Kowainik Git Workflow Helper Tool.

You can find the description of the workflow here:

• Kowainik Git Workflow

hit-on provides the hit binary with a convenient command-line interface to improve the interaction with git in a compatible way with the described working methods. It saves time for people who use this workflow on a daily basis, helps beginners expand their insight of the core VCS processes and makes collaboration between team members easier during development.

Here is an example of how you can see the list of issues and the issue description with hit:

Or how you can see pretty short stats about your changes:

To start using hit make sure that you have the following tools installed on your machine:

• git — hit is a wrapper around git

• hub – to make PRs to GitHub directly.

• Optional: diff-highlight — for pretty output of the hit diff command
  • Linux installation instructions

    cd /usr/share/doc/git/contrib/diff-highlight/
    sudo make
    sudo chmod +x diff-highlight
    sudo ln -s diff-highlight /usr/local/bin/diff-highlight

  • macOS installation instructions

There are several methods to install the hit tool. You can choose the one that you are most comfortable with.

You can download the hit binary directly from the GitHub releases:

• hit releases

After downloading, make it executable and copy it to a convenient location, for example:

chmod +x hit-linux
mv hit-linux ~/.local/bin/hit

NOTE: the project is written in Haskell, so you need to have one of the Haskell build tools installed. See this blog post for installation and usage instructions.

You need to follow these steps:

1. Clone the repository from GitHub

   git clone https://github.com/kowainik/hit-on.git

2. Step into the directory

   cd hit-on

3. Install the project with one of the build tools

• Cabal

     cabal new-install hit-on

  Note: make sure you have ~/.cabal/bin in your $PATH
• Stack

     stack install hit-on

4. Make sure that hit is installed:

   hit --version

Currently, this method of installation is not supported. See this issue for more details or if you want to help.

Currently, this method of installation is not supported. See this issue for more details or if you want to help.

Follow the steps below to configure hit :

1. Enable autocompletion by calling the following command:

   source <(hit --bash-completion-script `which hit`)

   Add it your personal config file (like ~/.bashrc) to enable automatically.
2. Specify your GitHub login in the global .gitconfig

git config --global user.login <your_login>

3. This step is only required if you want to use hit with private repositories.

   1. Create OAuth token on GitHub. The following scopes for the token should be specified:

   2. Copy the generated token.

   3. Export token as an environment variable

      export GITHUB_TOKEN=<paste_generated_token_here>

The best way to demonstrate the power of the hit tool on a day-to-day basis with our workflow is to go through the entire workflow step by step, solving an ordinary problem of the typical git user.

Here we assume that you work with origin remote.

If you don't have the repository locally, you need to clone it. With the git tool you would need to specify the full URL which you can get from the repository GitHub page.

git clone [email protected]:username/project-name.git

hit can simplify this process a bit. If you want to clone the project which is under your GitHub username you can write:

hit clone my-project

If this is not your personal repository then you can use clone command in the following way:

hit clone owner-name/project-name

When you want to start working on a new issue, you usually want to make sure you're using the latest version of your project. As a git user you may use the following commands:

git checkout main
git pull --rebase --prune

With hit you can just:

hit hop

Now you need to decide which issue you want to work on. You can use the hit issue command to see the full list of all open issues. After choosing the number of the issue, let's say 42, call hit issue 42 to see the details of that issue.

Start your work in a new branch. According to our workflow, branch names should have the following form:

<user_login>/<issue_number>-<short_issue_description>

With git you can create a branch using the following command:

git checkout -b my-login/42-short-desc

hit allows you to accomplish this task in an easier manner:

hit new 42

It uses the issue title to generate a short description.

Before commiting your changes, you may want to inspect short stats about your work. With git you usually call the following command:

git status

However, the same hit command produces better output:

hit status

If you want to see detailed diff of your changes, use hit diff command. If you have diff-hightlight installed then hit diff outputs much nicer diffs.

After finishing your work on that issue, you need to commit your changes. With git you would do the following:

git add .
git commit -m "[#42] Implement my feature

Resolves #42"

With hit you need only to specify the text of the commit to get the same result:

hit commit "Implement my feature"

or even simplier:

hit commit

And the commit name would be the title of the corresponding issue at GitHub (if you are currently in the branch named as described above).

Note that you don't need to keep in mind the current issue number. However, if you want to refresh the context about the issue, use the hit current command.

After committing your changes locally, you need to push them to the remote repository. It's usually a good practice to push only the current branch.

The git command for this is a little bit verbose:

git push -u origin my-login/42-short-desc

hit allows you to save several keystrokes:

hit push

Note: hit push command can be combined with the hit commit command using -p|push flag in the latter command.

hit commit --push

After opening the pull request, some of the reviewers suggested changes that you applied as commits to the remote branch via GitHub interface. Now you need to sync your local branch with the remote one.

With git you can do the following:

git pull --rebase origin my-login/42-short-desc

However, with hit you can just:

hit sync

While you were waiting for the second round of reviews, another pull request was merged to the main branch. Now you need to apply the new main changes to your local branch.

With git you can do the following:

git fetch origin main
git rebase origin/main

Again, with hit you can do better:

hit fresh

Now you need to make changes to your work locally according to the code review and push them to the remote repository.

git requires from you to do several steps to accomplish this simple task:

git add .
git commit -m "Fix after review"
git push origin my-login/42-short-desc

hit helps you with this as well:

hit fix

Oops, you've just realised that you have made a typo in your work! So you fixed the typo. But now you want to update the remote branch without creating a new unnecessary commit.

With git you can do the following:

git commit -a --amend --no-edit
git push origin my-login/42-short-desc --force

With hit you can simply:

hit amend

Hooray, your PR just got merged! It's time to clean your local repository and start working on a new issue!

With git you would do the following:

git checkout main
git pull --rebase --prune
git branch -D my-login/42-short-desc

With hit you can finish your work faster:

hit resolve

Hooray, your PR just got merged! It's time to clean your local repository and start working on a new issue!

With git you would do the following:

git log --oneline --decorate [COMMIT_HASH]

With hit you can finish your work faster:

hit log [COMMIT_HASH]

If you see

$ hit hop
fatal: ambiguous argument 'origin/HEAD': unknown revision or path not in the working tree.
Use '--' to separate paths from revisions, like this:
'git <command> [<revision>...] -- [<file>...]'
hit: readCreateProcess: git "rev-parse" "--abbrev-ref" "origin/HEAD" (exit 128): failed
  origin/master
...skipping...

then you can run

$ git remote set-head origin -a

to synchronise with the remote, fetch and set origin/HEAD locally.

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