Open Source Markup Languages
Sort By:
Markup Languages
View related business solutionsBrowse free open source Markup Languages and projects below. Use the toggles on the left to filter open source Markup Languages by OS, license, language, programming language, and project status.
-
Ganttic is a resource management software that excels in high-level resource planning and managing multiple project portfolios at once. In Ganttic, anything and anyone you need to schedule can be a resource – people, rooms, machinery – you name it! The software scales with your business, and you can introduce department after department to Ganttic to utilize all of your resources in the most effective way possible. Using Ganttic, you will have a good grasp on both the allocation and utilization of your resources.
-
Cerberus offers a variety of secure file transfer solutions to fit businesses of any size or business sector, including finance, technology, education, publishing, law offices, local, state, and federal government agencies, hospitals and many more.
-
1
Zefania XML Bible Markup Language
Zefania XML bible modules
Zefania XML bible modules can be viewed with: Simple Bible Reader (see files) Zefania XML Language Documentation can be found here: https://bgfdb.de/zefaniaxml/bml/">
-
2
Systems Biology Markup Language (SBML)
A file format for exchanging computational models in systems biology
The Systems Biology Markup Language (SBML) is an XML-based description language for representing computational models in systems biology. Visit the project web site to learn more. -
3
TOML
Tom Preston-Werner's obvious, minimal language
Tom's Obvious, Minimal Language. By Tom Preston-Werner, Pradyun Gedam, et al. TOML aims to be a minimal configuration file format that's easy to read due to obvious semantics. TOML is designed to map unambiguously to a hash table. TOML should be easy to parse into data structures in a wide variety of languages. TOML shares traits with other file formats used for application configuration and data serialization, such as YAML and JSON. TOML and JSON both are simple and use ubiquitous data types, making them easy to code for or parse with machines. TOML and YAML both emphasize human readability features, like comments that make it easier to understand the purpose of a given line. TOML differs in combining these, allowing comments (unlike JSON) but preserving simplicity (unlike YAML). Because TOML is explicitly intended as a configuration file format, parsing it is easy, but it is not intended for serializing arbitrary data structures. -
4
The SNG Project
Textualize a PNG image, or turn a textualized image back to a PNG.
SNG is a specialized markup language for expressing the contents of a PNG (Portable Network Graphics) in an editable, all-text form. The project supports the sng compiler, which can translate between SNG and PNG.">
-
Atera is an IT Management interface that provides the summit of solutions for MSPs. This leading-edge, cloud-based program offers Remote Monitoring & Management, Remote Access & Support, Technician-Based Pricing, and Professional Services Automation.
-
5
The development and curation of a range of XML-based tools for using Chemical Markup Language (CML), including XSD XML Schemas for validation, datatyping and constraining CML documents and XSLT Stylesheets for transforming, filtering and rendering.
-
6
HEML, the Hypertext Edit Markup Language, is a simplified markup language. HEML is implemented in a small Web browser that enables quickly editing web pages. HEML can be used for ordinary Web pages or for a program help system.
-
7
Scratch is a simple markup language for use in applications such as weblogs and content management systems. Scratch provides simple inline and block tags for formatting and semantic markup.
-
8
WXML could be considered as an xsl like templatisation language. Based on php, it allows the developement of XML like tags libraries. Every tags can be embbed into any HTML/XHTML, XML file.
-
9
KML is a knowledge base with support of logical modeling. Advanced model is used to represent knowledge as a set of statements similar to natural language sentences. This project hosts a set of model storage library and server (vrb-ols) and clients.
-
It empowers organizations of any size to build trusted data applications quickly, with fast time to value using a single software platform for governance, master data, reference data, data quality, enrichment, and workflows.
-
10
LCML stands for Legacy Computing Markup Language and provides a way to describe in XML the (inter)dependencies of configuring the build- and run-time configuration of a command-line driven binary. LCML is defined using an XML schema.
-
11
femML is an XML-based language for describing finite element models and associated results for inter - and intra- application data exchange and integration.
-
12
3DMLW is a 3D engine and markup language based on XML that is capable of running in common web browsers. It supports .3ds, .obj, .an8 (Anim8or) models and experimental .blend (Blender) support, .tga, .jpg and .png textures and .ogg sound.
