In an effort to boost code reviews, I am looking to send a daily/weekly/monthly/some_regular_interval report of changes from mercurial? I figure that if a person does not have to go and find the changes, but they are instead brought to the person, then that should be a step in the right direction. However, I did not see anything already out there. (We use mercurial with TortoiseHG and Jenkins for the automated build in case any of those tools might help?)
What I am looking for:
MUST HAVE
commit message
list of files that changed
NICE TO HAVE
changeset guid
name of person who did the commit
some means to see what changed on each file (probably best via a URL or else the email could become overloaded)
You don't state what OS you are using. I am assuming Windows since you are using TortoiseHG.
On Linux (or other UNIX-based OS) you can create a cron that runs once a week/month/whatever. The following simple script satisfies most of your requirements on my Linux machine:
LOG_DATE=`date -d "1 week ago" +"%Y-%m-%d 00:00:00"`
hg log -d ">$LOG_DATE"
If you use Mercurial templates you can get exactly what you want. You can construct a URL using the changeset ID to point to a Mercurial web-server.
Would the notify extension work? You can configure this on a designated master repository so that emails with a summary of the changes (you can customise the template to include the short form of the hash, the user name, the commit message) along with URLs to the individual changesets are sent out to people whenever changese are pushed to the master repository.
Related
We are using Gerrit 2.12 with MySQL DB. There is one review open for a while but when I try to access it from Gerrit UI, I get following error.
The page you requested was not found, or you do not have permission to view this page.
I am logged into the UI and my account have administrative capabilities.I can see the entry of the change in changes table in data base. Should reindexing solve the problem? I am more curious about what was the trigger for disappearance of change in UI.
I had the same problem. I have verified if the changes were there in the repository by cloning the corresponding change under refs/changes branch.
As the documentation says, When a commit is pushed for review, Gerrit stores it in a staging area which is a branch in the special refs/changes/ namespace. A change ref has the format refs/changes/XX/YYYY/ZZ where YYYY is the numeric change number, ZZ is the patch set number and XX is the last two digits of the numeric change number, e.g. refs/changes/20/884120/1. Understanding the format of this ref is not required for working with Gerrit.
Using the change ref, git clients can fetch the corresponding commit, e.g. for local verification.
git clone <URL>
cd <reponame>
git fetch https://yourhostname/reponame refs/changes/16/261016/1 && git checkout FETCH_HEAD
If you find the fetch to be happening successful, it means that the change is present and therefore a full reindex as the appropriate user should fix.
su gerrit -c "java -jar gerrit.war reindex"
PS. Online reindex did not help in my case. I had to do a full offline reindex as above.
I'm just playing around with the bitbucket/mercurial pull requests feature, and either something is behaving strangely, or I'm doing something profoundly stupid.
I (theukdave) am the owner of a repository 'RepoA' which was created under a 'team' (which I gather bitbucket doesn't really have anymore). Let's say this lives at bitbucket.org/team1/RepoA
So I created a fork of that repository under my own username and called it RepoB. So now there's a fork that lives at bitbucket.org/theukdave/RepoB
I then create a test commit on a branch off our main development branch 'develop', and then merged that new branch back into develop. I pushed up to bitbucket.org/theukdave/RepoB, and then created a pull request from 'theukdave/RepoB develop' to 'team1/RepoA develop', I add a title and description and NO reviewers (since I'm just testing right now) and click the 'create pull request' button.
A few moments later, the test commit and merge from RepoB is showing up in my RepoA. The pull request is there, I can see it, I have not yet approved it, but the commit and merge and available to all users of RepoA. Even if I decline the pull request, the test commits are still in RepoA.
Is this because I'm the owner of RepoA, and so my pull requests are automatically merged in? Is it because I added no reviewers? A combo of both? Or am I missing something here ...
First of all really interesting. You can resolve this situation using this steps.
To disable automatic branch merging for all repositories in a project (requires project admin permission):
Go to Project settings > Branching model.
Select Disable automatic merging, then click Save.
I hope useful for you.
I'm a complete noob at Mercurial API and Python, but I'm trying to write a useful extension for myself and my colleagues now.
Let's assume I have a repository which contains some code and an auxiliary file .hgdata. The code and .hgdata are both under Mercurial's control. When I execute a command pull-extended which is provided by my extension, I want it to make a pull and then to analyze the state of a .hgdata and probably make some additional actions. The problem is that when my command is invoked, it just pulls the incoming changesets, but it can't look into the actual .hgdata without making a preceding repository update. Is there any way to watch the after update .hgdata besides repository update?
