发一个自己写的16进制倒序和去空格程序
本帖最后由 wangwei628 于 2018-11-28 09:45 编辑data:image/png;base64,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
谢谢表哥,这个挺方便的 这个不错。谢谢了。辛苦了。 不能从外面粘贴呢 这个不错。谢谢了。辛苦了 感谢分享。。拿去了 这个直接发个库文件不就好了Python很方便就能做这个不太清楚应用场景是什么
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