README.md
<!-- markdownlint-disable MD040 MD041 -->
[](https://badgen.net/npm/v/sfdx-git-delta)
[](https://codeclimate.com/github/scolladon/sfdx-git-delta/maintainability)
[](https://codecov.io/gh/scolladon/sfdx-git-delta)
[](https://snyk.io//test/github/scolladon/sfdx-git-delta?targetFile=package.json)
[](https://badgen.net/npm/dw/sfdx-git-delta)
[](https://scolladon.github.io/sfdx-git-delta/dev/bench/)
[](https://gitter.im/sfdx-git-delta/community)
<br />
<div align="center">
<img src="img/SGD_logo.png" width="128" alt="SGD logo">
<h1 align="center">SFDX-Git-Delta </h1>
<p align="center">
SFDX plugin to generate Incremental Salesforce deployments manifests and artifacts
<br />
<a href="https://github.com/scolladon/sfdx-git-delta/issues/new?assignees=scolladon&labels=bug&template=issue.md">Report Bug</a>
·
<a href="https://github.com/scolladon/sfdx-git-delta/issues/new?assignees=scolladon&labels=enhancement&template=enhancement.md">Request Feature</a>
</p>
</div>
<!-- TABLE OF CONTENTS -->
<details>
<summary>Table of Contents</summary>
- [TL;DR](#tldr)
- [What is SFDX-Git-Delta?](#what-is-sfdx-git-delta)
- [Is SGD for you?](#is-sgd-for-you)
- [Getting Started](#getting-started)
- [Prerequisites](#prerequisites)
- [Installation](#installation)
- [How to use it?](#how-to-use-it)
- [`sfdx sgd:source:delta -f <string> [-t <string>] [-r <filepath>] [-i <filepath>] [-D <filepath>] [-s <filepath>] [-W] [-o <filepath>] [-a <number>] [-d] [-n <filepath>] [-N <filepath>] [--json] [--loglevel trace|debug|info|warn|error|fatal|TRACE|DEBUG|INFO|WARN|ERROR|FATAL]`](#sfdx-sgdsourcedelta--f-string--t-string--r-filepath--i-filepath--d-filepath--s-filepath--w--o-filepath--a-number--d--n-filepath--n-filepath---json---loglevel-tracedebuginfowarnerrorfataltracedebuginfowarnerrorfatal)
- [Windows users](#windows-users)
- [CI/CD specificity](#cicd-specificity)
- [Git LFS support](#git-lfs-support)
- [Use cases](#use-cases)
- [Walkthrough](#walkthrough)
- [Execute sgd](#execute-sgd)
- [Deploy the delta metadata](#deploy-the-delta-metadata)
- [Advanced use-cases](#advanced-use-cases)
- [Generate a folder containing only the added/modified sources](#generate-a-folder-containing-only-the-addedmodified-sources)
- [Exclude some metadata only from destructiveChanges.xml](#exclude-some-metadata-only-from-destructivechangesxml)
- [Explicitly including specific files for inclusion or destruction regardless of diff](#explicitly-including-specific-files-for-inclusion-or-destruction-regardless-of-diff)
- [Scoping delta generation to a specific folder](#scoping-delta-generation-to-a-specific-folder)
- [Generate a comma-separated list of the added and modified Apex classes](#generate-a-comma-separated-list-of-the-added-and-modified-apex-classes)
- [Condition deployment on package.xml and destructiveChange content](#condition-deployment-on-packagexml-and-destructivechange-content)
- [Use the module in your own node application](#use-the-module-in-your-own-node-application)
- [Changelog](#changelog)
- [Built With](#built-with)
- [Versioning](#versioning)
- [Authors](#authors)
- [Contributing](#contributing)
- [License](#license)
</details>
## TL;DR
```sh
sfdx plugins:install sfdx-git-delta
```
```sh
sfdx sgd:source:delta --to "HEAD" --from "HEAD~1" --output "."
```
```sh
sfdx force:source:deploy -x package/package.xml --postdestructivechanges destructiveChanges/destructiveChanges.xml
```
## What is SFDX-Git-Delta?
**SFDX-Git-Delta** (_a.k.a. **SGD**_) helps Salesforce Architects and Developers do 2 things with their source deployments:
- **Make deployments faster**: identify the changed metadata since a reference commit.
