hash stringlengths 32 32 | doc_id stringlengths 7 13 | section stringlengths 3 121 | content stringlengths 0 2.2M |
|---|---|---|---|
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.3.2 Initial conditions | 1) The test environment shown in Figure 4.1 is used. - The slave is emulated to ensure that the specific parameters given in the MCT_READY frame can be fulfilled. 2) To properly handle the SPI master parameters either test case 7.3.1 or the MAC parameter determination procedure from clause 7.0.2 shall be executed. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.3.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 SPI_M→ TT(SPI_S) Run MAC activation The SPI_M runs a MAC activation as defined in Annex C, clause C.2.1 RQ0702_018 RQ0702_038 2 SPI_M → TT(SPI_S) Send MCT_MASTER_REQ The SPI_S receives the MCT_MASTER_REQ RQ0706_004 3 TT(SPI_S) Wait for MCT_SLAVE_TIMEOU... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.3.4 Post-condition | The general post-condition for data link layer test cases as defined in clause 7.0.4 is executed at the end of the test case. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.4 4 signal SPI - Master behaviour during data flow control | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.4.1 Test purpose | After SPI activation the MCT is executed. SPI master behaviour is tested during the data flow control from the slave. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.4.2 Initial conditions | 1) The test environment shown in Figure 4.1 is used. ETSI ETSI TS 103 813 V15.1.0 (2022-02) 75 Release 15 - The slave is emulated to ensure that the specific parameters given in the MCT_READY frame can be fulfilled. 2) To properly handle the SPI master parameters either test case 7.3.1 or the MAC parameter determinatio... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.4.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 SPI_M→ TT(SPI_S) Run MAC activation The SPI_M runs a MAC activation as defined in Annex C, clause C.2.1 RQ0702_018 RQ0702_038 2 SPI_M → TT(SPI_S) Send MCT_MASTER_REQ SPI_CLK is toggled RQ0706_004 3 TT(SPI_S) While the SPI_CLK is toggled the slave asser... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.4.4 Post-condition | The general post-condition for data link layer test cases as defined in clause 7.0.4 is executed at the end of the test case. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.5 4 signal SPI - MAC deactivation | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.5.1 Test purpose | SPI master behaviour is tested during power off. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.5.2 Initial conditions | 1) The test environment shown in Figure 4.1 is used. - The slave is emulated to ensure that no signal line is asserted by the slave during testing. - The SPI master is the SUT. 2) To properly handle the SPI master parameters either test case 7.3.1 or the MAC parameter determination procedure from clause 7.0.2 shall be ... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.5.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 SPI_M→ TT(SPI_S) Run MAC activation The SPI_M runs a MAC activation as defined in Annex C, clause C.2.1 RQ0702_018 RQ0702_001 2 SPI_M → TT(SPI_S) Send MCT_MASTER_REQ The SPI_S receives the MCT_MASTER_REQ RQ0706_004 3 TT(SPI_S) → SPI_M Send MCT_READY_DE... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.3.5.4 Post-condition | The general post-condition for data link layer test cases as defined in clause 7.0.4 is executed at the end of the test case. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.4 MAC Layer - 4 signals SPI - SPI Slave testing | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.4.1 4 signal SPI - Slave behaviour during data transfer initiation | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.4.1.1 Test purpose | After SPI activation the MCT is executed. MCT timing values and the SPI Slave behaviour is tested. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.4.1.2 Initial conditions | 1) The test environment shown in Figure 4.2 is used. - The master is emulated to ensure that default parameters are used during initial MAC activation and data transfer. - The SPI slave is the SUT. 2) To properly handle the SPI slave parameters the MAC parameter determination procedure from clause 7.0.3 shall be execut... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.4.1.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 TT(SPI_M) → SPI_S Run MAC activation The SPI_M runs a MAC activation as defined in Annex C, clause C.2.1 2 TT(SPI_M) → SPI_S Send MCT_MASTER_REQ_DEF frame The SPI_S receives the pre- configured MCT_MASTER_REQ frame 3 TT(SPI_M) → SPI_S De-assert SPI_NSS... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.4.1.4 Post-condition | The general post-condition for data link layer test cases as defined in clause 7.0.2 is executed at the end of the test case. ETSI ETSI TS 103 813 V15.1.0 (2022-02) 77 Release 15 7.4.2 4 signal SPI - Slave behaviour during simultaneous data transfer initiation |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.4.2.1 Test purpose | After SPI activation the MCT is executed. MCT timing values and the SPI Slave behaviour is tested during the simultaneous initiations from the master and the slave. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.4.2.2 Initial conditions | 1) The test environment shown in Figure 4.2 is used: - The master is emulated to ensure that the parameters provided in the initial MCT_READY are used during MAC activation and data transfer. - The SPI slave is the SUT. 2) To properly handle the SPI slave parameters the MAC parameter determination procedure from clause... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.4.2.