the scenario described above, the file in your working directory is not touched, so it’s relatively safe. For now this magic invocation is all you need to know about the git reset command. We’ll go into every single time you push, you can set up a “credential cache”. The simplest is just to keep it in memory for a few minutes, which you can easily set up by running git config --global credential.helper reintroduce all those rebased commits to the central server, which can further confuse people. It’s pretty safe to assume that the other developer doesn’t want C4 and C6 to be in the history; that’s why they

the scenario described above, the file in your working directory is not touched, so it’s relatively safe. For now this magic invocation is all you need to know about the git reset command. We’ll go into every single time you push, you can set up a “credential cache”. The simplest is just to keep it in memory for a few minutes, which you can easily set up by running git config --global credential.helper reintroduce all those rebased commits to the central server, which can further confuse people. It’s pretty safe to assume that the other developer doesn’t want C4 and C6 to be in the history; that’s why they rebased

the scenario described above, the file in your working directory is not touched, so it’s relatively safe. For now this magic invocation is all you need to know about the git reset command. We’ll go into every single time you push, you can set up a “credential cache”. The simplest is just to keep it in memory for a few minutes, which you can easily set up by running git config --global credential.helper reintroduce all those rebased commits to the central server, which can further confuse people. It’s pretty safe to assume that the other developer doesn’t want C4 and C6 to be in the history; that’s why they

注意： pbkdf2 哈希的默认参数已更改 - 先前的设置可作为 pbkdf2_v1 使用，但不建议使用。 可以通过在算法后使用 $ 进行调整： argon2$$<memory>$$ bcrypt$ pbkdf2$$ scrypt$$$

$ : true: 是否启用缓存。 ADAPTER : memory: 缓存引擎，可以为 memory , redis , redis-cluster , twoqueue 和 memcache . ( twoqueue 代表缓冲区固定的LRU缓存) INTERVAL : 60: 垃圾回收间隔(秒)，只对 memory 和 towqueue 有效。 HOST : empty: 8760h：如果未使用，保持缓存中的项目的时间，将其设置为 -1 会禁用缓存。 COMMITS_COUNT : 1000：仅在存储库的提交计数大于时启用缓存。 PROVIDER : memory：会话存储引擎 [memory, file, redis, redis-cluster, db, mysql, couchbase, memcache, postgres]。设置为 db 将会重用 [database]

一列中的 “REF” 表示该命令移动了 HEAD 指向的分支引 用，而 “HEAD” 则表示只移动了 HEAD 自身。 特别注意 'WD Safe?' 一列——如果它标记为 NO，那么运行该 命令之前请考虑一下。 HEAD Index Workdir WD Safe? Commit Level reset --soft [commit] REF NO NO YES reset [commit] done. Total 9 (delta 6), reused 0 (delta 0) remote: Perforce: 100% (3/3) Loading commit tree into memory... remote: Perforce: 100% (5/5) Finding child commits... remote: Perforce: Running git fast-export 2 loads ) marks: 1048576 ( 22208 unique ) atoms: 1952 Memory total: 7860 KiB pools: 2235 KiB objects: 5625 KiB -------

一列中的 “REF” 表示该命令 移动了 HEAD 指向的分支引用，而 “HEAD” 则表示只移动了 HEAD 自身。 特别注意 'WD Safe?' 一列——如果它标记为 NO，那么运行该命令之前请考 虑一下。 HEAD Index Workdir WD Safe? Commit Level reset --soft [commit] REF NO NO YES reset [commit] done. Total 9 (delta 6), reused 0 (delta 0) remote: Perforce: 100% (3/3) Loading commit tree into memory... remote: Perforce: 100% (5/5) Finding child commits... remote: Perforce: Running git fast-export 2 loads ) marks: 1048576 ( 22208 unique ) atoms: 1952 Memory total: 7860 KiB pools: 2235 KiB objects: 5625 KiB -------