说起最早比特币怎么交易的，说来就话长了，其实大家想要弄清楚比特币早期是怎么交易的，就要从它的底层技术，即区块链技术说起了。区块链技术解析区块链技术其实就是代码，只不过它的组成方式有些特别，区块链的组合方式具有不可篡改、不可伪造、可溯源、私密性等特点。区块链的本身就是一种独特的编译代码的方法，构成它的本质就是代码，那么既然如此，最早比特币怎么交易呢?下面就让小编为大家介绍一下早期比特币的交易方式。
When it comes to how bitcoin was first traded, it's a long story, but if you want to figure out how bitcoin was traded in the early years, you need to start with the bottom technology, which is the block chain technology. The block chain technology is actually code, but it's made up in a way that is incredibly inflexible, inflexible, traceable, private. The block chain itself is a unique way of compiling code, which is in essence code, so how bitcoin was first traded. Here, let me tell you about the way that bitcoin was traded earlier.
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最早比特币怎么交易?
How's the first bitcoin going to be traded?
既然比特币的底层技术是区块链技术，而比特币的早期交易方式，也肯定是把“这些代码”打包，然后就像我们复制粘贴文件一样，把它拷贝到U盘、硬盘、电脑里即可，而基于区块链技术的特性，为这种打包加了一个地址、私钥的锁，且很难被破译。
Since Bitcoin's bottom technology is block chain technology, and Bitcoin's early mode of dealing must have packed “these codes” and then copied them to the U-disk, hard drive, computer, just as we copied the paste file, but based on the characteristics of block chain technology, a location, private key lock was placed on the package and it was difficult to decipher.
实际上，比特币是基于区块链技术衍生出来的，而区块链技术的构成就是普通的代码，我们可以把它理解为一个数据包，一个不可以随意破坏、不可以篡改、可在网上查询、可脱离网络独立存在、又可通过网络验证其完整程度、真伪，且又可以随意拆分的文件包比特币交易。
In fact, Bitcoin is derived from block chain technology, which is an ordinary code that can be understood as a data package that cannot be destroyed, tampered with, searchable online, independent of the network, and can verify its completeness, authenticity and randomly split package bitcoin transactions.
不过这种拷贝是有很多方法的，我来简单的说下：第一种，使用离线的比特币钱包网页客户端，生成特有的地址和私钥，然后Ctrl+S保存网页即可离线使用而这个地址和私钥就相当于提取BTC的地址，存在唯一性;
However, there are many ways of making this copy, and let me just say one thing: first, using offline Bitcoin wallet page clients to generate unique addresses and private keys, then the Ctrl+S preservation page can be used offline, and the address and private key are identical to the location of the BTC, and there is a uniqueness;
第二种比特币交易，通过某些第三方钱包APP生成地址和私钥，然后就可以作为冷钱包使用，这种第三方钱包的存在，实际上跟第一种没什么区别，只是为了降低人们在使用钱包过程中的复杂度而已;
The existence of the second bitcoin transaction, which generates addresses and private keys through certain third-party wallets, and which can then be used as cold wallets, is virtually no different from the first, in order to reduce the complexity of people's use of wallets;
第三种，如果自己懂技术，又不信任第三方钱包软件的话，可以自己生成比特币ECDSA私钥，如果你熟悉比特币地址和私钥的椭圆曲线加密算法，可以手动生成原始的比特币ECDSA私钥，然后计算出比特币地址比特币交易。
Third, if you know the technology and do not trust the third-party wallet software, you can generate the Bitcoin ECDSA private key, and if you are familiar with the elliptical encryption algorithm of the Bitcoin address and the private key, you can manually generate the original Bitcoin ECDSA private key, and then calculate the Bitcoin address Bitcoin transaction.
后来随着技术的革新，又出现了很多热钱包，现在的很多中心化数字货币交易所就是热钱包的一种，只不过带了交易功能比特币交易。但不管是冷钱包，还是热钱包，两者唯一的区别就是离线存储和在线存储，存储的方式不重要，重要的是我们只要拥有钱包的“私钥”就相当于拥有了存有比特币的钱包，基于区块链技术的非对称加密方式，这种私钥几乎是无法被破解的，安全性特别高。
But the only difference between cold and hot wallets is offline storage and online storage, which is not important. It is important that we have a wallet with a “principal key” equivalent to a wallet with bitcoin, an asymmetric encryption based on block-chain technology, which is almost unbreakable and particularly secure.
而比特币的早期也是可以场外交易的，实际上交易的就是存有比特币的地址，然后加上一组私钥，线下付款，获取私钥，然后验证，达成交易比特币交易。
The early days of Bitcoin were also off-the-shelf transactions, in fact, transactions with the address of Bitcoin, followed by a set of private keys, payment under the line, obtaining the private key, and then verifying and entering into a transaction with bitcoin.
比特币的由来历史
the history of bitcoin
2009年1月3日，比特币创始人中本聪用电脑CPU挖出第一批比特币，挖出了第一个创始区块，随着大家对比特币的认可，挖的人越来越多，全网算力不断上升，难度不断增加，起初的电脑CPU算力很小，但是产量巨大。显卡伴随参与的人越来越多大约过了一年多的时间，电脑CPU挖矿已经收益寥寥，自此，显卡GPU进入历史舞台。
On January 3, 2009, the founder of Bitcoin, Bennett, excavated the first batch of Bitcoins with a computer CPU, dug the first of its founding blocks. With the popular approval of Bitcoin, the number of diggers increased, the net capacity increased and the difficulty increased, and the initial computer CPU was very small, but the output was enormous.
2010年9月18日第一个显卡挖矿软件发布，一张显卡相当于十几个CPU，挖矿能力得到明显的提升;2011年开始，显卡太热，“一卡难求”的现象时有发生，当时的AMD高端显卡，各渠道全面售罄，有价无市，同时，相伴随的是算力和难度大涨，相比电脑CPU、显卡及ASIC，FPGA的时代特别短，仅存半年时间;
The first card mining software was released on 18 September 2010, and one card is equivalent to more than a dozen CPUs, with a marked increase in mining capacity; starting in 2011, the “one-card-in-demand” phenomenon took place, with the AMD high-end cards at the time, with all channels sold out and price-free, and accompanied by a significant increase in arithmetic and difficulty, which was particularly short in time compared to computer CPU, CMB and ASIC, FPGA, with only six months remaining;
2013年年初，南瓜张研发了第一台FPGA矿机——南瓜机，开启了FPGA的新纪元;2013年五月，央视首次播放了比特币相关的新闻，使得南瓜机收到无数慕名投资的广泛欢迎，芯片也一度从最初的400元热炒到1100元每片;直到2013年6月份，烤猫USB矿机的推出才使得南瓜机退出历史舞台;2013年七月起，矿机进入百花争鸣的季节，大量ASIC矿机厂商如雨后春笋般出现，ASIC芯片也开始了一轮又一轮的进化，从110nm到55nm到28nm到16nm到7nm甚至还在继续进化着。
In early 2013, pumpkin Chang developed the first FPGA mine machine, which opened the new era of the FPGA; in May 2013, the first relevant news was aired in Bitcoin, which allowed the pumpkin machine to receive a great deal of welcome for its infamous investment, and the chip was once fired from the initial heat of $400 to $1,100 per piece; it was only in June 2013 that the introduction of the cat USB miner led to the withdrawal of the pumpkin from the historical stage; and since July 2013, the mining machine entered a season where a large number of ASIC miners appeared in the spring after the rains, and the ASIC chip began another round of evolution, from 110 nm to 55 nm to 28 nm to 16 nm to 7 nm.
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