Exclusive | Flowcode Eeprom
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While Flowcode manages the hardware interface, the developer must implement "Exclusive Access" logic in software to prevent race conditions.
Pseudo-code Example for Exclusive Access: flowcode eeprom exclusive
// Disable interrupts to gain EXCLUSIVE access to the EEPROM hardware
DisableInterrupts();
// Perform Write Operation
EEPROM_Write(0x10, SensorValue);
// Wait for write completion (Hardware flag check)
while(!EEPROM_WriteComplete);
// Re-enable interrupts
EnableInterrupts();
| Feature | Hand-Coded C | Flowcode Standard EEPROM | Flowcode Exclusive EEPROM | |---------|--------------|--------------------------|---------------------------| | Setup time | 30 min | 1 min | 1 min | | Page writes | Manual | No (byte-only) | Yes | | >16-bit addressing | Manual | No | Yes | | Simulated corruption | No | No | Yes | | Learning curve | Steep | Low | Low | While Flowcode manages the hardware interface, the developer
The phrase "Exclusive" is most critical when discussing Data Integrity. EEPROM writes are not atomic; if power is lost during a write sequence, the data may become corrupt. | Feature | Hand-Coded C | Flowcode Standard
The Flowcode EEPROM component uses a simplified macro interface to handle the complex underlying hardware protocols (address latching and data sequencing).
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