[PATCH] Updates for cvs-migration.txt

Signed-off-by: Junio C Hamano <junkio@cox.net>
This commit is contained in:
Johannes Schindelin 2005-08-01 16:32:58 +02:00 committed by Junio C Hamano
parent c742b81397
commit 7da71deb11

View File

@ -90,7 +90,7 @@ from CVS.
You can merge those updates (or, in fact, a different CVS branch) into You can merge those updates (or, in fact, a different CVS branch) into
your main branch: your main branch:
cg-merge <branch> git resolve HEAD origin "merge with current CVS HEAD"
The HEAD revision from CVS is named "origin", not "HEAD", because git The HEAD revision from CVS is named "origin", not "HEAD", because git
already uses "HEAD". (If you don't like 'origin', use cvsimport's already uses "HEAD". (If you don't like 'origin', use cvsimport's
@ -101,10 +101,26 @@ Emulating CVS behaviour
----------------------- -----------------------
FIXME! Talk about setting up several repositories, and pulling and So, by now you are convinced you absolutely want to work with git, but
pushing between them. Talk about merging, and branches. Some of this at the same time you absolutely have to have a central repository.
needs to be in the tutorial too. Step back and think again. Okay, you still need a single central
repository? There are several ways to go about that:
1. Designate a person responsible to pull all branches. Make the
repository of this person public, and make every team member
pull regularly from it.
2. Set up a public repository with read/write access for every team
member. Use "git pull/push" as you used "cvs update/commit". Beware!
Linus says that "git push" does no locking, since it was not meant
for multi-user repositories!
3. Make the repository of every team member public. It is the
responsibility of each single member to pull from every other
team member.
4. Read Documentation/tutorial.txt and admit that the described work
flow is the best.
CVS annotate CVS annotate
@ -157,7 +173,7 @@ modifications that are not related to the piece of code you are
interested in. You would see many log messages and patches that interested in. You would see many log messages and patches that
do not have anything to do with the piece of code you are do not have anything to do with the piece of code you are
interested in. As an example, assuming that you have this piece interested in. As an example, assuming that you have this piece
code that you are interested in in the HEAD version: of code that you are interested in in the HEAD version:
if (frotz) { if (frotz) {
nitfol(); nitfol();
@ -207,7 +223,7 @@ in the current HEAD commit, even if the file was originally
called "o-file.c" and then renamed in an earlier commit, or if called "o-file.c" and then renamed in an earlier commit, or if
the file was created by copying an existing "o-file.c" in an the file was created by copying an existing "o-file.c" in an
earlier commit, you will not lose track. If the "if" statement earlier commit, you will not lose track. If the "if" statement
did not change across such rename or copy, then the commit that did not change across such a rename or copy, then the commit that
does rename or copy would not show in the output, and if the does rename or copy would not show in the output, and if the
"if" statement was modified while the file was still called "if" statement was modified while the file was still called
"o-file.c", it would find the commit that changed the statement "o-file.c", it would find the commit that changed the statement