10:57:20.881		Running procedure: 8.6.4.3
10:57:20.883		This procedure is enabled because the following options:
10:57:20.883		- supports.individualRemoteSupervisoryControl == true
10:57:20.883		- supports.binaryOutput.status == true
10:57:20.883		- supports.binaryOutput.commands == true
10:57:20.883		step: 1.a
10:57:20.883		- Set the DUT's remote supervisory control to 'Enabled' or 'Remote', globally and for every point
10:57:20.883	[PLG]	Every binary output is under remote control
10:57:20.883		step: 1.b
10:57:20.883		- Binary outputs 0 and 10 must be online, have no exception flags, and be able to go to local mode separately
10:57:20.883		step: 1.c
10:57:20.883		- Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x00
10:57:20.883		- g10v0, All Objects
10:57:20.884	--A->	Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x00
10:57:20.884		g10v0, All Objects
10:57:20.884	--T->	fir: 1 fin: 1 seq: 0
10:57:20.884	--L->	master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 11 dest: 1024 src: 1
10:57:20.884	--P->	05 64 0B C4 00 04 01 00 CA 8A
10:57:20.884		C0 C0 01 0A 00 06 53 98
10:57:20.884		steps: 1.d to 1.e
10:57:20.884		- Read any number of valid responses beginning w/ sequence(0x00) and incrementing by 1 modulo 16
10:57:20.884		- Verify that the response contains objects
10:57:20.884		- Verify that the device responds with only variations: Set(g10v1, g10v2)
10:57:20.884		- Verify that the objects are in start/stop ranges with 1-octet (qualifier 0x00) or 2-octet (qualifier 0x01) indexes
10:57:20.884		- Verify that the IIN field does not contain bits IIN(LocalControl)
10:57:20.884		- Verify that each fragment followed by another, or carrying events, asks for an application layer confirmation.
10:57:20.884		- Note each binary output's flags, to compare the later reads with
10:57:20.884		- Verify that binary output(s) 0, 10 are online, with no exception flags
10:57:20.884		- Confirm each response that asks for a confirmation
10:57:20.885	<-P--	05 64 25 44 01 00 00 04 07 3D
10:57:20.885		C0 C0 81 90 00 0A 02 01 00 00 13 00 01 01 01 01 3A 43
10:57:20.885		01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 BB C3
10:57:20.885	<-L--	master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 37 dest: 1 src: 1024
10:57:20.885	<-T--	fir: 1 fin: 1 seq: 0
10:57:20.885	<-A--	Response(0x81) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x00 IIN(DeviceRestart, NeedTime)
10:57:20.885		g10v2, 2-Byte Start/Stop, start: 0 stop: 19
10:57:20.885		[0] - flags: 0x01
10:57:20.885		[1] - flags: 0x01
10:57:20.885		[2] - flags: 0x01
10:57:20.885		[3] - flags: 0x01
10:57:20.885		[4] - flags: 0x01
10:57:20.885		[5] - flags: 0x01
10:57:20.885		[6] - flags: 0x01
10:57:20.885		[7] - flags: 0x01
10:57:20.885		[8] - flags: 0x01
10:57:20.885		[9] - flags: 0x01
10:57:20.885		[10] - flags: 0x01
10:57:20.885		[11] - flags: 0x01
10:57:20.885		[12] - flags: 0x01
10:57:20.885		[13] - flags: 0x01
10:57:20.885		[14] - flags: 0x01
10:57:20.885		[15] - flags: 0x01
10:57:20.885		[16] - flags: 0x01
10:57:20.885		[17] - flags: 0x01
10:57:20.885		[18] - flags: 0x01
10:57:20.885		[19] - flags: 0x01
10:57:20.885		step: 1.f
10:57:20.885		- Put the output at index 0 in local control (its remote control switch or setting to 'Disabled' or 'Local')
10:57:20.886	[PLG]	Binary output 0 is under local control
10:57:20.886		step: 1.g
10:57:20.886		- Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x01
10:57:20.886		- g10v0, All Objects
10:57:20.886	--A->	Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x01
10:57:20.886		g10v0, All Objects
10:57:20.886	--T->	fir: 1 fin: 1 seq: 0
10:57:20.886	--L->	master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 11 dest: 1024 src: 1
10:57:20.886	--P->	05 64 0B C4 00 04 01 00 CA 8A
10:57:20.886		C0 C1 01 0A 00 06 55 BB
10:57:20.886		steps: 1.h to 1.i
10:57:20.886		- Read any number of valid responses beginning w/ sequence(0x01) and incrementing by 1 modulo 16
10:57:20.886		- Verify that the response contains objects
10:57:20.886		- Verify that the device responds with only variations: Set(g10v1, g10v2)
10:57:20.886		- Verify that the objects are in start/stop ranges with 1-octet (qualifier 0x00) or 2-octet (qualifier 0x01) indexes
10:57:20.886		- Verify that the IIN field contains IIN(LocalControl)
10:57:20.886		- Verify that each fragment followed by another, or carrying events, asks for an application layer confirmation.
