8.15.2 Test Procedure (revision 2.7, subset level 2)

Device under test: Step Function I/O dnp3 outstation

11:00:58.014 Running procedure: 8.15.2
11:00:58.015 This procedure is enabled because the following options:
11:00:58.015 - supports.binaryInput == true
11:00:58.015 - supports.binaryInputChangeEvents == true
11:00:58.015 - timesync.binaryInputChangeWithRelativeTime == true
11:00:58.015 step: 1
11:00:58.015 - DUT supports Binary Input Change with Relative Time.
11:00:58.015 step: 2
11:00:58.015 - Cycle power to the DUT
11:00:58.015 [PLG] Cycling power
11:00:58.017 step: 3
11:00:58.017 - Write(0x02) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x00
11:00:58.017 - g80v1, 1-Byte Start/Stop, start: 7 stop: 7
11:00:58.017 - [7] - BooleanValue(false)
11:00:58.017 - Read a single fragment response w/ sequence(0x00)
11:00:58.017 - Verify that the response is empty
11:00:58.017 - Verify that the IIN field does not contain bits IIN(ParamError, ObjectUnknown, FuncNotSupported)
11:00:58.017 --A-> Write(0x02) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x00
11:00:58.017 g80v1, 1-Byte Start/Stop, start: 7 stop: 7
11:00:58.017 [7] - BooleanValue(false)
11:00:58.017 --T-> fir: 1 fin: 1 seq: 0
11:00:58.017 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 14 dest: 1024 src: 1
11:00:58.017 --P-> 05 64 0E C4 00 04 01 00 43 72
11:00:58.017 C0 C0 02 50 01 00 07 07 00 2C 49
11:00:58.017 <-P-- 05 64 0A 44 01 00 00 04 67 88
11:00:58.017 C0 C0 81 10 00 B4 37
11:00:58.017 <-L-- master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 10 dest: 1 src: 1024
11:00:58.017 <-T-- fir: 1 fin: 1 seq: 0
11:00:58.017 <-A-- Response(0x81) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x00 IIN(NeedTime)
11:00:58.017 step: 4
11:00:58.017 - Change binary inputs several times, one or more of them, to create events
11:00:58.018 [PLG] Updated BI 0: value=true, flags=81, timestamp=1793185258017 (UNSYNCHRONIZED_TIME)
11:00:58.018 [PLG] Updated BI 1: value=true, flags=81, timestamp=1793185258018 (UNSYNCHRONIZED_TIME)
11:00:58.018 [PLG] Updated BI 2: value=true, flags=81, timestamp=1793185258018 (UNSYNCHRONIZED_TIME)
11:00:58.018 [PLG] Updated BI 3: value=true, flags=81, timestamp=1793185258018 (UNSYNCHRONIZED_TIME)
11:00:58.018 [PLG] Updated BI 4: value=true, flags=81, timestamp=1793185258018 (UNSYNCHRONIZED_TIME)
11:00:58.018 [PLG] Updated BI 5: value=true, flags=81, timestamp=1793185258018 (UNSYNCHRONIZED_TIME)
11:00:58.018 [PLG] Updated BI 6: value=true, flags=81, timestamp=1793185258018 (UNSYNCHRONIZED_TIME)
11:00:58.018 [PLG] Updated BI 7: value=true, flags=81, timestamp=1793185258018 (UNSYNCHRONIZED_TIME)
11:00:58.018 [PLG] Updated BI 8: value=true, flags=81, timestamp=1793185258018 (UNSYNCHRONIZED_TIME)
11:00:58.018 [PLG] Updated BI 9: value=true, flags=81, timestamp=1793185258018 (UNSYNCHRONIZED_TIME)
11:00:58.018 The plugin reports the DUT's clock unsynchronized
11:00:58.018 step: 5
11:00:58.018 - Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x01
11:00:58.018 - g2v3, All Objects
11:00:58.018 --A-> Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x01
11:00:58.018 g2v3, All Objects
11:00:58.018 --T-> fir: 1 fin: 1 seq: 0
11:00:58.018 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 11 dest: 1024 src: 1
11:00:58.018 --P-> 05 64 0B C4 00 04 01 00 CA 8A
11:00:58.018 C0 C1 01 02 03 06 3E C6
11:00:58.018 steps: 6 to 9
11:00:58.018 - Read a single fragment response w/ sequence(0x01)
11:00:58.018 - Verify that the response contains events of the variations List(g2v3), and besides them only CTOs (g51v2, qualifier 0x07)
11:00:58.018 - Verify that the event objects are prefixed with 1-octet (qualifier 0x17) or 2-octet (qualifier 0x28) indexes
11:00:58.018 - Verify that each relative-time event is preceded by a CTO object (Table 8-4)
11:00:58.018 - Verify that the flags behave as the note on flags in Section 2 requires (Note 5 in 2.7, Note 6 in 3.1r1).