-
13
AJA Project trying specify a binary markup language(AJA-ML) based on XML ideas and developing C++ library(LIBAJA++).
-
14
The Accelerator Markup Language (AML) / Universal Accelerator Parser (UAP) project will develop an XML based format for describing high energy particle accelerators along with associated software to convert lattice files to a standard internal struct
-
15
A common markup language and a parser to generate documentation in any target format (Html, Latex, Trac, Mediawiki...). The core command relies on a Tcl library: it is easy to create new target formats. Doc files are parameterizable via a header.
-
16
Analytical Information Markup Language
Open XML format for analytical chemistry and biology data.
This project supports ASTM E13.15 "Analytical Data Magement" in its work defining AnIML, an XML standard for representing, managing and interchanging analytical chemistry and biology data. -
17
Annotated Gel Markup Language is a simple markup language that is being proposed to markup data obtained by 2D gel electrophorosis.The goal of AGML is to enable proteomics research move into the browsing mode of searching through existing databases.
-
18
A Perl object layer for representing BSML(Bioinformatic Sequence Markup Language) documents. The object layer can read/write BSML documents adhering to the BSML DTD v3.1.
-
19
Blueprint Builder
The markup language for design the programs
Blueprint Builder is an integrate environment for development the blueprint documents. Blueprint is a technology for designing : 1. structure of program 2. process of development 3. business processes The technology is compatible with Rational Unified Process Articles about Blueprint in english and ukrainian reveals the major moments of the using Blueprint technology. Examples of the using technology includes the blueprints of MultiText Editor, Blueprint Builder and Neutrino (Java library for text editing) The program costs $500. See Donate section for datails Install Java 1.6 from distributive firstly -
20
ByteML is a XML-JavaBytecode interoperability framework. With the aid of this framework the end-user can convert bytecode ( Java .class files ) to XML files and vice-versa.
-
21
Create or parse ANY Mark-up Language (HTML XML X3D VRML MathML XAML XDP CDA SCORM COLLADA XBRL) file or string into a simple and versatile MLDocument, MLElement, MLParameter hierarchical object model, written in VB 6 (Win32). Alternative to using DOM.
-
22
The Cell System Markup Language (CSML) is an XML format for modeling, visualizing and simulating biopathways. CSML supports to represent several pathway types including metabolic, signaling, genetic regulatory pathways, and cell-cell interactions.
-
23
The Collectio MarkUp Language (CollectioML) is a XML hyperdocument scheme for museum records, written in RelaxNG, for the interconnectivity between museums, libraries, archives and external providers.
-
24
Configuration markup language
Human readable and human writable format for the config files
For object-oriented programs is useful to supply the configuration information in structured manner also. Seems the XML is the an answer. But too much <tag></tag> everywhere make the XML for *.config or *.ini files almost human unreadable and uneditable. This library intended to read text of markup configurations files in uniform way. Text information from the file is loaded by your program as a structural tree. After slurping a *.config file we can supply the resulting objects to object instances of our program to let them configure themselves. So, it facilitates text information to supply configuration data to object-oriented software. Advantage - we can use markups to mark just the groups of the parameters only. And we do obliged not to keep markups for the every Name=Value pairs like XML does. Such text in *.config file is less messy, and much more human readable then XML. -
25
CRML - Conflict Resolution Markup Language - http://www.equiforum.org - is an open source innitiative to develop an XML based Semantic Web ontology (RDF, OWL) for researchers interested in peace to create a standard way of collecting and sharing informa
Open Source Markup Languages Guide
Open source markup languages are computer languages used to create the structure and presentation of any type of document, including those used on websites. They are text-based and use symbols (markup) to describe different parts of the document in order to differentiate between the content, such as text or images, and how it is presented. The most commonly used open source markup language is HTML (HyperText Markup Language).
HTML is what web developers use to organize and present web pages all over the internet. It was created by Tim Berners-Lee in 1990 as a way for scientists at CERN, a large particle physics laboratory in Switzerland, to be able to share information with each other quickly and efficiently. HTML uses tags in angle brackets (<>) that specify the various sections of a website for search engines like Google so that they can read them more easily. These tags also allow you to do things like add links from one page to another – this is where hypertext comes from.