10:57:20.886		- Verify that binary output 0 cleared ONLINE, that every binary output kept the state and other flags it had in the first read, and that binary output 10 is still online
10:57:20.886		- Confirm each response that asks for a confirmation
10:57:20.886	<-P--	05 64 25 44 01 00 00 04 07 3D
10:57:20.886		C1 C1 81 B0 00 0A 02 01 00 00 13 00 00 01 01 01 97 63
10:57:20.886		01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 BB C3
10:57:20.886	<-L--	master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 37 dest: 1 src: 1024
10:57:20.886	<-T--	fir: 1 fin: 1 seq: 1
10:57:20.886	<-A--	Response(0x81) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x01 IIN(DeviceRestart, LocalControl, NeedTime)
10:57:20.886		g10v2, 2-Byte Start/Stop, start: 0 stop: 19
10:57:20.886		[0] - flags: 0x00
10:57:20.886		[1] - flags: 0x01
10:57:20.886		[2] - flags: 0x01
10:57:20.886		[3] - flags: 0x01
10:57:20.886		[4] - flags: 0x01
10:57:20.886		[5] - flags: 0x01
10:57:20.886		[6] - flags: 0x01
10:57:20.886		[7] - flags: 0x01
10:57:20.886		[8] - flags: 0x01
10:57:20.886		[9] - flags: 0x01
10:57:20.886		[10] - flags: 0x01
10:57:20.886		[11] - flags: 0x01
10:57:20.886		[12] - flags: 0x01
10:57:20.886		[13] - flags: 0x01
10:57:20.886		[14] - flags: 0x01
10:57:20.886		[15] - flags: 0x01
10:57:20.886		[16] - flags: 0x01
10:57:20.886		[17] - flags: 0x01
10:57:20.886		[18] - flags: 0x01
10:57:20.886		[19] - flags: 0x01
10:57:20.887		step: 1.j
10:57:20.887		- Direct Operate(0x05) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x02
10:57:20.887		- g12v1, 1-Byte Count and Index, count: 1
10:57:20.887		- [0] - code: 0x03 (LATCH_ON, NUL) count: 1 onTime: 100 offTime: 200 status: 0 (SUCCESS)
10:57:20.887	--A->	Direct Operate(0x05) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x02
10:57:20.887		g12v1, 1-Byte Count and Index, count: 1
10:57:20.887		[0] - code: 0x03 (LATCH_ON, NUL) count: 1 onTime: 100 offTime: 200 status: 0 (SUCCESS)
10:57:20.887	--T->	fir: 1 fin: 1 seq: 0
10:57:20.887	--L->	master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 24 dest: 1024 src: 1
10:57:20.887	--P->	05 64 18 C4 00 04 01 00 5B 61
10:57:20.887		C0 C2 05 0C 01 17 01 00 03 01 64 00 00 00 C8 00 ED 4B
10:57:20.887		00 00 00 FF FF
10:57:20.887		step: 1.k
10:57:20.887		- Read a single fragment response w/ sequence(0x02)
10:57:20.887		- Verify the response contains the exact object header:
10:57:20.887		- g12v1, 1-Byte Count and Index, count: 1
10:57:20.887		- [0] - code: 0x03 (LATCH_ON, NUL) count: 1 onTime: 100 offTime: 200 status: 7 (LOCAL)
10:57:20.887		- Verify that the IIN field does not contain bits IIN(ParamError, ObjectUnknown, FuncNotSupported)
10:57:20.887		- Verify that the IIN field contains IIN(LocalControl)
10:57:20.887	<-P--	05 64 1A 44 01 00 00 04 A6 F0
10:57:20.887		C2 C2 81 B0 00 0C 01 17 01 00 03 01 64 00 00 00 65 1C
10:57:20.887		C8 00 00 00 07 E2 78
10:57:20.887	<-L--	master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 26 dest: 1 src: 1024
10:57:20.887	<-T--	fir: 1 fin: 1 seq: 2
10:57:20.887	<-A--	Response(0x81) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x02 IIN(DeviceRestart, LocalControl, NeedTime)
10:57:20.887		g12v1, 1-Byte Count and Index, count: 1
10:57:20.887		[0] - code: 0x03 (LATCH_ON, NUL) count: 1 onTime: 100 offTime: 200 status: 7 (LOCAL)
10:57:20.887		step: 1.l
10:57:20.887		- Check that no binary control point operated
