Micro-toolkit

microflash

Storage drivers expose inconsistent absolute addressing and erase rules.

A no-heap abstraction provides partition-relative I/O, counters and explicit NOR alignment contracts.

DevelopmentMITC99
GitHubQuick Start
Last verified
Not audited against current README/docs
Platform scope
Portable C99; integration depends on caller-provided adapters

What it solves

Storage drivers expose inconsistent absolute addressing and erase rules.

How it works

1Partition request→2bounds/alignment checks→3driver

Use it when

Partition a shared flash device
Validate NOR erase/write alignment
Track successful operations per partition

Quick Start

#include "mflash.h"
/* Initialize driver callbacks and caller-owned partition storage. */
/* Use partition-relative read, write and erase operations. */

Engineering evidence

  • Host build/test, installed consumer and ARM compile-only commands are documented

Known limits

  • No global adapter state
  • Partial NOR updates through erase_write are rejected
  • RAM erase fills with zero rather than erased-flash bytes