- **Automate destructive deployments**: build the destructiveChanges.xml from the deleted (or renamed) metadata
Have a look at this post on the Salesforce Developers Blog to dive into it: [Optimizing Unpackaged Deployments Using a Delta Generation Tool](https://developer.salesforce.com/blogs/2021/01/optimizing-unpackaged-deployments-using-a-delta-generation-tool.html).
## Is SGD for you?
If you are not a Salesforce Architect or Developer, probably not, _sorry_.
If you are a Technical Architect or Developer, then it’s a very useful tool for you, when meeting the 3 conditions below:
1. Your Salesforce project uses a git repo as the source of truth.
2. You use the Source (DX) format in the repo.
3. Your metadata is unmanaged (in other words, you are not building a managed or unlocked package).
SGD is designed to be part of a CI/CD pipeline (Jenkins, Bitbucket Pipelines, GitLab CI, GitHub Actions, Azure DevOps...) that handles the deployment of the sources to the Salesforce org(s).
Pro tip: Make sure your pipeline works **before** implementing incremental deployments. Otherwise it will just make it harder to debug your pipeline.
It's also important to implement a way to switch back to full deployment in case the incremental deployment does not behave as expected.
**DISCLAIMER:**
**⚠️ SFDX-Git-Delta is NOT an officially supported tool ⚠️**
👷 Use it at your own risk, wear a helmet, and test it first before adding it to your pipeline 🔥
## Getting Started
### Prerequisites
The plugin requires git command line on the running environment.
**Node v16.20.0 or above is required**.
To check if Salesforce CLI runs under a supported node version for SGD, run `sfdx --version`. You should see a node version above v.16.20.0 to use SGD.
If you encounter this issue whereas the node version is OK on the running environment, try to [install the Salesforce CLI via npm](https://developer.salesforce.com/docs/atlas.en-us.sfdx_setup.meta/sfdx_setup/sfdx_setup_install_cli.htm#sfdx_setup_install_cli_npm) (`npm install sfdx-cli --global`).
### Installation
SGD is a Salesforce CLI plugin (`sfdx sgd:source:delta`). Run the following command to install it:
```sh
sfdx plugins:install sfdx-git-delta
```
Because this plugin is not signed, you will get a warning saying that "This plugin is not digitally signed and its authenticity cannot be verified". This is expected, and you will have to answer `y` (yes) to proceed with the installation.
If you run your CI/CD jobs inside a Docker image, you can add the plugin to your image (such as in [this example](https://github.com/mehdisfdc/sfdx-cli-gitlab)). If you use GitHub Actions, you can find some examples of using SGD [here](https://github.com/mehdisfdc/sfdx-GitHub-actions/tree/main/.github/workflows).
⚠️ The Salesforce CLI plugin is now the only supported way to install SGD. There used to be another way to install it using yarn or npm. The legacy `sgd` command is now deprecated and decommissioned.
## How to use it?
<!-- commands -->
* [`sfdx sgd:source:delta -f <string> [-t <string>] [-r <filepath>] [-i <filepath>] [-D <filepath>] [-s <filepath>] [-W] [-o <filepath>] [-a <number>] [-d] [-n <filepath>] [-N <filepath>] [--json] [--loglevel trace|debug|info|warn|error|fatal|TRACE|DEBUG|INFO|WARN|ERROR|FATAL]`](#sfdx-sgdsourcedelta--f-string--t-string--r-filepath--i-filepath--d-filepath--s-filepath--w--o-filepath--a-number--d--n-filepath--n-filepath---json---loglevel-tracedebuginfowarnerrorfataltracedebuginfowarnerrorfatal)
## `sfdx sgd:source:delta -f <string> [-t <string>] [-r <filepath>] [-i <filepath>] [-D <filepath>] [-s <filepath>] [-W] [-o <filepath>] [-a <number>] [-d] [-n <filepath>] [-N <filepath>] [--json] [--loglevel trace|debug|info|warn|error|fatal|TRACE|DEBUG|INFO|WARN|ERROR|FATAL]`
Generate the sfdx content in source format and destructive change from two git commits
```
USAGE
$ sfdx sgd:source:delta -f <string> [-t <string>] [-r <filepath>] [-i <filepath>] [-D <filepath>] [-s <filepath>] [-W]
[-o <filepath>] [-a <number>] [-d] [-n <filepath>] [-N <filepath>] [--json] [--loglevel
trace|debug|info|warn|error|fatal|TRACE|DEBUG|INFO|WARN|ERROR|FATAL]
OPTIONS
-D, --ignore-destructive=ignore-destructive file listing paths to explicitly
ignore for any destructive actions
-N, --include-destructive=include-destructive file listing paths to explicitly
include for any destructive actions
