ISO 20794-6:2020
Road vehicles — Clock extension peripheral interface (CXPI) — Part 6: Transport and network layer conformance test plan
This document specifies the transport and network layer conformance test plan, which tests the transportation of diagnostic communication, node configuration data and network layer services using the service interface parameters reported by the lower OSI layers and submitted to the higher OSI layers.
The transport layer and network layer conformance test plan contain the following descriptions:
— concept of operation conformance test plan;
— transport layer protocol conformance test plan;
— network layer services conformance test plan; and
— error detection conformance test plan.
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Foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 Symbols and abbreviated terms
4.1 Symbols
4.2 Abbreviated terms
5 Conventions
6 General test specification considerations
6.1 General
6.2 Test conditions
6.3 IUT requirements
6.4 CTC definition
6.5 Test system set-up
6.6 Configuration of test system and IUT
6.6.1 General
6.6.2 IUT-specific set-up parameters
6.6.3 User_Specific configurations
6.6.4 T_FltMng1 configurations
6.6.5 T_FltMng2 configurations
6.6.6 N_ErrDet1 configurations
6.6.7 N_ErrDet2 configurations
6.6.8 W/S configurations
6.7 SUT initialisation
6.7.1 General
6.7.2 Default initialisation
7 Transport layer conformance test plan
7.1 General
7.2 4.CTC_1.1 – Master node – T_PDU and T_PCI data handling – T_PCItype and T_PCI_DL
7.3 4.CTC_1.2 – Slave node – T_PDU and T_PCI data handling – T_PCItype and T_PCI_DL
7.4 4.CTC_1.3 – Master node – T_PDU and T_PCI data handling (T_PCItype and T_PCI_DLext)
7.5 4.CTC_1.4 – Slave node – T_PDU and T_PCI data handling (T_PCItype and T_PCI_DLext)
7.6 4.CTC_1.5 – Master node – T_PDU and T_PCI data handling (T_PCItype and T_PCI_DLext with short data field)
7.7 4.CTC_1.6 – Slave node – T_PDU and T_PCI data handling (T_PCItype and T_PCI_DLext with short data field)
7.8 4.CTC_2.1 – Master node – TL Error detection test (T_PCItype)
7.9 4.CTC_2.2 – Slave node – TL Error detection test (T_PCItype)
7.10 4.CTC_2.3 – TL Error detection test (T_PCItype) using error bit
7.11 4.CTC_2.4 – Master node – TL Error detection test (T_PCI_DL)
7.12 4.CTC_2.5 – Slave node – TL Error detection test (T_PCI_DL)
7.13 4.CTC_2.6 – TL Error detection test (T_PCI_DL) using error bit
7.14 4.CTC_2.7 – Master node – TL Error detection test (T_PCI_DLext)
7.15 4.CTC_2.8 – Slave node – TL Error detection test (T_PCI_DLext)
7.16 4.CTC_2.9 – TL Error detection test (T_PCI_DLext) using error bit
8 Network layer conformance test
8.1 General
8.2 3.CTC_3.1 – Master node – N_PDU specification test (N_NAD)
8.3 3.CTC_3.2 – Slave node – N_PDU specification test (N_NAD)
8.4 3.CTC_3.3 – Reception logic test (in the case of T_PID = 1F16 and N_NAD = 0016)
8.5 3.CTC_4.1 – Master node – NL error detection (N_As timeout)
8.6 3.CTC_4.2 – Slave node – NL error detection (N_As timeout)
Bibliography
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Foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 Symbols and abbreviated terms
4.1 Symbols
4.2 Abbreviated terms
5 Conventions
6 General test specification considerations
6.1 General
6.2 Test conditions
6.3 IUT requirements
6.4 CTC definition
6.5 Test system set-up
6.6 Configuration of test system and IUT
6.6.1 General
6.6.2 IUT-specific set-up parameters
6.6.3 User_Specific configurations
6.6.4 T_FltMng1 configurations
6.6.5 T_FltMng2 configurations
6.6.6 N_ErrDet1 configurations
6.6.7 N_ErrDet2 configurations
6.6.8 W/S configurations
6.7 SUT initialisation
6.7.1 General
6.7.2 Default initialisation
7 Transport layer conformance test plan
7.1 General
7.2 4.CTC_1.1 – Master node – T_PDU and T_PCI data handling – T_PCItype and T_PCI_DL
7.3 4.CTC_1.2 – Slave node – T_PDU and T_PCI data handling – T_PCItype and T_PCI_DL
7.4 4.CTC_1.3 – Master node – T_PDU and T_PCI data handling (T_PCItype and T_PCI_DLext)
7.5 4.CTC_1.4 – Slave node – T_PDU and T_PCI data handling (T_PCItype and T_PCI_DLext)
7.6 4.CTC_1.5 – Master node – T_PDU and T_PCI data handling (T_PCItype and T_PCI_DLext with short data field)
7.7 4.CTC_1.6 – Slave node – T_PDU and T_PCI data handling (T_PCItype and T_PCI_DLext with short data field)
7.8 4.CTC_2.1 – Master node – TL Error detection test (T_PCItype)
7.9 4.CTC_2.2 – Slave node – TL Error detection test (T_PCItype)
7.10 4.CTC_2.3 – TL Error detection test (T_PCItype) using error bit
7.11 4.CTC_2.4 – Master node – TL Error detection test (T_PCI_DL)
7.12 4.CTC_2.5 – Slave node – TL Error detection test (T_PCI_DL)
7.13 4.CTC_2.6 – TL Error detection test (T_PCI_DL) using error bit
7.14 4.CTC_2.7 – Master node – TL Error detection test (T_PCI_DLext)
7.15 4.CTC_2.8 – Slave node – TL Error detection test (T_PCI_DLext)
7.16 4.CTC_2.9 – TL Error detection test (T_PCI_DLext) using error bit
8 Network layer conformance test
8.1 General
8.2 3.CTC_3.1 – Master node – N_PDU specification test (N_NAD)
8.3 3.CTC_3.2 – Slave node – N_PDU specification test (N_NAD)
8.4 3.CTC_3.3 – Reception logic test (in the case of T_PID = 1F16 and N_NAD = 0016)
8.5 3.CTC_4.1 – Master node – NL error detection (N_As timeout)
8.6 3.CTC_4.2 – Slave node – NL error detection (N_As timeout)
Bibliography