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francois-berderfrancois-berder
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add testing plan
Signed-off-by: Francois Berder <[email protected]>
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‎miscellaneous/testing_plan‎

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Switch
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======
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1. `switch_add_callback(0xF, myfunc)` return -1
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2. `switch_init()` return 0
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3. `switch_init()` return 0 (check if multiple functions return 0)
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4. `switch_add_callback(0x0, myfunc)` return -1
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5. `switch_add_callback(0xF, NULL)` return -1
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6. `switch_remove_callback(-1)` return -1
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7. For event in [0x1,0x2,0x4,0x8]
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`switch_add_callback(event,myfunc)` return id
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Press/Release switch 1, read 1
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Press/Release switch 2, read nothing
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`switch_remove_callback(id)` return 0
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`switch_remove_callback(id)` return -1
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8. `switch_release()` return 0
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9. `switch_init()` return 0
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10. `switch_release()` return 0 and switch_release return 0
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ADC
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===
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1. wire MIKROBUS_1_ADC to GND and measure 0
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2. wire MIKROBUS_1_ADC to 3.3V and measure 675
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3. wire MIKROBUS_1_ADC to 5V and measure 1023
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4. wire MIKROBUS_2_ADC to GND and measure 0
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5. wire MIKROBUS_2_ADC to 3.3V and measure 675
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6. wire MIKROBUS_2_ADC to 5V and measure 1023
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7. `adc_get_measure(4, mymeasure)` return -1
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8. `adc_get_measure(MIKROBUS_1, NULL)` return -1
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UART
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====
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Prerequisite: Loopback MIKROBUS_1 and MIKROBUS_2 TX/RX
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1. `uart_send` mikrobus 1 return -1
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`uart receive` mikrobus 1 return -1
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2. `uart_init()` return 0 and get_bd = bd1
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3. `uart_init()` return 0 and get_bd = bd1
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4. `uart_send(NULL, 1)` return -1
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5. `uart_send(buffer, 0)` return 0
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6. `uart_receive(NULL, 1)` return -1
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7. `uart_receive(buffer, 0)` return 0
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8. `uart_set_baudrate(115200)` return -1
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9. `uart_release()` return 0
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10. `uart_release()` return 0
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11. `uart_select_bus(3)` return -1;
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12. for bd in UART_BAUDRATE
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`uart_init(bd)` return 0 and get_bd = bd
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send data from mikrobus 1 to 2
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send data from mikrobus 2 to 1
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`uart_release()` return 0
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Led
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===
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1. `led_switch_on(ALL_LEDS)` and `led_switch_off(ALL_LEDS)` return -1
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2. `led_set(ALL_LEDS,0xAA)` return -1
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3. `let_set_delay(ALL_LEDS,500,500)` return -1
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4. `led_release()` return 0
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5. `led_init()` return 0 and leds are off and in on_off_mode
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6. `led_init()` return 0 and leds are off and in on_off_mode
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7. `led_release()` return 0 and leds are off
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8. `led_release()` return 0 and leds are off
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9. `led_init()` return 0 `led_switch_on` each led return 0 must see all leds going progressively on
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10. `led_switch_off` each led return 0 must see all leds going progressively off
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11. `led_set(0xAA)` return 0 and see all leds according to pattern
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12. `led_set(0x55)` return 0 and see all leds according to pattern
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13. `led_set_delay(ALL_LEDS, 500, 500) return -1
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14. `led_configure_timer_mode(0xFF)` return 0 and all leds are off and get_mode are TIMER_MODE
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15. `led_get_mode(0x3, mode)` return -1
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16. `led_get_mode(0x1, NULL)` return -1
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17. `led_set_delay(0xFF, 500, 500)` return 0 and check that leds blink at 1Hz
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18. `led_set_delay(0xFF, 100, 1000)` return 0 and check that leds blink faster
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19. `led_switch_on/off(ALL_LEDS)` return -1
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20. `led_set(ALL_LEDS,0xFF)` return -1
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21. `led_configure_on_off_mode(ALL_LEDS)` return 0 and all leds are off
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22. `led_switch_on(ALL_LEDS)` return 0 and all leds on
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23. `led_release()` return 0 and all leds are off
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PWM
