Examples of using Commit object in English and their translations into Portuguese
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Colloquial
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Official
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Medicine
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Financial
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Ecclesiastic
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Ecclesiastic
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Computer
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Official/political
That gives you your next commit object.
A"commit" object links tree objects together into a history.
This is the basic information that the commit object stores for you.
Each of the three commit objects points to one of the three snapshot trees you created.
The contents of files are not actually stored in the index(. git/index) or in commit objects.
Git automatically creates a new commit object that contains the merged work.
The relationships between the blobs can be found through examining the tree and commit objects.
Because your starting point is the ca82a6 commit object you saw in the info/refs file, you start by fetching that.
It contains the name of a tree object(of the top-level source directory), a time stamp, a log message, and the names of zero or more parent commit objects.
As you may remember,Git is fundamentally a linked list of commit objects that point to a snapshot of content.
It rewrites every commit object downstream from the earliest tree you have to modify to remove a large file reference.
This is essentially what Git does when you run the git add and git commit commands- it stores blobs for the files that have changed, updates the index, writes out trees,and writes commit objects that reference the top-level trees and the commits that came immediately before them.
Git then creates a commit object that has the metadata and a pointer to the root project tree so it can re-create that snapshot when needed.
The tag object is very much like a commit object- it contains a tagger, a date, a message, and a pointer.
To create a commit object, you call commit-tree and specify a single tree SHA-1 and which commit objects, if any, directly preceded it.
Most commonly, it is used to store a digital signature of a commit object corresponding to a particular release of the data being tracked by Git.
The format for a commit object is simple: it specifies the top-level tree for the snapshot of the project at that point; the author/committer information pulled from your user. name and user.
The objects directory stores all the content for your database,the refs directory stores pointers into commit objects in that data(branches), the HEAD file points to the branch you currently have checked out, and the index file is where Git stores your staging area information.
For instance, if you want to show the last commit object on a branch, the following commands are equivalent, assuming that the topic1 branch points to ca82a6d.
When you run git commit, it creates the commit object, specifying the parent of that commit object to be whatever SHA-1 value the reference in HEAD points to.
The initial information states that you're defining a commit object and what branch it's on, followed by the mark you have generated, the committer information and commit message, and then the previous commit, if any.