-W, --ignore-whitespace ignore git diff whitespace (space,
tab, eol) changes
-a, --api-version=api-version salesforce metadata API version,
default to sfdx-project.json
"sourceApiVersion" attribute or
latest version
-d, --generate-delta generate delta files in [--output]
folder
-f, --from=from (required) commit sha from where the
diff is done
-i, --ignore=ignore file listing paths to explicitly
ignore for any diff actions
-n, --include=include file listing paths to explicitly
include for any diff actions
-o, --output=output [default: ./output] source package
specific output
-r, --repo=repo [default: ./] git repository
location
-s, --source=source [default: ./] source folder focus
location related to --repo
-t, --to=to [default: HEAD] commit sha to where
the diff is done
--json format output as json
--loglevel=(trace|debug|info|warn|error|fatal|TRACE|DEBUG|INFO|WARN|ERROR|FATAL) [default: warn] logging level for
this command invocation
```
_See code: [src/commands/sgd/source/delta.ts](https://github.com/scolladon/sfdx-git-delta/blob/main/src/commands/sgd/source/delta.ts)_
<!-- commandsstop -->
### Windows users
If you run SGD on a Windows system, use double quotes [to prevent the terminal to interpret parameters](https://github.com/scolladon/sfdx-git-delta/issues/134)
You should also avoid using the "^" character ([shorthand for parent commit in git](https://git-scm.com/docs/git-rev-parse#Documentation/git-rev-parse.txt-emltrevgtltngtemegemHEADv1510em)) because it is the [escape character in Windows](https://ss64.com/nt/syntax-esc.html#:~:text=include%20the%20delimiters.-,Escape%20Character,-%5E%20%20Escape%20character.).
So instead of:
```sh
sfdx sgd:source:delta --from "HEAD^" # wrong git shortcut with windows because it uses "^" syntax
````
You should write:
```sh
sfdx sgd:source:delta --from "HEAD~1" # right git shortcut with windows because it does not use "^", it uses "~n" syntax
```
### CI/CD specificity
In CI/CD pipelines, for most of the CI/CD providers, the checkout operation fetch only the last commit of the branch currently evaluated.
You need to fetch all the needed commits, as the plugin needs to have the branch to compare from as well,
Example for Github action checkout [here](https://github.com/actions/checkout#fetch-all-history-for-all-tags-and-branches).
If you use `-n` (`--include`) with metadata contained inside files you will need to have the full repo locally for the command to fully work.
In CI/CD pipelines, branches are not checked out locally when the repository is cloned, so you must specify the remote prefix.
If you do not specify the remote in CI context, the git pointer check will raise an error (as the branch is not created locally).
This applies to both `--from` and `--to` parameters as they both accept git pointers.
Example comparing `HEAD` with a `development` branch when the CI clone the repository with `origin` set as reference to the remote:
```sh
sfdx sgd:source:delta --to "HEAD" --from "origin/development" --output .
```
Use global variable when you need to easily switch sgd version (`vX.X.X` format) or channel (`stable`, `latest`, `latest-rc`) in your pipeline, without having to commit a new version of your pipeline.
Example with [github action](https://docs.github.com/en/actions/learn-github-actions/variables#using-the-vars-context-to-access-configuration-variable-values), [create a variable](https://docs.github.com/en/actions/learn-github-actions/variables#creating-configuration-variables-for-a-repository) SGD_VERSION and use it in the plugin installation phase
```yaml
- name: Install SGD
run: echo y | sfdx plugins:install "sfdx-git-delta@${{ vars.SGD_VERSION }}"
```
### Git LFS support
The plugin is compatible with git LFS.
It will be able to read content from LFS locally.
It is the user responsibility to ensure LFS content is present when the plugin is executed.
/!\ The plugin **will not fetch** content from the LFS server /!\
### Use cases
Any git sha pointer is supported: commit sha, branch, tag, git expression (HEAD, etc.).
`--from` parameter is the base commit (the first, the oldest, the closest)
`--to` parameter is the target commit (the last, the youngest, the farthest)
If you want to deploy incrementally the content of a PR, `--from` parameter will be the base branch the PR branch wants to merge to, and `--to` parameter will be the PR branch.
