Cross-Platform Libraries

A collection of reusable, cross-platform C libraries for embedded systems.

Folder Overview

• utils — Common helper functions and lightweight utility components.
• modules — Reusable software modules and higher-level building blocks.
• drivers — Generic driver interfaces and hardware abstraction code.
• platforms — Platform-specific implementations and ports.
  • avr8 — Platform support for Classic AVR (8-bit) MCUs.
    • peripherals — Peripheral drivers.
    • ports — Porting layer.
  • stm32f1 — Platform support for STM32F1xx MCUs.
    • peripherals — Peripheral drivers.
    • ports — Porting layer.
  • stm32f4 — Platform support for STM32F4xx MCUs.
    • peripherals — Peripheral drivers.
    • ports — Porting layer.

Include Paths

Add the required directories to your project's include paths.
The examples below assume that CrossPlatformLibraries is located a few levels above the project directory.

Common Paths

The following paths are examples.

• ..\CrossPlatformLibraries\utils
• ..\CrossPlatformLibraries\modules
• ..\CrossPlatformLibraries\drivers
• ..\CrossPlatformLibraries\platforms\common

STM32F1xx Paths

The following paths are examples.

• ..\CrossPlatformLibraries\platforms\stm32f1\ports
• ..\CrossPlatformLibraries\platforms\stm32f1\peripherals

STM32F4xx Paths

The following paths are examples.

• ..\CrossPlatformLibraries\platforms\stm32f4\ports
• ..\CrossPlatformLibraries\platforms\stm32f4\peripherals

AVR8 Paths

The following paths are examples.

• ..\..\..\CrossPlatformLibraries\platforms\avr8\ports
• ..\..\..\CrossPlatformLibraries\platforms\avr8\peripherals

Notes

• Adjust the number of .. levels depending on your workspace layout.
• Keep project paths relative so the repository remains portable.
• Add only the folders required by each target project.
• Use platform-specific paths only when the project depends on that platform.