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FSK Test Cases

Test Case ID: FSK/EN/BCN/DISCO/BV-01: FSK-WAN Endpoint discovers neighbor Gateway beacon and synchronizes with it if roaming is allowed

Field Value
Case ID C83932917
Executable by Customer Yes
Test Steps
Step Description Expected Result
1 Initialize and start FSK stack: sid init 2 sid start Each command returns: CMD: ERR: 0 EN detects beacon and synchronizes with GW within 40 seconds EVENT SID STATUS: State: 0, Reg: 0, Time: 0, Link_Mask: 2 EVENT SID STATUS LINK MODE: LORA: 0, FSK: 1, BLE: 0

Key check: Time: 0 (time synced), FSK: 1

Test Case ID: FSK/EN/BCN/DISCO/BV-02: FSK-WAN Endpoint discovers home Gateway and synchronizes with it even if roaming is forbidden

Field Value
Case ID C83932918
Executable by Customer Yes
Preconditions
  • PAN device.
Test Steps
Step Description Expected Result
1 Initialize and start FSK stack: sid init 2 sid start Each command returns: CMD: ERR: 0
2 EN gets GW FSK beacon [INFO]: Disco active [INFO]: GWD scan started
3 EN accepts beacon and completes time sync. Verify with: sid last_status EVENT SID STATUS: State: 0, Reg: 0, Time: 0, Link_Mask: 2 EVENT SID STATUS LINK MODE: LORA: 0, FSK: 1, BLE: 0

Key check: Time: 0 (time synced), FSK: 1

Test Case ID: FSK/EN/BCN/DISCO/BV-03: FSK-WAN Endpoint detects a neighbor Gateway beacon but continues with the GW discovery process if roaming is forbidden

Field Value
Case ID C83932919
Executable by Customer Yes
Test Steps
Step Description Expected Result
1 Disable Sidewalk on GW via Amazon Alexa app: Amazon Alexa app -> More -> Account Settings -> Amazon Sidewalk -> Enabled -> Disable Amazon Sidewalk set to OFF on Mobile.
2 Restart EN: sid init 2 sid start Each command returns: CMD: ERR: 0
3 Verify EN starts GW discovery (Disco active) [INFO]: Disco active. LSC=<x>, symb=<x>, rx_to_ms=<x>
4 Wait for Disco stop sampling success [INFO]: Disco stop sampling success. Time elapsed = 120002 ms (+-1000ms)

Key check: EN continues GW discovery without synchronizing to neighbor GW

Test Case ID: FSK/EN/CONN/REG/BV-02: Endpoint can be deregistered from Sidewalk network

Field Value
Case ID C83932921
Executable by Customer Yes
Test Steps
Step Description Expected Result
1 Run the following command to deregister the device: sid factory_reset CMD: ERR: 0 EVENT SID STATUS: State: 1, Reg: 1, Time: 1, Link_Mask: 0

Key check: Reg: 1 (deregistered)

Test Case ID: FSK/EN/CONN/REG/BV-03: An unregistered Endpoint successfully completes Sidewalk device registration with use of FFN

Field Value
Case ID C83932922
Executable by Customer Yes
Test Steps
Step Description Expected Result
1 Run the following commands on the EN device: sid init 2 sid start Each command returns: CMD: ERR: 0
2 Place EN next to a GW. Verify registration status with: sid last_status EVENT SID STATUS: State: 1, Reg: 0, Time: 1, Link_Mask: 0

Key check: Reg: 0 (registered)

Field Value
Case ID C83932923
Executable by Customer Yes
Preconditions
  • (Preconditions to be provided.)
  • (Preconditions to be provided.)
Test Steps
Step Description Expected Result
1 Send 5 UL packets from EN with 10 byte payload: sid send <10-byte-payload> CMD: ERR: 0 TYPE: 2 ID: <id> EVENT SID SEND STATUS: SID ERR: 0, TYPE: 2, ID: <id>, LINK: 2 LINK_MODE: 0 ADDITIONAL ATTRS: 0

