2024/3/7 20:44 Rust算法教程 The Algos (algorithms) https://algo.course.rs/print.html 1/270 Algos算法教程 Rust作为⼀⻔现代化的系统编程语⾔，拥有与C/C++类似的性能，同时⼜能做⾮常底层的性能优 化，因此⾮常适合写算法和leetcode。 Algos 算法教程涵盖了各种常⽤算法和数据结构的代码实现， 我们深知⾃身⽔平的局限性，因此⾮常欢迎各路⼤神加⼊进来，共同打造这⻔未来可以在中国乃⾄ 全世界都排得上号的算法教程！ 2024/3/7 20:44 Rust算法教程 The Algos (algorithms) https://algo.course.rs/print.html 2/270 排序算法 所谓排序，就是使⼀串记录，按照其中的某个或某些关键字的⼤⼩，递增或递减的排列起来的操 作。 ，得经过⼤量的推理和分析。 2024/3/7 20:44 Rust算法教程 The Algos (algorithms) https://algo.course.rs/print.html 3/270 2024/3/7 20:44 Rust算法教程 The Algos (algorithms) https://algo.course.rs/print.html 4/270 冒泡排序 pub

BCOS的账户地址与以太坊兼容。 注意keccak-256sum与SHA3不相同，详情参 考这里 [https://ethereum.stackexchange.com/questions/550/which-cryptographic-hash-function-does- ethereum-use]。 以太坊地址生成 [https://kobl.one/blog/create-full-ethereum-keypair-and-address/] the difference between the national cryptographic version and the normal version? A: The national cryptography version FISCO BCOS replaces the cryptographic algorithms of underlying modules such as transaction optimizations on overall architecture and transaction processing. 1.0 version uses efficient consensus algorithms, parallelizing computing. Furthermore, the core breakthrough of its performance is not only in

BCOS的账户地址与以太坊兼容。 注意keccak-256sum与SHA3不相同，详情参 考这里 [https://ethereum.stackexchange.com/questions/550/which-cryptographic-hash-function-does- ethereum-use]。 以太坊地址生成 [https://kobl.one/blog/create-full-ethereum-keypair-and-address/] the difference between the national cryptographic version and the normal version? A: The national cryptography version FISCO BCOS replaces the cryptographic algorithms of underlying modules such as transaction optimizations on overall architecture and transaction processing. 1.0 version uses efficient consensus algorithms, parallelizing computing. Furthermore, the core breakthrough of its performance is not only in

BCOS的账户地址与以太坊兼容。 注意keccak-256sum与SHA3不相同，详情参 考这里 [https://ethereum.stackexchange.com/questions/550/which-cryptographic-hash-function-does- ethereum-use]。 以太坊地址生成 [https://kobl.one/blog/create-full-ethereum-keypair-and-address/] the difference between the national cryptographic version and the normal version? A: The national cryptography version FISCO BCOS replaces the cryptographic algorithms of underlying modules such as transaction optimizations on overall architecture and transaction processing. 1.0 version uses efficient consensus algorithms, parallelizing computing. Furthermore, the core breakthrough of its performance is not only in

BCOS的账户地址与以太坊兼容。 注意keccak-256sum与SHA3不相同，详情参 考这里 [https://ethereum.stackexchange.com/questions/550/which-cryptographic-hash-function-does- ethereum-use]。 以太坊地址生成 [https://kobl.one/blog/create-full-ethereum-keypair-and-address/] the difference between the national cryptographic version and the normal version? A: The national cryptography version FISCO BCOS replaces the cryptographic algorithms of underlying modules such as transaction Consensus mechanism: Pluggable consensus mechanism, supporting PBFT, Raft and rPBFT consensus algorithms, low transaction confirmation delay, high throughput, and ultimate consistency. Among them, PBFT