10:57:21.889	[PLG]	Binary output did NOT operate
10:57:21.889		step: 1.m
10:57:21.889		- Direct Operate(0x05) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x03
10:57:21.889		- g12v1, 1-Byte Count and Index, count: 1
10:57:21.889		- [10] - code: 0x03 (LATCH_ON, NUL) count: 1 onTime: 100 offTime: 200 status: 0 (SUCCESS)
10:57:21.889	--A->	Direct Operate(0x05) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x03
10:57:21.889		g12v1, 1-Byte Count and Index, count: 1
10:57:21.889		[10] - code: 0x03 (LATCH_ON, NUL) count: 1 onTime: 100 offTime: 200 status: 0 (SUCCESS)
10:57:21.889	--T->	fir: 1 fin: 1 seq: 0
10:57:21.889	--L->	master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 24 dest: 1024 src: 1
10:57:21.889	--P->	05 64 18 C4 00 04 01 00 5B 61
10:57:21.889		C0 C3 05 0C 01 17 01 0A 03 01 64 00 00 00 C8 00 69 C1
10:57:21.889		00 00 00 FF FF
10:57:21.889		step: 1.n
10:57:21.889		- Read a single fragment response w/ sequence(0x03)
10:57:21.889		- Verify the response contains the exact object header:
10:57:21.889		- g12v1, 1-Byte Count and Index, count: 1
10:57:21.889		- [10] - code: 0x03 (LATCH_ON, NUL) count: 1 onTime: 100 offTime: 200 status: 0 (SUCCESS)
10:57:21.889		- Verify that the IIN field does not contain bits IIN(ParamError, ObjectUnknown, FuncNotSupported)
10:57:21.889		- Verify that the IIN field contains IIN(LocalControl)
10:57:21.890	<-P--	05 64 1A 44 01 00 00 04 A6 F0
10:57:21.890		C3 C3 81 B0 00 0C 01 17 01 0A 03 01 64 00 00 00 D7 E0
10:57:21.890		C8 00 00 00 00 78 FB
10:57:21.890	<-L--	master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 26 dest: 1 src: 1024
10:57:21.890	<-T--	fir: 1 fin: 1 seq: 3
10:57:21.890	<-A--	Response(0x81) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x03 IIN(DeviceRestart, LocalControl, NeedTime)
10:57:21.890		g12v1, 1-Byte Count and Index, count: 1
10:57:21.890		[10] - code: 0x03 (LATCH_ON, NUL) count: 1 onTime: 100 offTime: 200 status: 0 (SUCCESS)
10:57:21.890		step: 1.o
10:57:21.890		- Check that binary control point 10 operate
10:57:21.890	[PLG]	Binary output 10 did operate
10:57:21.890		step: 1.p
10:57:21.890		- Set the DUT's remote supervisory control to 'Enabled' or 'Remote', globally and for every point
10:57:21.890	[PLG]	Every binary output is under remote control
10:57:21.890		step: 1.q
10:57:21.890		- Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x04
10:57:21.890		- g10v0, All Objects
10:57:21.890	--A->	Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x04
10:57:21.890		g10v0, All Objects
10:57:21.890	--T->	fir: 1 fin: 1 seq: 0
10:57:21.890	--L->	master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 11 dest: 1024 src: 1
10:57:21.891	--P->	05 64 0B C4 00 04 01 00 CA 8A
10:57:21.891		C0 C4 01 0A 00 06 4B 14
10:57:21.891		steps: 1.r to 1.s
10:57:21.891		- Read any number of valid responses beginning w/ sequence(0x04) and incrementing by 1 modulo 16
10:57:21.891		- Verify that the response contains objects
10:57:21.891		- Verify that the device responds with only variations: Set(g10v1, g10v2)
10:57:21.891		- Verify that the objects are in start/stop ranges with 1-octet (qualifier 0x00) or 2-octet (qualifier 0x01) indexes
10:57:21.891		- Verify that the IIN field does not contain bits IIN(LocalControl)
10:57:21.891		- Verify that each fragment followed by another, or carrying events, asks for an application layer confirmation.
