militwo.blogg.se - Tortoisehg instructions

#Tortoisehg instructions how to
#Tortoisehg instructions install
#Tortoisehg instructions update
#Tortoisehg instructions Patch

Next, you will need to tell github your SSH public key. Now, you have your own pair of SSH private and public keys pair. (Note: Move mouse in application window to generate random values.)

Click "Generate" to generate new key (1).

You may choose to download either PuTTYgen.exe or the entire PuTTY package (zip) To generate public and private SSH keys, you will need the PuTTYgen from the PuTTY package. Create SSH public and private keys github required a SSH key in order to push repository to github. Ssh = "C:\Program Files\TortoiseHg\TortoisePlink.exe"Ĭreate new account at github (if you don't have an account yet), else skip this step.ĥ.

Add the following lines to your configuration file:.

Click "Edit File" button in "Global Settings" tab.

This file can be access from File > Settings.

Wait until repository cloning finished.ģ.Configure hg-git The following steps had to be done by direct editing mercurial.ini file.

Configure clone repository dialog box.

#Tortoisehg instructions install

Install hg-git hg-git can be download by cloning the repository directly.

Download and install TortoiseHg from here: Ģ.

#Tortoisehg instructions how to

Thus, I decided to write this documents to include some steps with additional screen shots. How to install TortoiseHg on Ubuntu 20. The document is very informative, but some of the steps are not written in details. I was able to setup my TortoiseHg to work with github using the instruction written by James McKay. There are few articles around the web with the same topics. You can read more about this in the Changeset Evolution Documentation.This is a step-by-step instruction to setup TortoiseHg (A GUI shell extension for Mercurial SCM) to use with github (Online project hosting using git Version Control System). To keep them in the draft phase after pushing them somewhere, the repository you push to need to be configured as a non-publishing repository. The extension allows you to do this as long as the changesets are in the draft phase. $ hg commit -amend -m 'new commit message'

^ġ files updated, 0 files merged, 0 files removed, 0 files unresolved When using evolve, you can edit the second-to-last commit message like this $ hg update. TortoiseHg consists of a shell extension, which provides overlay icons and context menus in your file explorer, and a command line program named thg.exe which can launch the TortoiseHg tools. It is called the Evolve Extension and it enables some behavior that is partly in the core of Mercurial and partly outside core. TortoiseHg is a set of graphical tools and a shell extension for the Mercurial distributed revision control system. There is an experimental extension that will allow you to do more extensive history editing and push those edits to other repositories. However, we're working on changing this in Mercurial.

#Tortoisehg instructions update

The advice from Edward is good - if you've pushed your changes to another repository, you should consider them set in stone and not update the commit message or any other aspect of them. Then just hg qfin -a and you should be good to go. Then hg qrefresh -e and make your changes.

#Tortoisehg instructions Patch

hg qpop -a and then hg qpush to get to the patch that represents the changeset you want to edit. If there are changes after it, I would use mq and hg qimport all the changes down to and including the one where you want to edit the commit message. in draft status), you can use hg commit -amend if it is the parent of the working directory. Note that if any repo has the "old" changeset, it will be pushed to the central repo someday and cause the mess that we are trying to avoid. If you could definitively purge that change from all other repos, so that only the local copy is left you could essentially get to the "draft" state. This is not a good thing, so the short answer to your question is "don't do it". All other repositories that had the old changeset will try to get the new one and ask that you merge it with itself.

If you change the commit message, you change the unique hash id and every repo will see it as a "new" changeset. The commit message is used to compute the globally unique hash id that is used for all repositories to determine whether or not they already have a changeset. As long as the change in question is local and hasn't been pushed anywhere, it is possible.