BCOS的账户地址与以太坊兼容。 注意keccak-256sum与SHA3不相同，详情参 考这里 [https://ethereum.stackexchange.com/questions/550/which-cryptographic-hash-function-does- ethereum-use]。 以太坊地址生成 [https://kobl.one/blog/create-full-ethereum-keypair-and-address/] the difference between the national cryptographic version and the normal version? A: The national cryptography version FISCO BCOS replaces the cryptographic algorithms of underlying modules such as transaction grayscale upgrade Life cycle management Support contract and account freezing and unfreezing Cryptographic algorithms and protocols OSCCA algorithm Support feature Architecture OSCCA SSL Support feature Hash

BCOS的账户地址与以太坊兼容。 注意keccak-256sum与SHA3不相同，详情参 考这里 [https://ethereum.stackexchange.com/questions/550/which-cryptographic-hash-function-does- ethereum-use]。 以太坊地址生成 [https://kobl.one/blog/create-full-ethereum-keypair-and-address/] 的有限域F2m（因格式问题，2m应为2的m次方，下同） ，Fp的大小（元素 个数）为p，F2m的大小为2m。基于Fp的椭圆曲线为： docs/articles/3_features/36_cryptographic/../../../../images/articles/elliptic_curve /IMG_5519.PNG 基于F2m的椭圆曲线为： ../../../../_images/IMG_5520 grayscale upgrade Life cycle management Support contract and account freezing and unfreezing Cryptographic algorithms and protocols OSCCA algorithm Support feature Architecture OSCCA SSL Support feature Hash

BCOS的账户地址与以太坊兼容。 注意keccak-256sum与SHA3不相同，详情参 考这里 [https://ethereum.stackexchange.com/questions/550/which-cryptographic-hash-function-does- ethereum-use]。 以太坊地址生成 [https://kobl.one/blog/create-full-ethereum-keypair-and-address/] 的有限域F2m（因格式问题，2m应为2的m次方，下同） ，Fp的大小（元素 个数）为p，F2m的大小为2m。基于Fp的椭圆曲线为： docs/articles/3_features/36_cryptographic/../../../../images/articles/elliptic_curve /IMG_5519.PNG 基于F2m的椭圆曲线为： ../../../../_images/IMG_5520 grayscale upgrade Life cycle management Support contract and account freezing and unfreezing Cryptographic algorithms and protocols OSCCA algorithm Support feature Architecture OSCCA SSL Support feature Hash

BCOS的账户地址与以太坊兼容。 注意keccak-256sum与SHA3不相同，详情参 考这里 [https://ethereum.stackexchange.com/questions/550/which-cryptographic-hash-function-does- ethereum-use]。 以太坊地址生成 [https://kobl.one/blog/create-full-ethereum-keypair-and-address/] 的有限域F2m（因格式问题，2m应为2的m次方，下同） ，Fp的大小（元素 个数）为p，F2m的大小为2m。基于Fp的椭圆曲线为： docs/articles/3_features/36_cryptographic/../../../../images/articles/elliptic_curve /IMG_5519.PNG 基于F2m的椭圆曲线为： ../../../../_images/IMG_5520 grayscale upgrade Life cycle management Support contract and account freezing and unfreezing Cryptographic algorithms and protocols OSCCA algorithm Support feature Architecture OSCCA SSL Support feature Hash

BCOS的账户地址与以太坊兼容。 注意keccak-256sum与SHA3不相同，详情参 考这里 [https://ethereum.stackexchange.com/questions/550/which-cryptographic-hash-function-does- ethereum-use]。 以太坊地址生成 [https://kobl.one/blog/create-full-ethereum-keypair-and-address/] 的有限域F2m（因格式问题，2m应为2的m次方，下同） ，Fp的大小（元素 个数）为p，F2m的大小为2m。基于Fp的椭圆曲线为： docs/articles/3_features/36_cryptographic/../../../../images/articles/elliptic_curve /IMG_5519.PNG 基于F2m的椭圆曲线为： ../../../../_images/IMG_5520 grayscale upgrade Life cycle management Support contract and account freezing and unfreezing Cryptographic algorithms and protocols OSCCA algorithm Support feature Architecture OSCCA SSL Support feature Hash