Key check: UL packets received on AWS

Field Value
Case ID C83932925
Executable by Customer Yes
Preconditions
  • (Preconditions to be provided.)
  • (Preconditions to be provided.)
Test Steps
Step Description Expected Result
1 Send 1 UL packet: sid send TEST FskTx:EnqPkt sqn:<seq> src_frmt:1 src_id:0x<txid> dst_frmt:0 dst_id:0x<gw_id> msg_id:<id>
2 Wait for UUID rotation (~15 minutes after time sync) UUID rotated (TX UUID changes)
3 Send 1 UL packet after UUID rotation: sid send TEST FskTx:EnqPkt sqn:<new_seq> src_frmt:1 src_id:0x<new_txid> dst_frmt:0 dst_id:0x<gw_id> msg_id:<id>

Key check: New SEQ number is different from Step 1 (reset after UUID change)

Field Value
Case ID C83932926
Executable by Customer Yes
Preconditions
  • (Preconditions to be provided.)
  • (Preconditions to be provided.)
Test Steps
Step Description Expected Result
1 Send 3 DL packets from AWS IoT with SEQ: 1, 2, 3 All 3 DL packets received and accepted by EN: EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: <len>, LINK: 2, ...
2 Send 3 DL packets from AWS IoT with SEQ: 6, 5, 4 All 3 DL packets received and accepted by EN: EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: <len>, LINK: 2, ...

Key check: Delivery ratio 100%

Field Value
Case ID C83932927
Executable by Customer Yes
Preconditions
  • (Preconditions to be provided.)
Test Steps
Step Description Expected Result
1 Send DL with SEQ=1. Then send DL with SEQ=1 again (duplicate) First: EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: <len>, LINK: 2, ... (accepted). Second: No EVENT SID RECEIVED within 20 seconds (duplicate rejected)
2 Send DL with SEQ=2. Then send DL with SEQ=2 again (duplicate) First: EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: <len>, LINK: 2, ... (accepted). Second: No EVENT SID RECEIVED within 20 seconds (duplicate rejected)

Key check: Duplicate rejected

Field Value
Case ID C83932928
Executable by Customer Yes
Test Steps
Step Description Expected Result
1 Send 5 DL packets with SEQ: 1, 2, 3, 4, 5 EVENT SID RECEIVED: TYPE: 2, ID: <id>, LEN: <len>, LINK: 2, LINK_MODE: 1, ACK_REQUESTED: 0, ACK: 0, DUP: 0, RSSI: <rssi>, SNR: <snr>
2 Send 5 DL packets with SEQ: 1, 2, 3, 4, 5 again (all duplicates) No EVENT SID RECEIVED for any packet

Key check: All duplicates rejected

Test Case ID: FSK-EP-CONN-SEQ-BV-07: SEQ number can be accepted again after getting 10 other messages

Field Value
Case ID C83932930
Executable by Customer Yes
Test Steps
Step Description Expected Result
1 Send 10 DL packets from AWS IoT with SEQ numbers: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 Each DL packet received and accepted by EN: EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: <len>, LINK: - , ... Data: <payload>
2 Send 1 DL packet with SEQ=1 (duplicate of Step 1) DL packet rejected by EN (duplicate)
3 Send 1 DL packet with SEQ=11 (new, non-duplicate) EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: <len>, LINK: - , ... Data: <payload>
4 Send 1 DL packet with SEQ=1 again (now outside the 10-SEQ window) EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: <len>, LINK: - , ... Data: <payload>

Key check: SEQ=1 accepted again after 10 other messages, Delivery ratio 100%

Test Case ID: FSK/EN/CONN/SEQ/BV-08: SEQ number can be accepted again after End Node reinitialization