Another common open source markup language is XML (Extensible Markup Language). XML was designed in 1996 by an international consortium of tech companies called W3C (World Wide Web Consortium) as a way for websites to exchange data between each other without relying on formats specific only one program or platform. This means that any program can generate or recognize XML which makes the language incredibly powerful. Unlike HTML which has specific tags assigned certain looks, styles and functions, XML allows users to define their own set of tags making it much easier for developers when creating custom systems or applications that have unique requirements not covered by standard HTML elements.
CSS (Cascading Style Sheets) is another widely used open-source markup language but instead of defining how content looks when it’s displayed onscreen (like HTML does), CSS determines how content should look when printed out on paper or through another medium such as an audio player. It does this by setting rules about font size, color, line spacing etc., for different types of output devices. Finally XSLT (Extensible Stylesheet Language Transformations), which works similarly but with XML documents rather than plain text documents like those written in CSS or HTML files - allowing developers immense control over how their data can be processed and presented visually across multiple platforms/devices simultaneously.
Open Source Markup Languages Features
- Extensibility: Open source markup languages provide developers with the flexibility to extend existing tags and even add custom elements. This provides more control over the structure and appearance of webpages.
- Cross-Platform Compatibility: Open sourced markups allow developers to create websites that can be accessed on multiple platforms without needing to make any modifications or have a separate version for each platform.
- Community Support: Since open source markup languages are created by community members, any issues found in them can easily be fixed and improvements can quickly be implemented. Additionally, community members often offer free tutorials and resources regarding how to use the language.
- Easy Readability: Due to their simple syntax, open source markups are generally easy for anyone to read and understand regardless of whether they have coding experience or not. This makes it easier for both developers and users alike to use them without having to struggle with overly complex code structures.
- Standardization: As most of these languages rely on standardized HTML tags, they provide a common foundation between all websites using them which makes development more efficient since features do not need to be recreated every time.
Types of Open Source Markup Languages
- HTML: Hypertext Markup Language is used to create webpages and is the standard markup language for websites. It contains short codes or tags that are inserted into webpages to format text, images and other content.
- XML: Extensible Markup Language follows a set of rules for encoding documents in both human and machine-readable forms. It can be used to store data, as well as describe and transmit information across different platforms.
- CSS: Cascading Style Sheets contain instructions that tell the browser how to style elements on a webpage (fonts, backgrounds, colors). It makes website creation easier by allowing styles like font size, color and layout to be specified in one single place instead of each page individually.
- YAML: Yet Another Markup Language is an expressive data serialization language commonly used to write configuration files that are easy for humans to read and edit but also parsable by machines. Its syntax includes indentation levels used instead of braces or brackets as well as inline lists/dictionaries similar to JSON format.
- Markdown: Popular among bloggers and writers who need lightweight formatting tools quickly accessible from any plain text editor; it uses punctuation characters for most formatting tasks (**bold** for boldface text, *italic* for italics). The goal with markdown is speed and readability paired with ease of use.
Advantages of Open Source Markup Languages
Open source markup languages provide numerous benefits to their users. These include:
- Flexibility: Open source markup languages allow for the user to customize the webpage desired. With open source, developers and webmasters have access to all of the code needed to create, edit and maintain a website. This gives them a greater degree of control over how their website looks, functions and behaves than they might otherwise have.
- Cost-Effectiveness: Many open source markup languages are offered at no cost or with nominal charge. That means developers can take advantage of powerful web development tools without incurring any up-front costs or having to pay ongoing subscription fees.
- Ease Of Use: The syntax used in many open source languages is designed with a focus on ease-of-use making it easier for people new to programming to get started quickly and produce stunning results more quickly - particularly when compared to traditional programming techniques like Java/C++/PHP etc. The underlying code is often well documented so that even experienced developers can quickly find answers should problems arise.
- Reliability & Security: Open Source software is generally regarded as more reliable due largely to its wide distribution base which encourages “peer review” of code by members of the community leading towards better quality assurance overall. Also, because bugs can be identified and repaired easily (due again largely in part due to peer review) there is less incentive for malicious actors looking for potential vector points from which they could hijack computers running different versions of proprietary software as they would be able detect any vulnerabilities present much sooner within widely used versions available online versus versions released only through commercial vendors who may not issue patch notifications or fixes until after an attack has taken place. Additionally, since developers possess complete control over the codebase, they can perform rigorous testing before releasing any updates into production environments further minimizing security risks posed by unknown sources offering potentially untested new features/functionalities added in subsequent releases from other vendors who may be unable or unwilling invest adequate time into proper testing cycles prior launch dates.