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 TT(SPI_M) → SPI_S Run MAC activation The SPI_M runs a MAC activation as defined in Annex C, clause C.2.1 2 TT(SPI_M) → SPI_S Send MCT_MASTER_REQ_DEF frame The SPI_S receives the pre- configured MCT_MASTER_REQ frame 3 TT(SPI_M) → SPI_S De-assert SPI_NSS... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 7.4.2.4 Post-condition | The general post-condition for data link layer test cases as defined in clause 7.0.4 is executed at the end of the test case. ETSI ETSI TS 103 813 V15.1.0 (2022-02) 78 Release 15 |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8 Test cases for data link layer- Link layer | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1 Link layer - SPI Master testing | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.1 Link layer - Master frame generation | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.1.1 Test purpose | The SPI master shall send a frame in a single SPI access, even if the SPI access initiated by the master has a length higher than the length of the frame to be send, up to MTU. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.1.2 Initial conditions | 1) General pre-conditions defined in clause 7.0.1 apply. 2) The test environment shown in Figure 4.1 is used. - The slave is emulated to ensure that the specific parameters given in the MCT_READY_CONF frame are send during MCT LLC setup. 3) To properly handle the SPI master parameters the MAC parameter determination pr... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.1.3 Test procedure | Sequence 1 - Link layer - Master frame generation - MTU = 32 bytes Step Direction Action/Task Description/Expectation REQ 1 SPI_M → TT(SPI_S) Send MCT_MASTER_REQ with MTU = 32 bytes (as supported by the SPI_M) after VDD is switched on The SPI_S confirms the MTU length suggested in the MCT_MASTER_REQ 2 SPI_M → TT(SPI_S)... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.1.4 Post Condition | General post-conditions defined in clause 7.0.4 is executed at the end of each sequence. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.2 Link layer - Master frame generation - SPI access longer than frame | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.2.1 Test purpose | If the SPI access is longer than the length of the frame being sent, the SPI master shall add Non-Significant Data (NSD) bytes following the CRC until the end of the SPI access. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.2.2 Initial conditions | 1) General pre-conditions defined in clause 7.0.1 apply. 2) The test environment shown in Figure 4.1 is used: - The slave is emulated to ensure that the specific parameters given in the SLAVE_EMULATE_STATE are fulfilled. 3) Ensure that the SPI master has no data to send, respectively wait for 1 second after the last da... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.2.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 SPI_M → TT(SPI_S) Assert SPI_NSS, then wait for minimum T1 time SPI_NSS signal is in asserted state 2 SPI_M → TT(SPI_S) Initiate SPI access and send a frame of minimum 1 byte Non-Significant Data (NSD) bytes have been added following the CRC until the ... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.2.4 Post Condition | General post-conditions defined in clause 7.0.4 apply. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.3 Slave frame retrieval by Master | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.3.1 Test purpose | A slave frame shall be retrieved in at most two SPI accesses if the number of bytes of the first SPI access is shorter than the slave frame. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.3.2 Initial conditions | 1) General pre-conditions defined in clause 7.0.1 apply. 2) The test environment shown in Figure 4.1 is used: - The slave is emulated to ensure that the specific parameters given in the SLAVE_EMULATE_STATE are fulfilled. 3) The slave shall send 250 bytes of data to the master in the MAC phase following next. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.3.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 TT(SPI_S) Assert SPI_NSS for T2 time. RQ0605_015 2 SPI_M Assert SPI_NSS after T1 - T2 time SPI_NSS signal is in asserted state 3 SPI_M → TT(SPI_S) TT(SPI_S) → SPI_M SPI_M initiates SPI access and start data transfer of 20 bytes Transfers 10 bytes of da... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.3.4 Post Condition | General post-conditions defined in clause 7.0.4 apply. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.1.4 Bytes set to 'FF' in second SPI access | FFS. ETSI ETSI TS 103 813 V15.1.0 (2022-02) 81 Release 15 |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.2 Link layer - SPI Slave testing | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.2.1 Slave frame generation - SPI access longer than frame | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.2.1.1 Test Purpose | If the SPI access is longer than the length of the frame being sent, the SPI slave shall add Non-Significant Data (NSD) bytes following the CRC until the end of the SPI access. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.2.1.2 Initial conditions | 1) General pre-conditions defined in clause 7.0.1 apply. 2) The test environment shown in Figure 4.2 is used: - The master is emulated to ensure that the specific parameters given in the MASTER_EMULATE_STATE can be fulfilled. - The SPI slave is the SUT. 3) The master shall send 20 bytes of data to slave in the MAC phas... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.2.1.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 SPI_S Assert SPI_NSS for T2 2 TT(SPI_M) Assert SPI_NSS after T1 - T2 SPI_NSS signal is in asserted state 3 SPI_S → TT(SPI_M) Master initiate SPI access and start data transfer of 20 bytes Slave transfer 10 bytes of data. Complete data shall receive in ... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.2.1.4 Post Condition | General post-conditions defined in clause 7.0.4 apply. