AVM peripheral control AVM peripheral time constraints. Test Conditions: From the simulator, peripherals will be a emulated by having a method of inputting hard-coded test condition. In the physical test environment the actual peripherals will be present. Step Condition/Action Intended Results Fail Criteria 1. Software is All functions are ready, Any noticeable deviation of initialized and all data structures software, or failure to are initialized. initialize 2. Accelerometer Accumulator Experiment Start isn’t is set to High increments until reached. experiment start condition is met 3. LED is activated LED activates under LED does not turn on, or not default timing under correct time constraints 4. PWM is PWM operates under PWM does not turn on, or activated correct frequency and not under correct time, or under default timing incorrect frequency constraints 5. Camera is Camera activates Camera does not respond activated under default timing or not on correct timing constraints constraint 6. Experiment end All peripherals are Any peripheral stays on, or time is reached turned off are not properly shut down Table 19.4.2 Shows the test conditions Test Title: Protocol Networking Test Objective: To test AVM Ethernet and SATA protocol interface correctly with microcontroller Test Description: The following actions will be tested:
AVM peripheral control AVM peripheral time constraints. Test Conditions: From the simulator, peripherals will be a emulated by having a method of inputting hard-coded test condition. In the physical test environment the actual peripherals will be present. Step Condition/Action Intended Results Fail Criteria 1. Software is initialized All functions are ready, and all data structures are initialized. Any noticeable deviation of software, or failure to initialize 2. Accelerometer is set to High Accumulator increments until experiment start condition is met Experiment Start isn’t reached. 3. LED is activated LED activates under default timing constraints LED does not turn on, or not under correct time 4. PWM is activated PWM operates under correct frequency and under default timing constraints PWM does not turn on, or not under correct time, or incorrect frequency 5. Camera is activated Camera activates under default timing constraints Camera does not respond or not on correct timing constraint 6. Experiment end time is reached All peripherals are turned off Any peripheral stays on, or are not properly shut down Table 19.4.2 Shows the test conditions Test Title: Protocol Networking Test Objective: To test AVM Ethernet and SATA protocol interface correctly with microcontroller Test Description: The following actions will be tested:
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