11:00:58.018 - Verify that an application layer confirmation is requested.
11:00:58.018 - Verify that the response holds every Binary Input event generated
11:00:58.018 - If the events carry timestamps, verify that the gaps between them match the gaps between when the events were generated, to the Device Profile's resolution
11:00:58.018 - Confirm each response that asks for a confirmation
11:00:58.019 <-P-- 05 64 4B 44 01 00 00 04 FD 93
11:00:58.019 C1 E1 81 10 00 33 02 07 01 21 9A 2B 82 A1 01 02 EA 5B
11:00:58.019 03 28 0A 00 00 00 81 00 00 01 00 81 01 00 02 00 44 80
11:00:58.019 81 01 00 03 00 81 01 00 04 00 81 01 00 05 00 81 E7 8E
11:00:58.019 01 00 06 00 81 01 00 07 00 81 01 00 08 00 81 01 12 22
11:00:58.019 00 09 00 81 01 00 E1 6E
11:00:58.019 <-L-- master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 75 dest: 1 src: 1024
11:00:58.019 <-T-- fir: 1 fin: 1 seq: 1
11:00:58.019 <-A-- Response(0x81) fir: 1 fin: 1 con: 1 uns: 0 seq: 0x01 IIN(NeedTime)
11:00:58.019 g51v2, 1-Byte Count, count: 1
11:00:58.019 time: 1793185258017
11:00:58.019 g2v3, 2-Byte Count and Index, count: 10
11:00:58.019 [0] - flags: 0x81 cto: 0
11:00:58.019 [1] - flags: 0x81 cto: 1
11:00:58.019 [2] - flags: 0x81 cto: 1
11:00:58.019 [3] - flags: 0x81 cto: 1
11:00:58.019 [4] - flags: 0x81 cto: 1
11:00:58.019 [5] - flags: 0x81 cto: 1
11:00:58.019 [6] - flags: 0x81 cto: 1
11:00:58.019 [7] - flags: 0x81 cto: 1
11:00:58.019 [8] - flags: 0x81 cto: 1
11:00:58.019 [9] - flags: 0x81 cto: 1
11:00:58.019 --A-> Confirm(0x00) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x01
11:00:58.019 --T-> fir: 1 fin: 1 seq: 0
11:00:58.019 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 8 dest: 1024 src: 1
11:00:58.019 --P-> 05 64 08 C4 00 04 01 00 9A 19
11:00:58.019 C0 C1 00 7D 3D
11:00:58.019 [PLG] Verified 10 binary input point event(s)
11:00:58.019 step: 10
11:00:58.019 - Device supports time synchronization from DNP3 master
11:00:58.019 step: 11
11:00:58.019 - Wait for 5000 milliseconds
11:01:03.020 step: 12
11:01:03.020 - Delay Meas(0x17) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x02
11:01:03.020 --A-> Delay Meas(0x17) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x02
11:01:03.020 --T-> fir: 1 fin: 1 seq: 0
11:01:03.020 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 8 dest: 1024 src: 1
11:01:03.020 --P-> 05 64 08 C4 00 04 01 00 9A 19
11:01:03.020 C0 C2 17 27 BC
11:01:03.020 step: 13
11:01:03.020 - Read a single fragment response w/ sequence(0x02)
11:01:03.020 - Verify that the response is one g52v2 object (qualifier 0x07, count 1) carrying the measured delay in milliseconds
11:01:03.020 - Verify that the IIN field contains IIN(NeedTime)
11:01:03.021 <-P-- 05 64 10 44 01 00 00 04 CD 4C
11:01:03.021 C2 C2 81 10 00 34 02 07 01 00 00 DB F7
11:01:03.021 <-L-- master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 16 dest: 1 src: 1024
11:01:03.021 <-T-- fir: 1 fin: 1 seq: 2
11:01:03.021 <-A-- Response(0x81) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x02 IIN(NeedTime)
11:01:03.021 g52v2, 1-Byte Count, count: 1
11:01:03.021 delay: 0
11:01:03.021 step: 14
11:01:03.021 - Write the current time + 0 ms w/ sequence(0x03)
