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 |
0.001 seconds |
| Execution date |
2026-09-10T11:11:20.245081+09:00 |
| Execution ID |
20260910_111120_244992 |
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 |
04b01c672306ebdb4660d95ef7931ecf802579f9 |
| 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 |
20260910_111120_244992_test.log |
| Test Result |
20260910_111120_244992_result.json |
Local LLM Analysis
| Item |
Value |
| Classification |
Pass |
| Confidence |
0.95 |
| 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 has passed successfully with a measured baudrate of 921596.667 and a low error rate of 3.616e-6. |
| Failure Analysis |
All test metrics are within acceptable limits. No failures detected. |
| Source Review |
The test source code shows that the commit '04b01c672306ebdb4660d95ef7931ecf802579f9' is being used. The code appears to be from the main branch. |
| Warnings |
None |
| Recommendations |
1. Verify that the baudrate is being set correctly in the Saleae hardware configuration. 2. Ensure that the interface is correctly configured to use the UART module with the correct baudrate setting. 3. Consider implementing a higher sample rate to reduce jitter further. |