Here are examples of how to compare the content of different branches:
- **Comparing between commits in different branches**
For example, if you have commit `fbc3ade6` in branch `develop` and commit `61f235b1` in branch `main`:
```sh
sfdx sgd:source:delta --to fbc3ade6 --from 61f235b1 --output .
```
- **Comparing branches (all changes)**
Comparing all changes between the `develop` branch and the `main` branch:
```sh
sfdx sgd:source:delta --to develop --from main --output .
```
- **Comparing branches (from a common ancestor)**
To compare the `develop` branch since its common ancestor with the `main` branch (i.e. ignoring the changes performed in the `main` branch after `develop` creation):
```sh
sfdx sgd:source:delta --to develop --from $(git merge-base develop main) --output .
```
## Walkthrough
Let’s take a look at the following scenario:
> **_The CI pipelines deploys the sources to Production anytime there is a new commit in the main branch._**
In our example, the latest commit to main is composed of:
- _Apex Class added:_ TriggerHandler
- _Apex Class added:_ TriggerHandler_Test
- _Apex Class modified:_ TestDataFactory
- _Apex Class deleted:_ AnotherTriggerFramework
In this situation, we would expect the CI pipeline to:
1. **Deploy to Production only 3 classes** (no matter how much metadata is present in the force-app folder): `TriggerHandler`, `TriggerHandler_Test`, and `TestDataFactory`
2. **Delete from Production 1 class**: `AnotherTriggerFramework`
So let’s do it!
### Execute sgd
From the project repo folder, the CI pipeline will run the following command:
```sh
sfdx sgd:source:delta --to "HEAD" --from "HEAD~1" --output .
```
which means:
> Analyze the difference between HEAD (latest commit) and HEAD~1 (previous commit), and output the result in the current folder.
The `sfdx sgd:source:delta` command produces 2 useful artifacts:
**1) A `package.xml` file, inside a `package` folder.** This `package.xml` file contains just the added/changed metadata to deploy to the target org.
_Content of the `package.xml` file in our scenario:_
**2) A `destructiveChanges.xml` file, inside a `destructiveChanges` folder.** This `destructiveChanges.xml` file contains just the removed/renamed metadata to delete from the target org. Note: the `destructiveChanges` folder also contains a minimal package.xml file, because deploying destructive changes requires a package.xml (even an empty one).
_Content of the `destructiveChanges.xml` file in our scenario:_
Note: it is also possible to generate a **source** folder containing added/changed metadata with the [`--generate-delta (-d)`](#scoping-delta-generation-to-a-specific-folder) parameter. See the "Advanced use-cases" section for more examples.
### Deploy the delta metadata
The simplest option to deploy the incremental changes is to use `force:source:deploy` command with `-x` parameter:
```sh
sfdx force:source:deploy -x package/package.xml --postdestructivechanges destructiveChanges/destructiveChanges.xml
```
And voilà! 🥳
However, keep in mind that the above command will fail if the destructive change was supposed to be executed before the deployment (i.e. as `--predestructivechanges`), or if a warning occurs during deployment. Make sure to protect your CI/CD pipeline from those scenarios, so that it doesn't get stuck by a failed destructive change.
If needed, you can also split the added/modified metadata deployment from the deleted/renamed metadata deployment, as in the below examples:
Use the `package/package.xml` file to deploy only the added/modified metadata:
```sh
echo "--- package.xml generated with added and modified metadata ---"
cat package/package.xml
echo
echo "---- Deploying added and modified metadata ----"
sfdx force:source:deploy -x package/package.xml
```
Use the `destructiveChanges` folder to deploy only the destructive changes:
```sh
echo "--- destructiveChanges.xml generated with deleted metadata ---"
cat destructiveChanges/destructiveChanges.xml
echo
echo "--- Deleting removed metadata ---"
sfdx force:mdapi:deploy -d destructiveChanges --ignorewarnings
```
## Advanced use-cases
### Generate a folder containing only the added/modified sources
Using a package.xml for deployment is the simplest approach to delta deployments. But in some cases you may want to have only the actual recently changed source files.
One example is to speed up object deployments: the package.xml approach will deploy the entire sub-folder for a given object. Having a copy of the actual sources added/modified allows you to deploy only those components.
This is where the `--generate-delta (-d)` option comes handy!
Let's use this option with our previous example:
```sh
mkdir changed-sources
sfdx sgd:source:delta --to "HEAD" --from "HEAD~1" --output changed-sources/ --generate-delta
```
It generates the `package` and `destructiveChanges` folders, and copies added/changed files in the output folder.