11:01:03.021 --A-> Write(0x02) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x03
11:01:03.021 g50v1, 1-Byte Count, count: 1
11:01:03.021 time: 1793185263021
11:01:03.021 --T-> fir: 1 fin: 1 seq: 0
11:01:03.021 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 18 dest: 1024 src: 1
11:01:03.021 --P-> 05 64 12 C4 00 04 01 00 30 DD
11:01:03.021 C0 C3 02 32 01 07 01 AD AD 2B 82 A1 01 DD 57
11:01:03.021 step: 15
11:01:03.021 - Read a single fragment response w/ sequence(0x03)
11:01:03.021 - Verify that the response is empty
11:01:03.021 - Verify that the IIN field does not contain bits IIN(ParamError, ObjectUnknown, FuncNotSupported)
11:01:03.021 - Verify that the IIN field does not contain bits IIN(NeedTime)
11:01:03.021 <-P-- 05 64 0A 44 01 00 00 04 67 88
11:01:03.021 C3 C3 81 00 00 D7 87
11:01:03.021 <-L-- master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 10 dest: 1 src: 1024
11:01:03.021 <-T-- fir: 1 fin: 1 seq: 3
11:01:03.021 <-A-- Response(0x81) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x03 IIN()
11:01:03.021 step: 16
11:01:03.021 - Change binary inputs several times, one or more of them, to create events
11:01:03.022 [PLG] Updated BI 0: value=false, flags=1, timestamp=1793185263021 (SYNCHRONIZED_TIME)
11:01:03.022 [PLG] Updated BI 1: value=false, flags=1, timestamp=1793185263021 (SYNCHRONIZED_TIME)
11:01:03.022 [PLG] Updated BI 2: value=false, flags=1, timestamp=1793185263021 (SYNCHRONIZED_TIME)
11:01:03.022 [PLG] Updated BI 3: value=false, flags=1, timestamp=1793185263021 (SYNCHRONIZED_TIME)
11:01:03.022 [PLG] Updated BI 4: value=false, flags=1, timestamp=1793185263021 (SYNCHRONIZED_TIME)
11:01:03.022 [PLG] Updated BI 5: value=false, flags=1, timestamp=1793185263021 (SYNCHRONIZED_TIME)
11:01:03.022 [PLG] Updated BI 6: value=false, flags=1, timestamp=1793185263021 (SYNCHRONIZED_TIME)
11:01:03.022 [PLG] Updated BI 7: value=false, flags=1, timestamp=1793185263021 (SYNCHRONIZED_TIME)
11:01:03.022 [PLG] Updated BI 8: value=false, flags=1, timestamp=1793185263021 (SYNCHRONIZED_TIME)
11:01:03.022 [PLG] Updated BI 9: value=false, flags=1, timestamp=1793185263021 (SYNCHRONIZED_TIME)
11:01:03.022 The plugin reports the DUT's clock synchronized
11:01:03.022 step: 17
11:01:03.022 - Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x04
11:01:03.022 - g2v3, All Objects
11:01:03.022 --A-> Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x04
11:01:03.022 g2v3, All Objects
11:01:03.022 --T-> fir: 1 fin: 1 seq: 0
11:01:03.022 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 11 dest: 1024 src: 1
11:01:03.022 --P-> 05 64 0B C4 00 04 01 00 CA 8A
11:01:03.022 C0 C4 01 02 03 06 20 69
11:01:03.022 steps: 18 to 21
11:01:03.022 - Read a single fragment response w/ sequence(0x04)
11:01:03.022 - Verify that the response contains events of the variations List(g2v3), and besides them only CTOs (g51v1, qualifier 0x07)
11:01:03.022 - Verify that the event objects are prefixed with 1-octet (qualifier 0x17) or 2-octet (qualifier 0x28) indexes
11:01:03.022 - Verify that each relative-time event is preceded by a CTO object (Table 8-4)
11:01:03.022 - Verify that the flags behave as the note on flags in Section 2 requires (Note 5 in 2.7, Note 6 in 3.1r1).
