You also need to ensure that each repository is "bare" without a Git index file for cvs commit to work. All repositories are to be owned by the user git.
The Protocols Git can use four distinct protocols to transfer data: The database needs to be updated i. First, you basically have to use it if you want authenticated write access to your repository over a network.
First, you choose which protocols you want your server to communicate with. To add a local repository to an existing Git project, you can run something like this: It uses the same data-transfer mechanism as the SSH protocol but without the encryption and authentication overhead.
This is an additional restriction, gitcvs access still needs to be enabled by the gitcvs. A local repository is fast only if you have fast access to the data. A repository on NFS is often slower than the repository over SSH on the same server, allowing Git to run off local disks on each system.
Finally, this protocol does not protect the repository against accidental damage. The default is --no-informative-errors. To allow read access to your repository over HTTP, do something like this: Incompatible with --detach, --port, --listen, --user and --group options.
Two things to note about this system: This is solely meant for a closed LAN setting where everybody is friendly.
The Git Protocol Next is the Git protocol. Suffice it to say that this is rare. Here I cover what I consider to be the two principal, or most useful, approaches. If you just specify the path, Git tries to use hardlinks or directly copy the files it needs.
You can also serve your repositories read-only over HTTPS, which means you can encrypt the content transfer; or you can go so far as to make the clients use specific signed SSL certificates.
Clients should now be able to check out the project. So if you have to fully or partially from old backup regenerate the database, you should be suspicious of pre-existing CVS sandboxes.
This means that there is generally no pushing over this protocol. The Cons The downside of the Git protocol is the lack of authentication.
It uses the same data-transfer mechanism as the SSH protocol but without the encryption and authentication overhead. May not contain semicolons. You can also serve your repositories read-only over HTTPS, which means you can encrypt the content transfer; or you can go so far as to make the clients use specific signed SSL certificates.
Valid method names are "ext" for SSH access and "pserver". A repository on NFS is often slower than the repository over SSH on the same server, allowing Git to run off local disks on each system. By default it uses SQLite databases in the Git directory, named gitcvs.
This page offers an intro to using ACLs to provide fine-grained access control at the repo level, and this thread applies that knowledge to the Git context. The Cons The downside of the Git protocol is the lack of authentication.
For more information about the differences in efficiency between the HTTP protocol and the other protocols, see Chapter 9. A local repository is fast only if you have fast access to the data. The Cons The cons of this method are that shared access is generally more difficult to set up and reach from multiple locations than basic network access.
A local repository is fast only if you have fast access to the data. Use the CVS module name to indicate what Git head you want to check out. It is disabled by default, as there is no authentication in the protocol in other words, anybody can push anything into the repository, including removal of refs.
The main reason to specify the file: By default, all the services may be overridden. The simplicity of having a single URL for all types of access and having the server prompt only when authentication is needed makes things very easy for the end user. What at first might seem like a limitation no access control turns out to offer an extremely convenient flexibility.Now with “git serve” you can share read access and with “git hub” – read/write access to our repositories.
“git serve” resembles Mercurial “hg serve” which performs exactly the same operation. It should be noted that git-daemon only provides access using the git:// protocol (not ssh or file), and is read-only.
To provide write-access it has to be done over ssh or the filesystem (or an abstraction over it). That means that even if you offer only read access (e.g. by using the pserver method), git-cvsserver should have write access to the database to work reliably (otherwise you need to make sure that the database is up to date any time git-cvsserver is executed).
The downside of the Git protocol is the lack of authentication. So WRITE access = RISK!
Generally, you’ll pair it with SSh or HTTPS access for the few developers who have push (write) access and have everyone else use git:// for read-only access. A really simple TCP Git daemon that normally listens on port "DEFAULT_GIT_PORT" aka It waits for a connection asking for a service, and will serve that service if it is enabled.
You can use git-daemon to share the repository. Read the documentation for git-daemon for more information. EDIT: Also check this article 8 ways to share your git repository.Download