test01.json 配置文件

以太坊genesis.json配置文件中各参数解释： mixhash A 256-bit hash which proves, combined with the nonce, that a sufficient amount of computation has been carried out on this block: the Proof-of-Work (PoW). The combination of nonce and mixhash must satisfy a mathematical condition described in the Yellowpaper, 4.3.4. Block Header Validity, (44). It allows to verify that the Block has really been cryptographically mined, thus, from this aspect, is valid. 一个256位的哈希证明，与nonce相结合，已经对该块进行了足够的计算：工作量证明（PoW）。 nonce和mixhash的组合必须满足黄皮书4.3.4中描述的数学条件。块头有效性，（44）。它允许验证块确实已经加密地挖掘，因此，从这方面来说，它是有效的。 nonce A 64-bit hash, which proves, combined with the mix-hash, that a sufficient amount of computation has been carried out on this block: the Proof-of-Work (PoW). The combination of nonce and mixhash must satisfy a mathematical condition described in the Yellowpaper, 4.3.4. Block Header Validity, (44), and allows to verify that the Block has really been cryptographically mined and thus, from this aspect, is valid. The nonce is the cryptographically secure mining proof-of-work that proves beyond reasonable doubt that a particular amount of computation has been expended in the determination of this token value. (Yellowpager, 11.5. Mining Proof-of-Work). 证明64位散列与混合散列相结合，在该块上进行了足够的计算：工作量证明（PoW）。 nonce和mixhash的组合必须满足黄皮书4.3.4中描述的数学条件。块头有效性，（44），并允许验证块确实已经加密地挖掘，因此，从这方面来说，是有效的。 nonce是加密安全的挖掘工作证明，证明在确定该令牌值时已经花费了特定量的计算。 （Yellowpager，11.5。采矿工作证明）。 difficulty A scalar value corresponding to the difficulty level applied during the nonce discovering of this block. It defines the mining Target, which can be calculated from the previous block’s difficulty level and the timestamp. The higher the difficulty, the statistically more calculations a Miner must perform to discover a valid block. This value is used to control the Block generation time of a Blockchain, keeping the Block generation frequency within a target range. On the test network, we keep this value low to avoid waiting during tests, since the discovery of