11:01:03.022 - Verify that an application layer confirmation is requested.
11:01:03.022 - Verify that the response holds every Binary Input event generated
11:01:03.022 - If the events carry timestamps, verify that the gaps between them match the gaps between when the events were generated, to the Device Profile's resolution
11:01:03.022 - Confirm each response that asks for a confirmation
11:01:03.022 <-P-- 05 64 4B 44 01 00 00 04 FD 93
11:01:03.022 C4 E4 81 00 00 33 01 07 01 AD AD 2B 82 A1 01 02 84 C2
11:01:03.022 03 28 0A 00 00 00 01 00 00 01 00 01 00 00 02 00 04 EA
11:01:03.022 01 00 00 03 00 01 00 00 04 00 01 00 00 05 00 01 19 E1
11:01:03.022 00 00 06 00 01 00 00 07 00 01 00 00 08 00 01 00 8E 16
11:01:03.022 00 09 00 01 00 00 08 90
11:01:03.022 <-L-- master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 75 dest: 1 src: 1024
11:01:03.022 <-T-- fir: 1 fin: 1 seq: 4
11:01:03.022 <-A-- Response(0x81) fir: 1 fin: 1 con: 1 uns: 0 seq: 0x04 IIN()
11:01:03.022 g51v1, 1-Byte Count, count: 1
11:01:03.022 time: 1793185263021
11:01:03.022 g2v3, 2-Byte Count and Index, count: 10
11:01:03.022 [0] - flags: 0x01 cto: 0
11:01:03.022 [1] - flags: 0x01 cto: 0
11:01:03.022 [2] - flags: 0x01 cto: 0
11:01:03.022 [3] - flags: 0x01 cto: 0
11:01:03.022 [4] - flags: 0x01 cto: 0
11:01:03.022 [5] - flags: 0x01 cto: 0
11:01:03.022 [6] - flags: 0x01 cto: 0
11:01:03.022 [7] - flags: 0x01 cto: 0
11:01:03.022 [8] - flags: 0x01 cto: 0
11:01:03.022 [9] - flags: 0x01 cto: 0
11:01:03.022 --A-> Confirm(0x00) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x04
11:01:03.022 --T-> fir: 1 fin: 1 seq: 0
11:01:03.023 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 8 dest: 1024 src: 1
11:01:03.023 --P-> 05 64 08 C4 00 04 01 00 9A 19
11:01:03.023 C0 C4 00 F9 A1
11:01:03.023 [PLG] Verified 10 binary input point event(s)
11:01:03.023 step: 22
11:01:03.023 - Change binary inputs several times, one or more of them, to create events
11:01:03.023 [PLG] Updated BI 0: value=true, flags=81, timestamp=1793185263022 (SYNCHRONIZED_TIME)
11:01:03.023 [PLG] Updated BI 1: value=true, flags=81, timestamp=1793185263022 (SYNCHRONIZED_TIME)
11:01:03.023 [PLG] Updated BI 2: value=true, flags=81, timestamp=1793185263022 (SYNCHRONIZED_TIME)
11:01:03.023 [PLG] Updated BI 3: value=true, flags=81, timestamp=1793185263022 (SYNCHRONIZED_TIME)
11:01:03.023 [PLG] Updated BI 4: value=true, flags=81, timestamp=1793185263022 (SYNCHRONIZED_TIME)
11:01:03.023 [PLG] Updated BI 5: value=true, flags=81, timestamp=1793185263022 (SYNCHRONIZED_TIME)
11:01:03.023 [PLG] Updated BI 6: value=true, flags=81, timestamp=1793185263022 (SYNCHRONIZED_TIME)