_Content of the output folder when using the --generate-delta option, with the same scenario as above:_
> ⚠️ Use `--generate-delta (-d)` when `--to (-t)` value is set to "HEAD" or to the "HEAD commit SHA".
> If you need to use it with `--to (-t)` pointing to another commit than "HEAD", checkout that commit first. Example:
>
> ```sh
> # move HEAD to the wanted past commit
> $ git checkout <not-HEAD-commit-sha>
> # You can omit --to, it will take "HEAD" as default value
> $ sfdx sgd:source:delta --from "HEAD~1" --output changed-sources/ --generate-delta
> ```
Then it is possible to deploy the `change-sources` folder using `force:source:deploy` command with `-p` parameter:
```sh
sfdx force:source:deploy -p change-sources
```
### Exclude some metadata only from destructiveChanges.xml
The `--ignore [-i]` parameter allows you to specify an [ignore file](https://git-scm.com/docs/gitignore) to filter the
element on the diff to ignore. SGD ignores every diff line matching the pattern from the ignore file specified in the `--ignore [-i]`. `package.xml` generation, `destructiveChanges.xml` generation and `--delta-generate` will ignore those lines.
Sometimes you may need to have two different ignore policies. One for the `package.xml` and another one for `destructiveChanges.xml` files. This is where the `--ignore-destructive [-D]` option comes handy!
Use the `--ignore-destructive` parameter to specify a dedicated ignore file to handle deletions. It will apply to metadata listed in the `destructiveChanges.xml`. In other words, this will override the `--ignore [-i]` parameter for deleted items.
Consider the following:
- a repository containing many sub-folders (force-app/main, force-app/sample, etc)
- a commit deleting the Custom\_\_c object from one folder and modifying the Custom\_\_c object from another folder. This is a Modification and a Deletion events.
The Custom\_\_c object appears in the `package.xml` and in `destructiveChanges.xml` and fail the deployment. This is a situation where your may want to use the `--ignore-destructive [-D]` parameter! Add the Custom\_\_c object pattern in an ignore file and pass it in the CLI parameter:
```sh
# destructiveignore
*Custom\_\_c.object-meta.xml
$ sfdx sgd:source:delta --from commit --ignore-destructive destructiveignore
```
Note: when only using the `--ignore [-i]` parameter (and not `--ignore-destructive [-D]`) the plugin will apply it to added/changed/deleted elements.
### Explicitly including specific files for inclusion or destruction regardless of diff
The `--include [-n]` parameter allows you to specify a file based on [gitignore glob matching](https://git-scm.com/docs/gitignore) to include specific files. Regardless whether they appears in the diff or not.
Like the `--ignore` flag, this file defines a list of glob file matchers to always include `git` aware files in the `package.xml` package.
SGD will include every metadata from the repo at the `to` parameter state, matching the pattern from the include file specified in the `--include [-n]`.
As with `--ignore`, you may need different policies for the `package.xml` and `destructiveChanges.xml` files. This is where the `--include-destructive [-N]` option comes handy!
Use the `--include-destructive` parameter to specify a dedicated include file to handle deletions. Related metadata will appear in the `destructiveChanges.xml` output.
/!\ In order to work properly with metadata contained inside files (Labels, Workflow, MatchingRules, etc) the local repo must have the full historic.
Consider the following:
- a repository containing many sub-folders (force-app/main,force-app/sample, etc)
- a CI/CD platform generating a `force-app/generated/foo` file the `source:deploy` command should not include.
You can create a file with a line matching this new file and specify this file using the `--include-destructive [-N]` parameter.
```sh
# .destructiveinclude
*generated/foo
$ sfdx sgd:source:delta --from commit --include-destructive .destructiveinclude
```
The path matchers in includes file must follow [`gitignore`](https://git-scm.com/docs/gitignore#:~:text=The%20slash%20/%20is%20used%20as%20the%20directory%20separator.) spec and accept only unix path separator `/` (even for windows system).
### Scoping delta generation to a specific folder
The `--source [-s]`parameter allows you to specify a folder to focus on, making any other folder ignored.
It means the delta generation will only focus on the dedicated folder.
For example, consider a repository containing many sub-folders (force-app/package, force-app/unpackaged, etc).
This repository contains packaged (deployed via package) and unpackaged (deployed via CLI) sources.
You only want to apply delta generation for the unpackaged sources.
```sh
$ tree
.
