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  1. Stackups
  2. DevOps
  3. Version Control
  4. Version Control System
  5. DVC vs Mercurial

DVC vs Mercurial

OverviewComparisonAlternatives

Overview

Mercurial
Mercurial
Stacks229
Followers219
Votes105
DVC
DVC
Stacks57
Followers91
Votes2
GitHub Stars15.1K
Forks1.3K

DVC vs Mercurial: What are the differences?

Introduction

In this Markdown code, we will discuss the key differences between DVC (Data Version Control) and Mercurial, two popular version control systems. The differences between them are highlighted below.

  1. Integration with Data Science Workflow: DVC is specifically designed for data scientists and machine learning engineers, providing seamless integration with common data science tools such as Git, Jupyter notebooks, and cloud storage platforms. On the other hand, Mercurial is a general-purpose distributed version control system suitable for various types of projects, not specifically tailored for data science workflows.

  2. Data Versioning: DVC focuses on version control of large datasets and models, allowing efficient storage and management of data files in remote storage systems like AWS S3, Google Cloud Storage, and more. It provides an explicit and efficient way to version, share and collaborate on large-scale data projects. Mercurial, on the other hand, primarily focuses on version control of source code files and does not provide built-in features for large-scale data versioning.

  3. Workflow Automation: DVC offers advanced capabilities for automated workflows and reproducibility of experiments. It provides a DAG (Directed Acyclic Graph) visualization that enables data scientists to track dependencies and reproduce complex data pipelines easily. Mercurial, on the other hand, does not provide specific features for workflow automation and reproducibility.

  4. Branching and Merging: Both DVC and Mercurial support branching and merging operations. However, the approach and scope differ. In DVC, branching and merging are focused on managing changes in data artifacts, allowing users to create, switch between, and merge data branches efficiently. In contrast, Mercurial's branching and merging capabilities are mainly designed for source code management, allowing developers to create, switch between, and merge branches of code.

  5. Collaboration and Remote Work: Mercurial has been used for many years in various open-source projects, making it widespread and well-documented. It provides extensive support for collaboration, code reviews, and remote work scenarios. DVC, although gaining popularity in the data science community, is relatively newer and may have fewer resources and established practices for collaboration and remote work.

  6. Community Support and Ecosystem: Mercurial has a large community of users and developers, resulting in a rich ecosystem of plugins, extensions, and integrations with other tools. It has been extensively tested and used in a wide range of projects. DVC, being more focused on data science workflows, has a smaller but growing community and ecosystem. While DVC integrates well with common data science tools, it may have limited support for non-data-science-specific use cases.

In summary, DVC and Mercurial differ in their focus on data science workflows, data versioning capabilities, workflow automation features, collaboration and remote work support, as well as the size and maturity of their respective communities and ecosystems.

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Detailed Comparison

Mercurial
Mercurial
DVC
DVC

Mercurial is dedicated to speed and efficiency with a sane user interface. It is written in Python. Mercurial's implementation and data structures are designed to be fast. You can generate diffs between revisions, or jump back in time within seconds.

It is an open-source Version Control System for data science and machine learning projects. It is designed to handle large files, data sets, machine learning models, and metrics as well as code.

-
Git-compatible; Storage agnostic; Reproducible; Low friction branching; Metric tracking; ML pipeline framework; Language- & framework-agnostic; HDFS, Hive & Apache Spark; Track failures
Statistics
GitHub Stars
-
GitHub Stars
15.1K
GitHub Forks
-
GitHub Forks
1.3K
Stacks
229
Stacks
57
Followers
219
Followers
91
Votes
105
Votes
2
Pros & Cons
Pros
  • 18
    A lot easier to extend than git
  • 17
    Easy-to-grasp system with nice tools
  • 13
    Works on windows natively without cygwin nonsense
  • 11
    Written in python
  • 9
    Free
Cons
  • 0
    Does not distinguish between local and remote head
  • 0
    Track single upstream only
Pros
  • 2
    Full reproducibility
Cons
  • 1
    Doesn't scale for big data
  • 1
    Requires working locally with the data
  • 1
    Coupling between orchestration and version control
Integrations
Windows
Windows
Fedora
Fedora
FreeBSD
FreeBSD
Debian
Debian
Gentoo Linux
Gentoo Linux
Mac OS X
Mac OS X
Google Cloud Storage
Google Cloud Storage
Amazon S3
Amazon S3
Google Drive
Google Drive
PyTorch
PyTorch
Git
Git
GitLab
GitLab
GitHub
GitHub
Python
Python
Julia
Julia
TensorFlow
TensorFlow

What are some alternatives to Mercurial, DVC?

Git

Git

Git is a free and open source distributed version control system designed to handle everything from small to very large projects with speed and efficiency.

SVN (Subversion)

SVN (Subversion)

Subversion exists to be universally recognized and adopted as an open-source, centralized version control system characterized by its reliability as a safe haven for valuable data; the simplicity of its model and usage; and its ability to support the needs of a wide variety of users and projects, from individuals to large-scale enterprise operations.

Plastic SCM

Plastic SCM

Plastic SCM is a distributed version control designed for big projects. It excels on branching and merging, graphical user interfaces, and can also deal with large files and even file-locking (great for game devs). It includes "semantic" features like refactor detection to ease diffing complex refactors.

Pijul

Pijul

Pijul is a free and open source (AGPL 3) distributed version control system. Its distinctive feature is to be based on a sound theory of patches, which makes it easy to learn and use, and really distributed.

Magit

Magit

It is an interface to the version control system Git, implemented as an Emacs package. It aspires to be a complete Git porcelain. While we cannot (yet) claim that it wraps and improves upon each and every Git command, it is complete enough to allow even experienced Git users to perform almost all of their daily version control tasks directly from within Emacs. While many fine Git clients exist, only deserve to be called porcelains.

Replicate

Replicate

It lets you run machine learning models with a few lines of code, without needing to understand how machine learning works.

isomorphic-git

isomorphic-git

It is a pure JavaScript reimplementation of git that works in both Node.js and browser JavaScript environments. It can read and write to git repositories, fetch from and push to git remotes (such as GitHub), all without any native C++ module dependencies.

Gitless

Gitless

Gitless is an experiment to see what happens if you put a simple veneer on an app that changes the underlying concepts. Because Gitless is implemented on top of Git (could be considered what Git pros call a "porcelain" of Git), you can always fall back on Git.

Git Reflow

Git Reflow

Reflow automatically creates pull requests, ensures the code review is approved, and squash merges finished branches to master with a great commit message template.

BitKeeper

BitKeeper

BitKeeper is a fast, enterprise-ready, distributed SCM that scales up to very large projects and down to tiny ones.

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