11:01:03.023 [PLG] Updated BI 7: value=true, flags=81, timestamp=1793185263022 (SYNCHRONIZED_TIME)
11:01:03.023 [PLG] Updated BI 8: value=true, flags=81, timestamp=1793185263022 (SYNCHRONIZED_TIME)
11:01:03.023 [PLG] Updated BI 9: value=true, flags=81, timestamp=1793185263022 (SYNCHRONIZED_TIME)
11:01:03.023 The plugin reports the DUT's clock synchronized
11:01:03.023 step: 23
11:01:03.023 - Wait for 5000 milliseconds
11:01:08.023 step: 24
11:01:08.023 - Delay Meas(0x17) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x05
11:01:08.023 --A-> Delay Meas(0x17) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x05
11:01:08.023 --T-> fir: 1 fin: 1 seq: 0
11:01:08.023 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 8 dest: 1024 src: 1
11:01:08.023 --P-> 05 64 08 C4 00 04 01 00 9A 19
11:01:08.023 C0 C5 17 46 3B
11:01:08.024 step: 25
11:01:08.024 - Read a single fragment response w/ sequence(0x05)
11:01:08.024 - Verify that the response is one g52v2 object (qualifier 0x07, count 1) carrying the measured delay in milliseconds
11:01:08.024 - Verify that the IIN field contains IIN(NeedTime)
11:01:08.024 <-P-- 05 64 10 44 01 00 00 04 CD 4C
11:01:08.024 C5 C5 81 12 00 34 02 07 01 00 00 89 68
11:01:08.024 <-L-- master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 16 dest: 1 src: 1024
11:01:08.024 <-T-- fir: 1 fin: 1 seq: 5
11:01:08.024 <-A-- Response(0x81) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x05 IIN(NeedTime, Class1Events)
11:01:08.024 g52v2, 1-Byte Count, count: 1
11:01:08.024 delay: 0
11:01:08.024 step: 26
11:01:08.024 - Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x06
11:01:08.024 - g2v3, All Objects
11:01:08.024 --A-> Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x06
11:01:08.024 g2v3, All Objects
11:01:08.024 --T-> fir: 1 fin: 1 seq: 0
11:01:08.024 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 11 dest: 1024 src: 1
11:01:08.024 --P-> 05 64 0B C4 00 04 01 00 CA 8A
11:01:08.024 C0 C6 01 02 03 06 2C 2F
11:01:08.024 steps: 27 to 29
11:01:08.024 - Read a single fragment response w/ sequence(0x06)
11:01:08.024 - Verify that the response contains events of the variations List(g2v3), and besides them only CTOs (g51v1, qualifier 0x07)
11:01:08.024 - Verify that the event objects are prefixed with 1-octet (qualifier 0x17) or 2-octet (qualifier 0x28) indexes
11:01:08.024 - Verify that each relative-time event is preceded by a CTO object (Table 8-4)
11:01:08.024 - Verify that the flags behave as the note on flags in Section 2 requires (Note 5 in 2.7, Note 6 in 3.1r1).
11:01:08.024 - Verify that an application layer confirmation is requested.