10:57:21.891		- Verify that every binary output has the flags it had in the first read, but for the state of 10
10:57:21.891		- Confirm each response that asks for a confirmation
10:57:21.891	<-P--	05 64 25 44 01 00 00 04 07 3D
10:57:21.891		C4 C4 81 90 00 0A 02 01 00 00 13 00 01 01 01 01 6A CD
10:57:21.891		01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 BB C3
10:57:21.891	<-L--	master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 37 dest: 1 src: 1024
10:57:21.891	<-T--	fir: 1 fin: 1 seq: 4
10:57:21.891	<-A--	Response(0x81) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x04 IIN(DeviceRestart, NeedTime)
10:57:21.891		g10v2, 2-Byte Start/Stop, start: 0 stop: 19
10:57:21.891		[0] - flags: 0x01
10:57:21.891		[1] - flags: 0x01
10:57:21.891		[2] - flags: 0x01
10:57:21.891		[3] - flags: 0x01
10:57:21.891		[4] - flags: 0x01
10:57:21.891		[5] - flags: 0x01
10:57:21.891		[6] - flags: 0x01
10:57:21.891		[7] - flags: 0x01
10:57:21.891		[8] - flags: 0x01
10:57:21.891		[9] - flags: 0x01
10:57:21.891		[10] - flags: 0x01
10:57:21.891		[11] - flags: 0x01
10:57:21.891		[12] - flags: 0x01
10:57:21.891		[13] - flags: 0x01
10:57:21.891		[14] - flags: 0x01
10:57:21.891		[15] - flags: 0x01
10:57:21.891		[16] - flags: 0x01
10:57:21.891		[17] - flags: 0x01
10:57:21.891		[18] - flags: 0x01
10:57:21.891		[19] - flags: 0x01
10:57:21.892		step: 1.t
10:57:21.892		- Direct Operate(0x05) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x05
10:57:21.892		- g12v1, 1-Byte Count and Index, count: 1
10:57:21.892		- [0] - code: 0x03 (LATCH_ON, NUL) count: 1 onTime: 100 offTime: 200 status: 0 (SUCCESS)
10:57:21.892	--A->	Direct Operate(0x05) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x05
10:57:21.892		g12v1, 1-Byte Count and Index, count: 1
10:57:21.892		[0] - code: 0x03 (LATCH_ON, NUL) count: 1 onTime: 100 offTime: 200 status: 0 (SUCCESS)
10:57:21.892	--T->	fir: 1 fin: 1 seq: 0
10:57:21.892	--L->	master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 24 dest: 1024 src: 1
10:57:21.892	--P->	05 64 18 C4 00 04 01 00 5B 61
10:57:21.892		C0 C5 05 0C 01 17 01 00 03 01 64 00 00 00 C8 00 DC 0C
10:57:21.892		00 00 00 FF FF
10:57:21.892		step: 1.u
10:57:21.892		- Read a single fragment response w/ sequence(0x05)
10:57:21.892		- Verify the response contains the exact object header:
10:57:21.892		- g12v1, 1-Byte Count and Index, count: 1
10:57:21.892		- [0] - code: 0x03 (LATCH_ON, NUL) count: 1 onTime: 100 offTime: 200 status: 0 (SUCCESS)
10:57:21.892		- Verify that the IIN field does not contain bits IIN(ParamError, ObjectUnknown, FuncNotSupported)
10:57:21.892		- Verify that the IIN field does not contain bits IIN(LocalControl)
10:57:21.892	<-P--	05 64 1A 44 01 00 00 04 A6 F0
10:57:21.892		C5 C5 81 90 00 0C 01 17 01 00 03 01 64 00 00 00 58 37
10:57:21.892		C8 00 00 00 00 78 FB
10:57:21.892	<-L--	master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 26 dest: 1 src: 1024
10:57:21.892	<-T--	fir: 1 fin: 1 seq: 5
10:57:21.892	<-A--	Response(0x81) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x05 IIN(DeviceRestart, NeedTime)
10:57:21.892		g12v1, 1-Byte Count and Index, count: 1
10:57:21.892		[0] - code: 0x03 (LATCH_ON, NUL) count: 1 onTime: 100 offTime: 200 status: 0 (SUCCESS)
10:57:21.892		step: 1.v
10:57:21.892		- Check that binary control point 0 operate
10:57:21.892	[PLG]	Binary output 0 did operate
10:57:21.892		Passed procedure: 8.6.4.3