Field Value
Case ID C83932933
Executable by Customer Yes
Test Steps
Step Description Expected Result
1 Send DL packet with SEQ=1 EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: <len>, LINK: 2, ...
2 Send DL packet with SEQ=1 again (duplicate) No EVENT SID RECEIVED within 20 seconds
3 Reinitialize Sidewalk stack: sid stop sid deinit sid init 2 sid start Each command returns: CMD: ERR: 0 Wait for time sync: EVENT SID STATUS: State: 0, Reg: 0, Time: 0, Link_Mask: 2 Wait for join: Nsync st ->2
4 Send DL packet with SEQ=1 again (after reinit) EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: <len>, LINK: 2, ...

Key check: SEQ=1 accepted again after reinit

Test Case ID: FSK/EN/CONN/SEQ/BV-09: Endpoint drops the packet with SEQ which is out of range

Field Value
Case ID C83932934
Executable by Customer Yes
Test Steps
Step Description Expected Result
1 Send DL packet with SEQ=0 (minimum valid) EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: <len>, LINK: 2, ...
2 Send DL packet with SEQ=16383 (maximum valid) EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: <len>, LINK: 2, ...
3 Send DL packet with SEQ=-1 (out of range) No EVENT SID RECEIVED within 20 seconds
4 Send DL packet with SEQ=16384 (out of range) No EVENT SID RECEIVED within 20 seconds

Key check: Accepted (SEQ=0, SEQ=16383), Rejected (SEQ=-1, SEQ=16384)

Field Value
Case ID C83932935
Executable by Customer Yes
Preconditions
  • (Preconditions to be provided.)
Test Steps
Step Description Expected Result
1 Send 1 DL packet from AWS IoT with 1 byte payload EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: 1, LINK: 2, LINK_MODE: <x>, ACK_REQUESTED: <x>, ACK: <x>, DUP: <x>, RSSI: <x>, SNR: <x> Data: <payload>
2 Send 1 DL packet from AWS IoT with 50 bytes payload EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: 50, LINK: 2, LINK_MODE: <x>, ACK_REQUESTED: <x>, ACK: <x>, DUP: <x>, RSSI: <x>, SNR: <x> Data: <payload>
3 Send 1 DL packet from AWS IoT with 200 bytes payload EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: 200, LINK: 2, LINK_MODE: <x>, ACK_REQUESTED: <x>, ACK: <x>, DUP: <x>, RSSI: <x>, SNR: <x> Data: <payload>

Key check: Delivery ratio 100%

Field Value
Case ID C83932936
Executable by Customer Yes
Preconditions
  • (Preconditions to be provided.)
Test Steps
Step Description Expected Result
1 Send 1 UL packet from EN with 1 byte payload: sid send <1-byte-payload> CMD: ERR: 0 TYPE: 2 ID: <id> EVENT SID SEND STATUS: SID ERR: 0, TYPE: 2, ID: <id>, LINK: 2 LINK_MODE: 0 ADDITIONAL ATTRS: 0
2 Send 1 UL packet from EN with 50 bytes payload: sid send <50-byte-payload> CMD: ERR: 0 TYPE: 2 ID: <id> EVENT SID SEND STATUS: SID ERR: 0, TYPE: 2, ID: <id>, LINK: 2 LINK_MODE: 0 ADDITIONAL ATTRS: 0
3 Send 1 UL packet from EN with 200 bytes payload: sid send <200-byte-payload> CMD: ERR: 0 TYPE: 2 ID: <id> EVENT SID SEND STATUS: SID ERR: 0, TYPE: 2, ID: <id>, LINK: 2 LINK_MODE: 0 ADDITIONAL ATTRS: 0

Key check: Packet received on AWS

Test Case ID: FSK/EN/NW-SYNC/TIME/BV-01: Endpoint completes the initial time sync procedure