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.2.2 Slave frame retrieval by SPI Master | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.2.2.1 Test purpose | A slave frame shall be retrieved in at most two SPI accesses if the number of bytes of the first SPI access is shorter than the slave frame. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.2.2.2 Initial conditions | 1) General pre-conditions defined in clause 7.0.1 apply. 2) The test environment shown in Figure 4.2 is used: - The master is emulated to ensure that the specific parameters given in the MASTER_EMULATE_STATE can be fulfilled. - The SPI slave is the SUT. 3) The slave shall send 250 bytes of data to slave in the MAC phas... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.2.2.3 Test procedure | Sequence 1 - Slave frame retrieval by Master - NSD bytes not appended Step Direction Action/Task Description/Expectation REQ 1 SPI_S Assert SPI_NSS for T2 RQ0605_015 2 TT(SPI_M) Asserts SPI_NSS after T1 - T2 SPI_NSS signal is in asserted state 3 SPI_S → TT(SPI_M) The SPI_M shall initiate a first SPI access for two byte... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.2.2.4 Post Condition | General post-conditions defined in clause 7.0.4 apply. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3 Link layer data transfer cases - SPI Master testing | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.1 Case 2 - Slave MAC access request, retrieve the slave frame | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.1.1 Test purpose | The SPI master behaviour is verified. The SPI slave initiates a MAC access request to transfer a frame. The SPI master performs a first access to retrieve the SPI slave frame length followed by a second access to retrieve the remaining bytes of the SPI slave frame considering the length information from the first acces... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.1.2 Initial conditions | 1) General pre-conditions defined in clause 7.0.1 apply. 2) The test environment shown in Figure 4.1 is used: - The slave is emulated to ensure that specific parameters will be send in the MCT_READY. - The SPI master is the SUT. 3) The MAC parameter determination procedure as defined in clause 7.0.2 is executed. ETSI E... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.1.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 TT(SPI_S) Initiate MAC access 2 SPI_M →TT(SPI_S) Establish MAC access The MAC access is established with an MTU set to 32 bytes 3 SPI_M → TT(SPI_S) Generate an SPI access of 1 byte to send the SPI_M frame length information The SPI_S receives no data (... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.1.4 Post conditions | The SPI is deactivated. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.2 Case 3 - Slave frame transferred in a single access, NSD attached | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.2.1 Test purpose | The SPI master behaviour is verified. The SPI slave initiates a MAC access request for sending a frame. The SPI master generates an access with length equal to MTU to make sure the SPI slave frame is transferred in a single access. The SPI slave frame is shorter than the access length and SPI slave appends NSD bytes af... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.2.2 Initial conditions | 1) General pre-conditions defined in clause 7.0.1 apply. 2) The test environment shown in Figure 4.1 is used: - The slave is emulated to ensure that specific parameters will be send in the MCT_READY. - The SPI master is the SUT. 3) The MAC parameter determination procedure as defined in clause 7.0.2 is executed. ETSI E... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.2.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 TT(SPI_S) Initiate MAC access 2 SPI_M → TT(SPI_S) Establish MAC access The MAC access is established with an MTU set to 32 bytes 3 SPI_M → TT(SPI_S) Generate an SPI access of 32 bytes length The SPI_S receives no data (NSD only) on SPI_MOSI, SPI access... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.2.4 Post conditions | The SPI is deactivated. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.3 Case 4 - Slave MAC access request, frame partially retrieved | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.3.1 Test purpose | The master behaviour is verified. Slave initiates a slave MAC access request for sending a frame. Consequently, master generates an access with length based on a best estimate. Master retrieves only part of the frame during the first access and will generate a second access to retrieve the remaining bytes of the slave ... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.3.2 Initial conditions | FFS. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.3.3.3 Test procedure | FFS. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4 Link layer data transfer cases - SPI Slave testing | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.1 Case 1 - Master sends the frame, no data from the slave | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.1.1 Test purpose | The SPI slave behaviour is verified. The SPI master initiates the MAC phase and then sends a frame. The SPI access length is determined by the master frame length. No data is received from the slave. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.1.2 Initial conditions | 1) General pre-conditions defined in clause 7.0.1 apply. 2) The test environment shown in Figure 4.2 is used: - The master is emulated to ensure that the specific parameters given in the MASTER_EMULATE_STATE can be fulfilled. - The SPI slave is the SUT. ETSI ETSI TS 103 813 V15.1.0 (2022-02) 85 Release 15 3) The MAC pa... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.1.