I've received an answer on the Mercurial's official IRC channel:
In order to get an actual file state after making a pull, we may use repo[revision][file].data().
P.S. I haven't checked that yet. If it works, I will close the question.
I have used mercurial's bfiles extension for some time and it works fine. The only problems are installation and the special "hg bfadd" command.
Now that Mercurial 2.0 include the largefile extension I would like to switch.
Can't find any tools or guides on how to do it? Anyone tried it yet.
I have several repositories that all use the same store and have the following mercurial.ini.
[bfiles]
store=\\Someserver\Mercurial\bFilesStore
autostatus = true
autoupdate = true
autorefresh = true
autoput = *
You can find the documentation here : https://www.mercurial-scm.org/wiki/LargefilesExtension
To enable the extension add the following to your hgrc :
[extensions]
largefiles =
You can add a new large file with :
hg add --large thisfileislarge
About the migration, the readme.txt of the bfiles extension says something about a migrate.txt file ( https://bitbucket.org/gward/hg-bfiles/overview section "The future"). But I can't find the file anywhere on the repository, maybe he forgot to upload it.
There's also a mail on mercurial-devel about this : https://www.mercurial-scm.org/pipermail/mercurial-devel/2011-October/035161.html but nothing since then.
Maybe the better solution is to contact the author of bfiles about his status on the migration process and keep using the old extension until you have an answer ?
Either way, there's a lot of bug report about largefiles since the release of 2.0, so it's maybe a good idea to wait anyway :)
In the latest hg-bfiles version (from 2011-12-05), if you update to the migrate branch, you get this help file:
bfiles: migrating to largefiles
If you want to migrate from bfiles to the new largefiles extension in
Mercurial 2.0, you first have to decide: convert your repo or keep it?
Converting your repo
This is appropriate if:
you have a small repository
you know exactly where every clone of it is
you can replace every clone
It involves creating an new repo with .hgbfiles/ replaced by .hglf/.
This means that your changeset IDs will differ, so you cannot
pull/push between the old and new repos. You must replace every
existing clone with a clone of the converted repo.
The advantage of converting your repo is that you can say goodbye
forever to bfiles, and move into the future using largefiles alone.
The process is mostly automated by two shell scripts: convert-repo and
convert-store.
Use the convert-repo shell script to convert the repository itself. This is just a wrapper around "hg convert" that takes care
of all the fussy details needed to turn .hgbfiles/ into .hglf/.
It's easy to run:
./convert-repo SRC-REPO DST-REPO
The resulting DST-REPO is not yet ready to use: you still have
to convert the bfiles store to a largefiles store.
Use convert-store to turn the bfiles store into a largefiles store. You must have a local copy of the bfiles store -- so you
probably want to run this on the server where your bfiles store
lives. Again, it's easy:
./convert-store SRC-STORE DST-REPO/.hg/largefiles
Putting the store inside your DST-REPO is the easiest way to
make largefiles just work.
Keeping your repo
(Yes, that's the end of the file, there's no help on how to keep your repository)
I have a "central" repository that I want to ensure that no one pushes changes in to with a wrong user name.
But I can not figure out how to make a hook that tests the user name against a positive list. I have found in the Mercurial API a ctx.user() call that seems to be what I want to test my positive list against.
Also the hook could be a precommit hook that is distributed as part of the repository clone or it could be a hook on the central repository as a pre-incoming or something like that.
Any help or pointers would be greatly appreciated.
I have posted two functional examples on Bitbucket. Both examples are for searching a commit message for some specifically formatted text (like an issue tracked case ID), but could be easily modified to check a user against a list of valid users.
The first example is actually a Mercurial extension that wraps the 'commit' command. If it fails to find the appropriate text (or valid user in your case), it will prevent the commit from occurring at all. You can enable this in your .hgrc file by adding these lines:
[extensions]
someName = path/to/script/commit-msg-check.py
The second example uses a in-process pretxncommit hook, which runs between when the commit has been made, but before it becomes permanent. If this check fails it will automatically roll back the commit. You can enable this in your .hgrc file by adding these lines (assuming you kept the same file/function names):
[hooks]
pretxncommit.example = python:commit-msg-check-hook.CheckForIssueRecord
You can execute any Python code you like inside of these hooks, so user validation could be done in many ways.
Thanks for the examples dls.
In the end I decided to run it as a pretxnchangegroup hook and then use the hg log and grep to test the author field of the commits:
[hooks]
pretxnchangegroup.usercheck = hg log --template '{author}\n' -r \
$HG_NODE: | grep -qe 'user1\|user2\|etc'
It does of course not provide a very good feedback other than usercheck failed. But I think it is good enough for now.