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sip set_gpio A 0 1
>> Ok
3.1.12 (production verification) sip get_gpio <Gpio_Group>
<Gpio_Pin_Number>
<Gpio_Group> A string representing STM32 GPIO pin groups, it can be these characters A, B, C, D, E,
F and H (note: no G).
<Gpio_Pin_Number> A decimal string representing STM32 GPIO pin number, it can be set from 0 to
15.
Response: 1, if this GPIO pin state is high.
0, if this GPIO pint state is low.
Ok, if input arguments are valid.
Invalid, if input argument are not valid or out of range.
Purpose: Get the pin state from the assigned GPIO pin.
Example (get PA_2 pin state):
sip get_gpio A 2
>> 1
3.1.13 (production verification) sip get_uuid
Response: A string representing hardware STM32L0 MCU UUID 96-bit value.
Purpose: Each STM32 MCU device has its own unique UUID, use this command to read it out
Example:
sip get_uuid
>> uuid=002400413630373619473630
3.1.14 sip set_storage <EEPROM_Encrypted>
<EEPROM_Encrypted>: a series of ASCII string representing the stored EEPROM encrypted data.
Purpose: To overwrite whole EEPROM data in just one-time, it allows to set its own EERPOM from
another S76G/S78G EEPROM data (they must use the same HW model and FW version).
Response: Ok, if <EEPROM_Encrypted> string is valid
S76G/S78G Commands Set Reference
Product Name
Version
v1.6.5
Doc No
Date
July 2, 2018
Page
16 of 73
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