适用于嵌入式 系统 - uc/os-ii 操作系统的学习和 C语言开发。 此为原文件 bc3.1精简版.

µC/FS µC/FS is a compact, reliable, high-performance file system. It offers full-featured file and directory access with flexible device and volume management including support for partitions. Source Code: µC/FS is provided in ANSI-C source to licensees. The source code is written to an exacting coding standard that emphasizes cleanness and readability. Moreover, extensive comments pepper the code to elucidate its logic and describe global variables and functions. Where appropriate, the code directly references standards and supporting documents. Device Drivers: Device drivers are available for most common media including SD/MMC cards, NAND flash, NOR flash. Each of these is written with a clear, layered structure so that it can easily be ported to your hardware. The device driver structure is simple—basically just initialization, read and write functions—so that µC/FS can easily be ported to a new medium. Devices and Volumes: Multiple media can be accessed simultaneously, including multiple instances of the same type of medium (since all drivers are re-entrant). DOS partitions are supported, so more than one volume can be located on a device. In addition, the logical device driver allows a single volume to span several (typically identical) devices, such as a bank of flash chips. FAT: All standard FAT variants and features are supported including FAT12/FAT16/FAT32 and long file names, which encompasses Unicode file names. Files can be up to 4-GB and volumes up to 8-TB (the standard maximum). An optional journaling module provides total power fail-safety to the FAT system driver. Application Programming Interface (API): µC/FS provides two APIs for file and directory access. A proprietary API with parallel argument placement and meaningful return error codes is provided, with functions like FSFile_Wr(), FSFile_Rd() and FSFile_PosSet(). Alternatively, a standard POSIX-like API is provided, including functions like fs_fwrite(), fs_fread() and fs_fsetpos

这是 达内 培训 两个多月的课程 。欢迎下载

STM32 BC26运行最新uC-os3.08，通过NBIOT模块上传温湿度到One-Net平台

华视CVR-100U,CVR100D,CVR-100UC二次开发包SDK，本手册是操作身份证阅读器动态库应用函数的定义格式、调用方法和返回值的说明。

分享给大家~非常好的学习方法，对提高大家的学习效率，很有帮助

若是UC浏览器的视频文件：Y2hlbmppbmdjb25n0 Y2hlbmppbmdjb25n1 Y2hlbmppbmdjb25n2......用此工具类。 若是ts文件视频合并到此：https://download.csdn.net/download/gongjin28_csdn/11982115

uCOS II ，从GitHub拷贝

μC/OS, The Real-Time Kernel.Second Edition, By Jean J. Labrosse, CMP Books

AI-Pacman-Projects：包含UC Berkeley AI Pacman项目的实现。 这些项目依赖于各种人工智能算法和概念，包括Q学习，马尔可夫模型，图搜索，对抗搜索和启发式