Field Value
Case ID C83932937
Executable by Customer Yes
Preconditions
  • (Preconditions to be provided.)
Test Steps
Step Description Expected Result
1 Reboot EN, then initialize and start FSK stack: reboot sid init 2 sid start Wait for time sync Each command returns: CMD: ERR: 0 EVENT SID STATUS: State: 0, Reg: 0, Time: 0, Link_Mask: 2 EVENT SID STATUS LINK MODE: LORA: 0, FSK: 1, BLE: 0

Key check: Time: 0 (time synced)

Test Case ID: FSK/EN/NW-SYNC/JOIN/BV-01: Endpoint completes the initial join procedure

Field Value
Case ID C83932938
Executable by Customer Yes
Preconditions
  • (Preconditions to be provided.)
Test Steps
Step Description Expected Result
1 Initialize and start FSK stack, then wait for time sync: sid init 2 sid start Each command returns: CMD: ERR: 0 EVENT SID STATUS: State: 0, Reg: 0, Time: 0, Link_Mask: 2 EVENT SID STATUS LINK MODE: LORA: 0, FSK: 1, BLE: 0
2 Wait for join response Njoin(1, 2) st 2->6

Key check: Join response received

Test Case ID: FSK/EN/NW-SYNC/JOIN/BV-02: Endpoint keeps synchronization with the network by periodic transmission of Join request

Field Value
Case ID C83932939
Executable by Customer Yes
Test Steps
Step Description Expected Result
1 Wait 14 minutes after time sync. Do not send any UL. No UL packets sent during this period
2 Wait for join response Njoin(1, 2) st 2->6

Key check: Join response received (periodic join request)

Test Case ID: FSK/EN/SEC/UUID/BV-01: Endpoint rotates UUID immediately after time sync

Field Value
Case ID C83932941
Executable by Customer Yes
Preconditions
  • (Preconditions to be provided.)
Test Steps
Step Description Expected Result
1 Get initial TX UUID: print txid TXID: 0x<uuid>
2 Wait for time sync EVENT SID STATUS: State: 0, Reg: 0, Time: 0, Link_Mask: 2 EVENT SID STATUS LINK MODE: LORA: 0, FSK: 1, BLE: 0
3 Get TX UUID again: print txid TXID: 0x<new_uuid>

Key check: UUID is different from Step 1 (rotated after time sync)

Test Case ID: FSK/EN/SEC/UUID/BV-02: UUID rotates every 15 minutes after time sync

Field Value
Case ID C83932942
Executable by Customer Yes
Preconditions
  • (Preconditions to be provided.)
Test Steps
Step Description Expected Result
1 Get initial TX UUID: print txid TXID: 0x<uuid>
2 Monitor UUID rotation for 2 rounds. Check UUID every 30 seconds: print txid Round 1: UUID rotated after ~15 minutes. Round 2: UUID rotated after ~15 minutes
3 Verify all collected UUIDs are unique All UUIDs are unique

Key check: Each rotation within 14-16 minutes, no duplicate UUID detected

Test Case ID: FSK/EN/SEC/UUID/BV-03: Endpoint can exchange UL/DL during UUID rotation

Field Value
Case ID C83932943
Executable by Customer Yes
Preconditions
  • (Preconditions to be provided.)
Test Steps
Step Description Expected Result
1 Get initial TX UUID: print txid TXID: 0x<uuid>
2 Wait for 1st UUID rotation (check every 30s): print txid TXID: 0x<new_uuid>
3 Wait ~14 minutes, then send UL/DL continuously until 2nd UUID rotation: sid send <5-byte-payload> (UL), Send DL from AWS IoT (DL). After 2nd rotation, send one more UL/DL to confirm UL: EVENT SID SEND STATUS: SID ERR: 0, TYPE: 2, ID: <id>, LINK: 2 LINK_MODE: 0 DL: EVENT SID RECEIVED: TYPE: <type>, ID: <id>, LEN: 5, LINK: 2, ... 2nd UUID rotation detected. UL/DL still works after rotation

Key check: UL/DL successful before and after UUID rotation

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