11:01:08.024 - Verify that the response holds every Binary Input event generated
11:01:08.024 - If the events carry timestamps, verify that the gaps between them match the gaps between when the events were generated, to the Device Profile's resolution
11:01:08.025 <-P-- 05 64 4B 44 01 00 00 04 FD 93
11:01:08.025 C6 E6 81 10 00 33 01 07 01 AE AD 2B 82 A1 01 02 5E A2
11:01:08.025 03 28 0A 00 00 00 81 00 00 01 00 81 00 00 02 00 AC 42
11:01:08.025 81 00 00 03 00 81 00 00 04 00 81 00 00 05 00 81 9B 00
11:01:08.025 00 00 06 00 81 00 00 07 00 81 00 00 08 00 81 00 A9 FA
11:01:08.025 00 09 00 81 00 00 AF C5
11:01:08.025 <-L-- master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 75 dest: 1 src: 1024
11:01:08.025 <-T-- fir: 1 fin: 1 seq: 6
11:01:08.025 <-A-- Response(0x81) fir: 1 fin: 1 con: 1 uns: 0 seq: 0x06 IIN(NeedTime)
11:01:08.025 g51v1, 1-Byte Count, count: 1
11:01:08.025 time: 1793185263022
11:01:08.025 g2v3, 2-Byte Count and Index, count: 10
11:01:08.025 [0] - flags: 0x81 cto: 0
11:01:08.025 [1] - flags: 0x81 cto: 0
11:01:08.025 [2] - flags: 0x81 cto: 0
11:01:08.025 [3] - flags: 0x81 cto: 0
11:01:08.025 [4] - flags: 0x81 cto: 0
11:01:08.025 [5] - flags: 0x81 cto: 0
11:01:08.025 [6] - flags: 0x81 cto: 0
11:01:08.025 [7] - flags: 0x81 cto: 0
11:01:08.025 [8] - flags: 0x81 cto: 0
11:01:08.025 [9] - flags: 0x81 cto: 0
11:01:08.025 [PLG] Verified 10 binary input point event(s)
11:01:08.025 step: 30
11:01:08.025 - Withhold the application layer confirmation
11:01:08.025 step: 31
11:01:08.025 - Write the current time + 0 ms w/ sequence(0x07)
11:01:08.025 --A-> Write(0x02) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x07
11:01:08.025 g50v1, 1-Byte Count, count: 1
11:01:08.025 time: 1793185268025
11:01:08.025 --T-> fir: 1 fin: 1 seq: 0
11:01:08.025 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 18 dest: 1024 src: 1
11:01:08.025 --P-> 05 64 12 C4 00 04 01 00 30 DD
11:01:08.025 C0 C7 02 32 01 07 01 39 C1 2B 82 A1 01 50 E6
11:01:08.026 step: 32
11:01:08.026 - Read a single fragment response w/ sequence(0x07)
11:01:08.026 - Verify that the response is empty
11:01:08.026 - Verify that the IIN field does not contain bits IIN(ParamError, ObjectUnknown, FuncNotSupported)
11:01:08.026 - Verify that the IIN field does not contain bits IIN(NeedTime)
11:01:08.026 <-P-- 05 64 0A 44 01 00 00 04 67 88
11:01:08.026 C7 C7 81 02 00 01 CC
11:01:08.026 <-L-- master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 10 dest: 1 src: 1024
11:01:08.026 <-T-- fir: 1 fin: 1 seq: 7
11:01:08.026 <-A-- Response(0x81) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x07 IIN(Class1Events)
11:01:08.026 step: 33
11:01:08.026 - Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x08
11:01:08.026 - g2v3, All Objects
11:01:08.026 --A-> Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x08
11:01:08.026 g2v3, All Objects
11:01:08.026 --T-> fir: 1 fin: 1 seq: 0
11:01:08.026 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 11 dest: 1024 src: 1
11:01:08.026 --P-> 05 64 0B C4 00 04 01 00 CA 8A
11:01:08.026 C0 C8 01 02 03 06 71 B0
11:01:08.026 steps: 34 to 36
11:01:08.026 - Read a single fragment response w/ sequence(0x08)
11:01:08.026 - Verify that the response contains events of the variations List(g2v3), and besides them only CTOs (g51v1, qualifier 0x07)
11:01:08.026 - Verify that the event objects are prefixed with 1-octet (qualifier 0x17) or 2-octet (qualifier 0x28) indexes
11:01:08.026 - Verify that each relative-time event is preceded by a CTO object (Table 8-4)
11:01:08.026 - Verify that the flags behave as the note on flags in Section 2 requires (Note 5 in 2.7, Note 6 in 3.1r1).
