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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 0.001 seconds
Execution date 2026-08-19T11:39:36.253319+09:00
Execution ID 20260819_113936_253225


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 24d6fa5a4676cb4295318a88045843f0f021cb97
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_113936_253225_test.log
Test Result 20260819_113936_253225_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 in the timing category was executed successfully with a pass result. The measured baudrate of 921,596.667 is very close to the expected 921,600, indicating minimal deviation. The jitter observed was 0.000217 seconds, which is well below the acceptable threshold. No errors or warnings were recorded during the execution. The overall test outcome is satisfactory.
Failure Analysis No failures detected during the test execution.
Source Review The source code provided shows that the test is using a Saleae uart device in 'mock' mode, which is functioning correctly. There are no issues with the test configuration or the underlying code in this case.
Warnings None
Recommendations 1. Continue monitoring the UART device's performance under varying conditions to ensure long-term stability. 2. Implement additional stress testing to further validate the device's reliability. 3. Consider adding a test to verify the UART's synchronization with the system clock to ensure accurate timing.