回复：版本 0.3.18
原始发布页
打开来源页面查看 1 个交叉存档
可以根据需要添加新的交易模板。几天之内，就会有大量 GPU 算力接受并处理它。网络支持会在有足够多的客户端理解如何接收和解释这种新交易的很久以前就已完备。
时间戳哈希现在仍然已经可以实现：
txin: 0.01 txout: 0.00 <appid, hash> OP_CHECKSIG fee: 0.01
如果真有像 BitDNS 这样的实际应用已经准备开始真正插入哈希，我们随时可以为时间戳添加特定的交易模板。
我喜欢哈尔·芬尼关于用户友好型时间戳的想法。把文件的哈希转换为比特币地址，然后向它发送 0.01：
引用自：Hal，2010 年 12 月 05 日晚上 11:43:56
我想到了一个简单的方法来实现上面提到的时间戳概念。对要加时间戳的文件运行 sha1sum。把结果转换成比特币地址，例如通过 http://blockexplorer.com/q/hashtoaddress。然后向该地址发送一小笔付款。
这笔钱将永远丢失，因为无法再花掉它，但这个时间戳比特币地址会保留在区块链中，作为该文件存在过的记录。
我明白，这种做法或许不能算是对比特币分布式数据库的良好使用方式，但没有什么能阻止人们这样做，所以我们应该意识到这可能会发生。
英文原文
展开英文原文
New transaction templates can be added as needed. Within a few days, there will be plenty of GPU power that accepts and works on it. Network support will be thorough long before there'll be enough clients who understand how to receive and interpret the new transaction.
Timestamp hashes are still already possible:
txin: 0.01 txout: 0.00 <appid, hash> OP_CHECKSIG fee: 0.01
If there's an actual application like BitDNS getting ready to actually start inserting hashes, we can always add a specific transaction template for timestamps.
I like Hal Finney's idea for user-friendly timestamping. Convert the hash of a file to a bitcoin address and send 0.01 to it:
Quote from: Hal on December 05, 2010, 11:43:56 PM
I thought of a simple way to implement the timestamp concept I mentioned above. Run sha1sum on the file you want to timestamp. Convert the result to a Bitcoin address, such as via http://blockexplorer.com/q/hashtoaddress . Then send a small payment to that address.
The money will be lost forever, as there is no way to spend it further, but the timestamp Bitcoin address will remain in the block chain as a record of the file's existence.
I understand that this is arguably not a good use of the Bitcoin distributed database, but nothing stops people from doing this so we should be aware that it may be done.