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===
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1. `pwm_init(3)` return -1
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2. `pwm_release(3)` return -1
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pwm_get_duty_cyle(MIKROBUS_1) return -1
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pwm_get/set return -1
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3. `pwm_init(MIKROBUS_1)` return 0 and `pwm_init(MIKROBUS_2)` return 0 `pwm_get_duty_cycle()` = 50 and `pwm_get_frequency()` = 2kHz
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4. `pwm_init(MIKROBUS_1)` return 0 and `pwm_init(MIKROBUS_2)` return 0 `pwm_get_duty_cycle()` = 50 and `pwm_get_frequency()` = 2kHz
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7. `pwm_get_duty_cycle(null)` return -1
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8. `pwm_get_frequency(null)` return -1
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9. `pwm_get_period(null)` return -1
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5. `pwm_release(MIKROBUS_1)` return 0 and `pwm_release(MIKROBUS_2)` return 0
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6. `pwm_release(MIKROBUS_1)` return 0 and `pwm_release(MIKROBUS_2)` return 0
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10. `pwm_set_period(1kHz)` == `pwm_get_period` = 1/`pwm_get_frequency()`
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11. If multimeter
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`pwm_init(MIKROBUS_1)`
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`pwm_set_frequency(3kHz)`
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`pwm_set_duty(50)`
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`pwm_enable(MIKROBUS_1)`
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ask
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`pwm_set_frequency(1kHz)`
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ask
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`pwm_disable(MIKROBUS_1)`
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ask
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`pwm_release(MIKROBUS_1)`
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GPIO
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====
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21=MIKROBUS_1_INT
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1. `gpio_set_direction(100, output) and return -1
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2. `gpio_get_direction(100, dir) and return -1
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3. `gpio_get_value(100, 0) and return -1
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4. `gpio_set_value(100, value) and return -1
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5. `gpio_init(100) and return -1
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6. `gpio_release(100) and return -1
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7. `gpio_init(21) return 0
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8. `gpio_set_direction(21, input) and `gpio_get_value(21)` = 0
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9. ask user to connect to gnd and `gpio_get_value(21)` = 0
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10. ask user to connect to 3v3 and `gpio_get_value(21)` = 1
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11. ask user to connect led and `gpio_set_direction(21, output)` return 0 and `gpio_set_value(21, 1)` return 0 and ask user if led is on
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12. `gpio_set_value(21, 0)` return 0 and ask user if led is off
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13. `gpio_release(21)`
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GPIO MONITOR
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============
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1. `gpio_monitor_add_callback(21, edge, mycallback)` return -1
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2. `gpio_monitor_init()` return 0
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3. id = `gpio_monitor_add_callback(21, edge, mycallback)` return 0
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connect to gnd and detect falling event
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connect to 3v3 and detect raising event
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4. `gpio_monitor_remove_callback(4)` return -1
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5. `gpio_monitor_remove_callback(id)` return 0
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6. `gpio_monitor_remove_callback(id)` return -1
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7. `gpio_monitor_release()` return 0
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I2C
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===
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1. i2c_write() return -1
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2. i2c_read() return -1
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3. i2c_init() return 0 and get_current_bus() == MIKROBUS_1
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4. i2c_select_bus(4) and get_current_bus() == MIKROBUS_1
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5. i2c_write(NULL, 1) return -1
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6. i2c_read(NULL, 1) return -1
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7. i2c_write(buffer, 0) return 0
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8. i2c_read(buffer, 0) return 0
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9. Plug Proximity Click in mikrobus 1
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read Product ID
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10. Plug Proximity Click in mikrobus 2
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i2c_select_bus(MIKROBUS_2) and get_current_bus() == MIKROBUS_2
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read Product ID
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11. i2c_release() return 0
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SPI
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===
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1. spi_set_mode() return -1
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2. spi_set_speed() return -1
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3. spi_transfer() return -1
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4. spi_init() return 0
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5. spi_transfer(NULL, NULL, 0) return 0
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6. spi_transfer(NULL, NULL, 1) return -1
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7. Plug Accel Click in mikrobus 1
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read product ID
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8. Plug Accel Click in mikrobus 1
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read product ID
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9. spi_release() return 0

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