11:01:08.026 - Verify that an application layer confirmation is requested.
11:01:08.026 - Verify that the response holds every Binary Input event generated
11:01:08.026 - If the events carry timestamps, verify that the gaps between them match the gaps between when the events were generated, to the Device Profile's resolution
11:01:08.026 - Confirm each response that asks for a confirmation
11:01:08.026 <-P-- 05 64 4B 44 01 00 00 04 FD 93
11:01:08.026 C8 E8 81 00 00 33 01 07 01 AE AD 2B 82 A1 01 02 AB FC
11:01:08.026 03 28 0A 00 00 00 81 00 00 01 00 81 00 00 02 00 AC 42
11:01:08.026 81 00 00 03 00 81 00 00 04 00 81 00 00 05 00 81 9B 00
11:01:08.026 00 00 06 00 81 00 00 07 00 81 00 00 08 00 81 00 A9 FA
11:01:08.026 00 09 00 81 00 00 AF C5
11:01:08.026 <-L-- master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 75 dest: 1 src: 1024
11:01:08.026 <-T-- fir: 1 fin: 1 seq: 8
11:01:08.026 <-A-- Response(0x81) fir: 1 fin: 1 con: 1 uns: 0 seq: 0x08 IIN()
11:01:08.026 g51v1, 1-Byte Count, count: 1
11:01:08.026 time: 1793185263022
11:01:08.026 g2v3, 2-Byte Count and Index, count: 10
11:01:08.026 [0] - flags: 0x81 cto: 0
11:01:08.026 [1] - flags: 0x81 cto: 0
11:01:08.026 [2] - flags: 0x81 cto: 0
11:01:08.026 [3] - flags: 0x81 cto: 0
11:01:08.026 [4] - flags: 0x81 cto: 0
11:01:08.026 [5] - flags: 0x81 cto: 0
11:01:08.026 [6] - flags: 0x81 cto: 0
11:01:08.026 [7] - flags: 0x81 cto: 0
11:01:08.026 [8] - flags: 0x81 cto: 0
11:01:08.026 [9] - flags: 0x81 cto: 0
11:01:08.026 --A-> Confirm(0x00) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x08
11:01:08.026 --T-> fir: 1 fin: 1 seq: 0
11:01:08.026 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 8 dest: 1024 src: 1
11:01:08.026 --P-> 05 64 08 C4 00 04 01 00 9A 19
11:01:08.026 C0 C8 00 A7 F9
11:01:08.027 [PLG] Verified 10 binary input point event(s)
11:01:08.027 step: 37
11:01:08.027 - Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x09
11:01:08.027 - g2v3, All Objects
11:01:08.027 --A-> Read(0x01) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x09
11:01:08.027 g2v3, All Objects
11:01:08.027 --T-> fir: 1 fin: 1 seq: 0
11:01:08.027 --L-> master: 1 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0xC4 length: 11 dest: 1024 src: 1
11:01:08.027 --P-> 05 64 0B C4 00 04 01 00 CA 8A
11:01:08.027 C0 C9 01 02 03 06 77 93
11:01:08.027 step: 38
11:01:08.027 - Read a single fragment response w/ sequence(0x09)
11:01:08.027 - Verify that the response is empty
11:01:08.027 - Verify that the IIN field does not contain bits IIN(ParamError, ObjectUnknown, FuncNotSupported)
11:01:08.027 <-P-- 05 64 0A 44 01 00 00 04 67 88
11:01:08.027 C9 C9 81 00 00 14 A9
11:01:08.027 <-L-- master: 0 pri: 1 fcb: 0 fcv: 0 func: UNCONFIRMED_USER_DATA(0x04) 0x44 length: 10 dest: 1 src: 1024
11:01:08.027 <-T-- fir: 1 fin: 1 seq: 9
11:01:08.027 <-A-- Response(0x81) fir: 1 fin: 1 con: 0 uns: 0 seq: 0x09 IIN()
11:01:08.027 Passed procedure: 8.15.2