV	:= 2,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	0
	U		M 0.0
	__ASSERT==	__STW VKE,	0
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0


	// Test limit
	L		32766
	T		DB1.DBW 6	// CV

	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= FALSE,
		PV	:= 32767,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	32766
	U		M 0.0
	__ASSERT==	__STW VKE,	0
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0

	CALL	SFB 0, DB 1 (
		CU	:= TRUE,
		R	:= FALSE,
		PV	:= 32767,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	32767
	U		M 0.0
	__ASSERT==	__STW VKE,	1
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	1

	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= FALSE,
		PV	:= 32767,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	32767
	U		M 0.0
	__ASSERT==	__STW VKE,	1
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0

	CALL	SFB 0, DB 1 (
		CU	:= TRUE,
		R	:= FALSE,
		PV	:= 32767,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	32767
	U		M 0.0
	__ASSERT==	__STW VKE,	1
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	1

	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= FALSE,
		PV	:= 32767,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	32767
	U		M 0.0
	__ASSERT==	__STW VKE,	1
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0

	CALL	SFB 0, DB 1 (
		CU	:= TRUE,
		R	:= FALSE,
		PV	:= 32767,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	32767
	U		M 0.0
	__ASSERT==	__STW VKE,	1
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	1

	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= TRUE,
		PV	:= 0,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	0
	U		M 0.0
	__ASSERT==	__STW VKE,	1
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0

	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= FALSE,
		PV	:= -1,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	0
	U		M 0.0
	__ASSERT==	__STW VKE,	1
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0

	L		-1
	T		DB1.DBW 6	// CV
	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= FALSE,
		PV	:= 0,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	-1
	U		M 0.0
	__ASSERT==	__STW VKE,	0
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0

	CALL	SFB 0, DB 1 (
		CU	:= FALSE,
		R	:= TRUE,
		PV	:= 0,
		Q	:= M 0.0,
		CV	:= MW 2,
	)
	L		MW 2
	__ASSERT==	__ACCU 1,	0
	U		M 0.0
	__ASSERT==	__STW VKE,	1
	U		DB1.DBX 8.0	// CUO
	__ASSERT==	__STW VKE,	0

END_ORGANIZATION_BLOCK


DATA_BLOCK DB 1
	SFB 0
BEGIN
END_DATA_BLOCK