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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 2026-08-19T10:43:16.916163+09:00
Execution ID 20260819_104316_916071


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 6936260bc2a5b304e9e6dcb280ecf311abaf0ac1
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 20260819_104316_916071_test.log
Test Result 20260819_104316_916071_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 Test case CT-UART-001 completed successfully with no errors or warnings. The UART interface performed within the expected parameters, meeting the required timing specifications. The measured baudrate was slightly lower than expected, indicating minimal timing deviation. The jitter was also within acceptable limits, showing stable performance. The test results are consistent with the expected behavior of the UART interface under mock conditions.
Failure Analysis No failures detected during the test execution.
Source Review No source code changes identified that would impact the test results.
Warnings None
Recommendations Review the UART interface's timing specifications to ensure they align with the system requirements. Consider optimizing the interface's clock source to achieve higher stability. Verify that the mocking environment accurately reflects real-world conditions to minimize test inaccuracies.