├── force-app
├── packaged
│ └── classes
│ └── PackagedClass.cls
└── unpackaged
└── classes
└── UnpackagedClass.cls
├── ...
# scope the delta generation only to the unpackaged folder
$ sfdx sgd:source:delta --from commit --source force-app/unpackaged
```
> The ignored patterns specified using `--ignore [-i]` and `--ignore-destructive [-D]` still apply.
> The `--source` path must be relative to the `--repo` path
### Generate a comma-separated list of the added and modified Apex classes
Depending on your testing strategy, [you may want to generate a comma-separated list of the added and modified Apex classes](https://github.com/scolladon/sfdx-git-delta/issues/126). This list can feed the `sfdx force:source:deploy --testlevel RunSpecifiedTests` command, for example.
To cover this need, parse the content of the package.xml file produced by SGD using [yq](https://github.com/kislyuk/yq):
`xq . < package/package.xml | jq '.Package.types | [.] | flatten | map(select(.name=="ApexClass")) | .[] | .members | [.] | flatten | map(select(. | index("*") | not)) | unique | join(",")'`
### Condition deployment on package.xml and destructiveChange content
SGD does not always generate content in the package.xml (or destructiveChanges.xml). Sometimes the commit range contains changes only within files to ignore (using .sgdignore and `--i` parameter).
[Deploying empty package.xml can lead to deployment errors.](https://github.com/scolladon/sfdx-git-delta/issues/249)
To avoid starting a failing deployment, test files content before execution:
```sh
# run deploy command only if the generated package contains metadata
if grep -q '<types>' ./package/package.xml ; then
echo "---- Deploying added and modified metadata ----"
sfdx force:source:deploy -x package/package.xml
else
echo "---- No changes to deploy ----"
fi
```
### Use the module in your own node application
If you want to embed sgd in your node application, install it as a dependency for your application
```sh
yarn add sfdx-git-delta
```
Then use the JavaScript module
```js
// sample/app.js
const sgd = require('sfdx-git-delta')
// or
// import sgd from 'sfdx-git-delta'
const work = await sgd({
to: '', // commit sha to where the diff is done. [default : "HEAD"]
from: '', // (required) commit sha from where the diff is done. [default : git rev-list --max-parents=0 HEAD]
output: '', // source package specific output. [default : "./output"]
apiVersion: '', // salesforce API version. [default : latest]
repo: '', // git repository location. [default : "."]
})
console.log(JSON.stringify(work))
/* {
* config: config,
* diffs: { package: {...}, destructiveChanges: {...} },
* warnings: []
* }
*/
```
## Changelog
[changelog.md](CHANGELOG.md) is available for consultation.
## Built With
- [fast-xml-parser](https://github.com/NaturalIntelligence/fast-xml-parser) - Validate XML, Parse XML to JS/JSON and vise versa, or parse XML to Nimn rapidly without C/C++ based libraries and no callback
- [fs-extra](https://github.com/jprichardson/node-fs-extra) - Node.js: extra methods for the fs object like copy(), remove(), mkdirs().
- [ignore](https://github.com/kaelzhang/node-ignore#readme) - is a manager, filter and parser which implemented in pure JavaScript according to the .gitignore spec 2.22.1.
- [isomorphic-git](https://github.com/isomorphic-git/isomorphic-git) - A pure JavaScript implementation of git for node and browsers!
- [lodash](https://github.com/lodash/lodash) - A modern JavaScript utility library delivering modularity, performance & extras.
- [MegaLinter](https://megalinter.io) - Open-Source tool for CI/CD workflows that analyzes the consistency of your code, IAC, configuration, and scripts
- [simple-git](https://github.com/steveukx/git-js) - A light weight interface for running git commands in any node.js application.
- [xmlbuilder2](https://github.com/oozcitak/xmlbuilder2) - An XML builder for node.js.
## Versioning
Versioning follows [SemVer](http://semver.org/) specification.
## Authors
- **Sebastien Colladon** - Developer - [scolladon](https://github.com/scolladon)
- **Mehdi Cherfaoui** - Tester - [mehdisfdc](https://github.com/mehdisfdc)
## Contributing
Contributions are what make the trailblazer community such an amazing place. I regard this component as a way to inspire and learn from others. Any contributions you make are **appreciated**.
See [contributing.md](CONTRIBUTING.md) for sgd contribution principles.
## License
This project license is MIT - see the [LICENSE.md](LICENSE.md) file for details