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Semelhante a Git workflow
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Git workflow
- 1. a handful of Git workflows for the agilist steven harman twitter: stevenharman http://stevenharman.net
- 2. stop worrying and start loving The Git.
- 3. picture Git image via: http://nvie.com/git-model
- 4. basic branch/feature workflow
- 5. remote Git repository (origin) master
- 6. remote Git repository (origin) master local Git repository (your clone) :> git clone git@github.com:stevenharman/foo.git :> cd foo :master> master origin/master
- 7. remote Git repository (origin) master local Git repository (your clone) :master> git checkout -b feature :feature> [... hackity-hack-hack ...] :feature> git commit -am ‘did something awesome.’ feature master origin/master
- 8. remote Git repository (origin) // someone else pushed a change to the remote. master master local Git repository (your clone) feature master origin/master
- 9. remote Git repository (origin) master master local Git repository (your clone) :feature> [... more hackity-hack-hack ...] :feature> git commit -am ‘more awesomeness. bacon!’ feature feature master origin/master
- 10. remote Git repository (origin) master master local Git repository (your clone) :feature> git fetch origin feature origin/master feature master origin/master
- 11. remote Git repository (origin) master master local Git repository (your clone) :feature> git checkout master :master> git merge origin/master feature master origin/master origin/master feature master origin/master
- 12. remote Git repository (origin) master master local Git repository (your clone) :master> git merge feature master feature origin/master master origin/master origin/master feature master origin/master
- 13. remote Git repository (origin) master master local Git repository (your clone) feature master origin/master origin/master feature master origin/master
- 14. remote Git repository (origin) master master local Git repository (your clone) :master> git checkout feature :feature> git rebase master feature master feature origin/master master origin/master origin/master feature master origin/master
- 15. remote Git repository (origin) master master local Git repository (your clone) :feature> git checkout master :master> git merge feature feature feature master master feature origin/master origin/master master origin/master feature master origin/master
- 16. remote Git repository (origin) master master local Git repository (your clone) :master> git push origin master feature feature master origin/master master feature origin/master origin/master master origin/master feature master origin/master
- 17. remote Git repository (origin) master master local Git repository (your clone) :master> git branch -d feature feature feature master origin/master master feature origin/master origin/master master origin/master feature master origin/master
- 18. derivations • branch for a spike • branches for concurrent design • push/pull changes directly from teammate • stashing changes temporarily • reset to prior commit (in case of FUBAR)
- 19. some cool tools for your Git utility belt • git reset • git cherry-pick • git stash • git bisect • git add -p • git reflog • git svn
- 20. get Git info • http://ProGit.org (the site for THE book) • http://gitready.com • http://gitcasts.com • http://whygitisbetterthanx.com/ • http://delicious.com/stevenharman/git
- 21. fork these slides from http://github.com/stevenharman/git-workflows steven harman twitter: stevenharman http://stevenharman.net
Notas do Editor
- \n
- git is awesome - if you’re using it, you know. if not, don’t be scared, give it a try.\n
- don’t be scared, it’s not as bad as it looks.\n
- \n
- let’s assume there already exists a Git repository somewhere in the cloud. like maybe... The GitHub.\n
- start by cloning a copy of that remote repository (conventionally known as “origin”) to our local machine.\n
- we need to work a sweet new feature. step 1) create a local branch to work in. step 2) hackity-hack-hack. step 3) commit the changes. [repeat steps 2 & 3 as necessary]\n
- a teammate, or maybe even another you, has pushed some new changes.\n
- [still continuing steps 2 & 3 from earlier]\n
- get any new changes that are on the remote, but not local.\n
- merge the changes from the remote “master” branch into our local “master” branch. because there are no divergent changes on our local master, this is a “fast-forward merge” along the master’s graph.\n
- now we need to merge our feature into “master” so we can release it. \n\noption 1) merge feature in. [keeps all info, but we end up with a noisy history graph that’s hard to follow]\n
- OR [go back to just after we merged in the fetched changes]\n
- option 2) rebase our “feature” branch on top of “master”.\n\nthis “rewinds” our branch back to where it started, then “fast-forwards” along “master”, and finally re-applies each of our change sets. afterward, our local commits have a new SHA1 hash, meaning they are different objects than before rebase, however, the original committer info & meta-data are preserved.\n
- now we can merge our changes into “master.” because we already have all of the changes that exist in “master,” this results in a “fast-forward” merge onto “master”.\n
- finally we share our sweet, sweet bacon with the rest of the world by pushing our local changes to the remote (origin).\n
- now everyone can enjoy the bacony-goodness!\n
- \n
- add -p to interactively stage hunks of a file change.\n
- \n
- feel free to hit me up with any questions.\n