![]() setting LD_LIBRARY_PATH=/lib64 fixed the problem, as my libgpg_error SO was in my /lib64 directory. The problem was that my LD_LIBRARY_PATH variable was blank. Any idea what would cause this, or how to debug it? We tried re-installing libgpg-error package which didn't fix anything. None of the files listed on the gpg-agent man page even seem to exist. We get the error a few places, but it boils down to the fact that when I try to run gpg-agent I get the error: ImportError: /usr/local/lib/libgcrypt.so.11: undefined symbole: gog-err-set_errno The more important error though is GPG-agent. ![]() I would just remove the module from the list to load, as I think it's non-mandatory, but I don't know what is causing vncserver to try to load it. This error is valid because the libcanberra-gtk-module does not exist anywhere on our system. When trying to run vncserver I get an error that: Gtk-Message: Failed to load modle "canberra-gtk-module": libcanberra-gtk-module.so: cannot open shared object. The following dialogue is displayed when a new local branch is created when checking out a revision even though git status from the command line reports no local modifications.We started to get some odd issues yesterday possible due to a yum install gone bad? One of the issues, PS -ef hanging indefinately (actually an ps command that looks at other user state) was fixed with a reboot. NetBeans displays a dialogue (see below) when a local branch is created when checking out a revision.When checking out a branch it is only necessary to check the create branch box if the branch doesn’t already exist in the local repository.gitignore file but NetBeans only recognises them once the. Since I wrote this post I’ve become aware of some aspects of using NetBeans that I missed. gitignore and changes have to pushed to the remote repository unlike Subversion where the repository is in effect always remote. So that’s it, TitanQt is now in a Git repository, NetBeans integrates well with Git with the exception of. It isn’t necessary to commit such changes but they can be added to the repository by creating a new branch applying changes to that and creating a new tag. ![]() Sometimes changes have to made to get a program to build for example the names of boost libraries can change, on Linux Mint 15 the boost library names used ended in -mt on Linux Mint 17 none of the boost library names end in -mt and the boost system library is now required. gitignore file must be edited and it must not include patterns.Īny changes to a tag can not be pushed to a remote. In order to get git status and NetBeans to agree with each other the. NetBeans doesn’t take account of patterns it only handles files and directories, some files and directories are grey and they can’t be added to. Adding the appropriate patterns results in git status reporting that only the. gitignore file is used by Git to ignore files and directories and is very flexible, a pattern such as “nbproject/*.mk” can be added which indicates that all files that match that pattern should be ignored, NetBeans does not provide a means for adding such patterns from the menus but, of course, the file can be edited. gitignore file has to have “/build/” added to it using the editor as NetBeans doesn’t allow build to be ignored or unignored. To get the build directory to disappear from git status the. To open a NetBeans project from a remote Git repository it needs to be cloned:Īs soon as something is ignored a. I keep bare Git repositories in a separate directory to project development and there are off site backups in the “cloud”. Git repositories shared between users are shorn of their working directories, such remote or “bare” repositories can be stored anywhere, usually on a server, in my case, development is on one computer and the repository only has one user. Any extra branches and tags can be safely deleted.Ī Git repository is usually embedded within a working directory. One thing not mentioned in the steps to convert a Subversion repository is that extra branches and tags may appear, they have the form of an existing name qualified by an symbol followed by a revision number. I’m not going to show the steps involved in converting a Subversion project into a Git repository, I followed the instructions detailed here missing out step 3. Ideally the tagged versions should be a snapshot of the code, however, in Subversion they are code branches and there is nothing to stop revisions being applied to them. The structure of TitanQt is common to many Subversion projects, there’s the main development trunk, two version branches and three tagged releases.
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