CT-UART-001 Test Result
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Test summary
| Item |
Value |
| Description |
test_uart_timing |
| Category |
timing |
| Environment |
local |
| Result |
PASS |
| Execution time |
0.000 seconds |
| Execution date |
2026-08-18T15:36:45.023008+09:00 |
| Execution ID |
20260818_153645_022911 |
Test configs
| Test Item |
Value |
| Test ID |
CT-UART-001 |
| Category |
timing |
| Fixture ID |
FIXTURE-001 |
| Fixture mode |
mock |
| FIXTURE-001 |
Value |
| Interface |
UART |
| Equipment |
Saleae |
| Equipment mode |
mock |
| Interface mode |
mock |
Test Source
| Item |
Value |
| Commit |
05019679ac9921677ba657bff61513acbcc646df |
| Branch |
main |
Measurement
| Item |
Value |
| expected_baudrate |
921600 |
| measured_baudrate |
921596.667 |
| error |
3.6168981481902543e-06 |
| jitter |
0.00021701388888888888 |
Statistics
| Item |
Value |
| mean |
921596.6666666666 |
| median |
921602.5 |
| min |
921490.0 |
| max |
921690.0 |
| stddev |
67.55656066503748 |
Logs
- Path:
test_reports/results/pytest/test_cases/CT-UART-001
| Item |
Value |
| Test log |
20260818_153645_022911_test.log |
| Test Result |
20260818_153645_022911_result.json |
Local LLM Analysis
| Item |
Value |
| Classification |
Pass |
| Confidence |
1.00 |
| Analyzer |
ollama/deepseek-r1:7b |
| Status |
enabled |
LLM Test Prompt
analyze the test result and provide a detailed report with recommendations for improvement.
Test Result
| Item |
Value |
| Status |
PASS |
| Severity |
LOW |
| Warnings |
0 |
| Needs Escalation |
OFF |
Test Summary
| Item |
Value |
| Summary |
The test for CT-UART-001 was successful, with the measured baudrate close to the expected value of 921600. The minor discrepancy of 0.0039% indicates precise timing performance. No warnings or errors were reported during the test execution. |
| Failure Analysis |
Test passed successfully. No issues identified. |
| Source Review |
Inspect the source code for possible issues in UART handling or timing calculations. |
| Warnings |
None |
| Recommendations |
1. Verify the UART clock source and its stability. 2. Check for any timing constraints or data packet synchronization issues. 3. Ensure that the timing margin is adequate for the expected data rates. 4. Review the UART initialization and timing assertion logic for any potential bugs. |