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 TT(SPI_M) → SPI_S The SPI_M shall initiate an SPI access by sending MCT_MASTER_REQUEST. Complete data shall be received in the SPI access. RQ0703_009 RQ0703_023 SPI_S → TT(SPI_M) The slave sends NSD No data (NSD bytes only) are received by SPI_M |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.1.4 Post conditions | The SPI is powered off, i.e. the power supply for the PCB or chip hosting the SPI is switched off. 8.4.2 Case 5 - Simultaneous MAC phase initiation, remaining bytes of the slave frame |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.2.1 Test purpose | The SPI slave behaviour is verified. Both, SPI master and SPI slave have frames to transfer. The MAC phase is initiated by master and slave simultaneously. The SPI master generates an SPI access with the length of frame it intends to send. According to the length byte sent by the SPI slave only a part of the frame prov... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.2.2 Initial conditions | FFS. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.2.3 Test procedure | FFS. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.3 Case 6 - Simultaneous MAC phase initiation, short slave frame | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.3.1 Test purpose | The SPI slave behaviour is verified. Both, SPI master and SPI slave have frames to transfer. The MAC phase is initiated by master and slave simultaneously. The SPI master generates an SPI access with the length of the frame it intends to send. According to the length byte sent by the SPI slave, the slave frame is short... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.3.2 Initial conditions | FFS. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.3.3 Test procedure | FFS. ETSI ETSI TS 103 813 V15.1.0 (2022-02) 86 Release 15 |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.4 Case 7 - Simultaneous MAC phase initiation, single access | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.4.1 Test purpose | The SPI slave behaviour is verified. Both, SPI master and SPI slave have frames to transfer. The MAC phase is initiated by master and slave simultaneously. The SPI master generates an SPI access with the length equal to MTU to receive any slave frame occurring at the same time within a single access. Both, master and s... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.4.2 Initial conditions | FFS. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 8.4.4.3 Test procedure | FFS. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9 Test cases for supported LLC layers | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1 SPI slave supported LLC layers - SPI Slave testing | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.1 SHDLC Layer support | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.1.1 Test purpose | To verify that the mandatory SHDLC layer is supported by the slave. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.1.2 Initial conditions | 1) General pre-conditions defined in clause 7.0.1 apply. 2) The test environment shown in Figure 4.2 is used: - The master is emulated to ensure that no data is sent after MCT LLC phase completion. - The SPI slave is the SUT. 3) The MAC parameter determination procedure as defined in clause 7.0.2 is executed. 4) A MCT ... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.1.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 TT(SPI_M) → SPI_S SPI_S → TT(SPI_M) Initiate SHDLC link establishment procedure 2 TT(SPI_M)→ SPI_S Send the DEFAULT_SPI frame with LLC control field defined for SHDLC in table 7.3 of ETSI TS 103 713 [1] The SPI_S receives the LPDU with DATA_1D || CRC p... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.1.4 Post conditions | SPI is deactivated. ETSI ETSI TS 103 813 V15.1.0 (2022-02) 87 Release 15 |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.2 CLT Layer support | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.2.1 Test purpose | To verify the that the optional CLT layer is supported by the slave if CLT support is indicated. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.2.2 Initial conditions | 1) General pre-conditions defined in clause 7.0.1 apply. 2) The test environment shown in Figure 4.2 is used. - The master is emulated to ensure that no data is sent after MCT LLC phase completion. - The SPI slave is the SUT. 3) The MAC parameter determination procedure as defined in clause 7.0.2 is executed. 4) A MCT ... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.2.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 TT(SPI_M) Initiate CLT LLC session 2 TT(SPI_M) → SPI_S Send the representative SPI frame with LLC control field defined for CLT in table 7.3 of ETSI TS 103 713 [1] The SPI_S receives the LPDU with DATA_1D || CRC CLT payload as defined in Figure 7.10 of... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.2.4 Post conditions | SPI is deactivated. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.3 MCT Layer support | |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.3.1 Test purpose | To verify the that the mandatory MCT layer is supported by the slave. |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.3.2 Initial conditions | 1) General pre-conditions defined in clause 7.0.1 apply. 2) The test environment shown in Figure 4.2 is used. - The master is emulated to ensure that no data is sent after MCT LLC phase completion. - The SPI slave is the SUT. 3) The MAC parameter determination procedure as defined in clause 7.0.2 is executed. ETSI ETSI... |
b61a0bf651537071c0010f2ac77f17ba | 103 813 | 9.1.3.3 Test procedure | Sequence 1 Step Direction Action/Task Description/Expectation REQ 1 TT(SPI_M) → SPI_S Send MCT_MASTER_REQ frame The SPI_S receives the MCT_MASTER_REQ frame 2 SPI_S → TT(SPI_M) Send MCT_READY frame The SPI_M receives MCT_READY frame RQ0704_003 RQ0704_004 |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.