One of the most impressive features hidden inside the simulation environment is wear leveling . When simulating a project on your PC, Flowcode tracks how many times you write to a specific EEPROM location. It visually alerts you when you are approaching the endurance limit, a feature absent in basic compilers.
Flowcode uses EEPROM macros to save data—such as calibration settings or user passwords—that must remain intact even when the power is turned off. flowcode eeprom exclusive
For modern microcontrollers that lack dedicated EEPROM hardware, Flowcode offers a Flash EEPROM component . This "exclusive" software module emulates traditional EEPROM by using a portion of the microcontroller’s flash program memory. It allows for 16-bit value storage and is essential for maintaining non-volatile data on chips like many ARM and newer PIC variants. Critical Considerations: Wear and Corruption One of the most impressive features hidden inside
The phrase "Exclusive" is most critical when discussing . EEPROM writes are not atomic; if power is lost during a write sequence, the data may become corrupt. Flowcode uses EEPROM macros to save data—such as
: One of the most "exclusive" advantages of Flowcode is its integrated simulator. Users can view the contents of the EEPROM in a Console window during simulation to verify that data is being stored correctly before deploying to physical hardware. Managing Flash EEPROM