Types of Users That Use Open Source Markup Languages
- Content Writers/Authors: Content writers create content using various open source markup languages like HTML, XML, and CSS for websites, blogs, manuals, and documentation.
- Web Designers/Developers: Those who design and develop websites use these open source markup languages to build the front-end of the website. They make sure the website displays properly on all devices.
- Software Programmers: Programmers use open source markup languages to write code for various applications such as mobile apps or software programs.
- Graphic Designers: Graphic designers use HTML5 to create interactive web designs with animations, videos, audio clips etc. They also embed rich media in different parts of a webpage or an application.
- Database Administrators: Database administrators take advantage of XML to store data in its raw format which can be later accessed easily by other applications across multiple platforms.
- Game Developers: Game developers know how to incorporate JavaScript along with other open source markup languages into game development process on popular gaming consoles or PC platform games.
How Much Do Open Source Markup Languages Cost?
Open source markup languages are free of cost for everyone to use, so there is no monetary cost associated with using them. However, many open source markup languages require some level of programming knowledge and can take a significant amount of time to learn if you don’t already have coding experience. Additionally, there may be costs associated with hosting the files and other elements necessary for your project that make use of the open source markup language. Depending on the complexity and quantity of the project, these costs can vary greatly but could potentially include server fees, bandwidth usage fees, additional development or scripting resources needed for custom integrations or modifications, etc. Therefore although the initial cost for open source markup languages is zero dollars upfront, there may be additional expenses incurred in order to successfully deploy projects utilizing them.
What Do Open Source Markup Languages Integrate With?
Many types of software can integrate with open source markup languages. Content management systems, such as WordPress, Drupal, and Joomla all use markup languages to power their websites. Database management systems like MySQL and NoSQL also have integration capabilities with open source markup languages. Programming languages such as HTML, JavaScript, and CSS are used in conjunction with markup language to build dynamic web applications. Additionally, there are a variety of frameworks available that allow developers to create powerful web applications using the integration capabilities of open source markup languages such as Ruby on Rails or Node.js. Finally, many desktop publishing tools like Adobe InDesign or QuarkXPress offer integration options for these markups so users can make attractive layouts for print purposes.
Trends Related to Open Source Markup Languages
- Increased Popularity: Open source markup languages such as HTML, XML, and CSS have become increasingly popular in recent years. They are used to create webpages, applications, and other digital content.
- Easier to Use: Open source markup languages are easier to use than proprietary ones. They are more user-friendly, offer better support, and often cost less.
- Widespread Use: Open source markup languages are widely used for a variety of tasks. From creating websites to building mobile apps, open source markup languages provide developers with a powerful tool for creating content quickly and effectively.
- Cross-Platform Support: One of the major benefits of open source markup languages is their cross-platform support. This means that developers can create content that can be viewed on multiple devices and platforms without any additional effort.
- Improved Security: Open source markup languages are more secure than proprietary ones. They are less likely to be vulnerable to malicious attacks and hacking attempts.
- More Flexible: Open source markup languages provide developers with greater flexibility than proprietary ones. Developers can customize their code to better fit their needs and requirements.
Getting Started With Open Source Markup Languages
Getting started with open source markup languages is relatively easy and straightforward.
- The first step is to download an editor, such as Visual Studio Code or Atom, that will allow you to write your code in the language of your choice.
- After that, it's time to learn the basics of the language. HTML is usually a great place to start since it's the most commonly used markup language.
- Once you have a basic grasp of HTML elements and tags, you can move onto CSS which provides more control over how those elements are displayed on the page. There are plenty of tutorials available both online and in print that will help guide you through learning these languages. As far as practicing your skills goes, there are also numerous challenges available online where you can hone your coding abilities.
- Once you're comfortable coding in HTML and CSS, then it’s time to advance into some additional open source programming languages like Javascript or PHP which offer even more customization options for web pages and applications.
- Ultimately, open source markup languages provide powerful tools for creating engaging websites easily without having to worry about licensing fees or other costs associated with proprietary software solutions. With enough research and practice, anybody can become skilled at using this modern web technology.