xml tagged requests and articles
Categorized request examples and articles tagged with [xml] keyword What is the CDATA in XML?
CDATA (meaning character data) is used for different but related purposes in the SGML and XML markup languages. The term CDATA is used for textual data that should not be parsed by an XML parser. The characters "<" and "&" are not allowed within XML elements. The "<" character will throw an error because the parser will interpret it as the start of a new element. The "&" character will throw an error because the parser will interpret it as the start of a character entity. The parser completely ignores everything inside the CDATA section. The CDATA section starts with "<![CDATA[" and ends with "]]>".
SOAP API Testing Tool
Online SOAP API testing tool for API developers and testers. Test your SOAP API by making API calls directly from your browser.
How do I add comments to XML?
XML has built-in support for comments. Comments are added to XML data to describe what a given block of data is for. Comments are for humans only and are ignored by XML processors. XML comments may contain information, links, and data-related terms. Comments in XML start with "<!--" and end with "-->", and a text note should be added between these characters. Comment lines may appear anywhere in the XML code. In this XML comment example, we have included two comment elements in the XML data, which you can see below.
What is the difference between JSON and XML?
JSON and XML perform a similar task of organizing complex data in an understandable and readable format for various APIs (Application Programming Interfaces) and programming languages. Both JSON and XML are important because they structure data that allows us to successfully share it on the web. The JSON format is the fastest and easiest way to structure and exchange data. This is where JSON outperforms XML in performance. But XML plays an important role in storing data, and its document formats are still widely used by developers and set by default in many tools. XML is commonly used in enterprise-grade applications that require increased reliability and security. This article provides a detailed explanation of the differences between JSON and XML.
Online XML to JSON Converter
The XML to JSON converter lets you convert XML data strings to JSON objects. The XML converter is fully XML compliant and supports XML elements, attributes, texts, comments, CDATA, DOCTYPE, XML declarations, and XML processing instructions. XML to JSON converter generates accurate and reversible JSON strings; you can convert XML to JSON and then convert it back from JSON to XML to its original form. The XML to JSON converter is fast and secure. XML to JSON conversion is done right in the browser without sending requests to the server. The XML to JSON converter is simple and very easy to use with minimal configuration options. Enter XML data and click "Convert XML to JSON" to transform XML to JSON online and see the result.
Online XML Viewer
Convert XML data strings to a user-readable format and view them in a convenient tree view or XML code editor with advanced XML syntax highlighting. Save, share, and collaborate on your XML online. Online XML Viewer includes the best-in-class XML linter that automatically detects and highlights XML errors as you type. Learn XML using a manually curated database of XML examples. Online XML Viewer works without additional browser extensions or desktop applications. It's free.
What is XML?
The XML (eXtensible Markup Language) is an extensible markup language similar to HTML but without predefined tags. Users create their own tags suited to their needs. It is an efficient way to store data in a universal format that is easy to search, share, and transfer over a network. The most important advantage of XML is that, the XML format is standardized and widely used. Almost all popular programming languages have built-in modules for parsing and processing XML. XML-formatted data is commonly used in client-server communication across the Internet between different systems.
Online XML Parser
Parse XML data strings into a human-readable format and check for XML errors with a superior XML Linter. Save, share, and collaborate on XML online. View XML with a best-in-class XML code editor, built-in syntax highlighting, and built-in XML linter. Learn XML with hand-picked XML examples. Online XML Parser works without installing browser add-ons or desktop software. It's free.
Online XML Validator
Validate XML data strings for XML errors with best-in-class XML linter and XML validator. View XML validation results in an advanced XML editor with built-in syntax highlighting and per-line error indication. Save, share, and collaborate XML online. Learn XML with a manually created collection of XML examples. The Online XML Validator doesn't necessitate any browser plug-ins or desktop applications. It's free.
How to Parse XML in JavaScript?
To parse XML in JavaScript, you can use DOMParser API, which converts XML strings into a structured Document Object Model (DOM). The DOM model enables easy traversal and manipulation of XML data. Additionally, you can use third-party libraries like jQuery or XML parsers, such as SAX, xml2js, and libxmljs. In this JavaScript Parse XML example, we use the parseFromString() method to parse an XML string. Below are additional examples of parsing XML in JavaScript with detailed descriptions. Click Execute to run the JavaScript Parse XML Example online and see the result.
JSON Snippet
JSON code example.
Online XML Beautifier
Quickly and easily convert XML data strings into a beautiful, human-readable format and view them in plain text with advanced XML syntax highlighting or in a convenient tree view. Save, share, and collaborate your XML data snippets online. The Online XML Beautifier offers a powerful XML code editor with advanced syntax highlighting and the best-in-class XML linter that automatically validates and highlights XML errors as you type. Explore XML with a hand-picked database of XML examples. Online XML Beautifier does not require browser plug-ins or desktop software. It's free.
Online JSON to XML Converter
The JSON to XML converter allows you to convert JSON objects into XML data strings. The JSON converter is fully compatible with JSON and supports JSON elements, arrays, attributes, texts, comments, and JSON declarations. The JSON to XML converter produces clean and reversible XML strings; you can convert JSON to XML and then convert it back from XML to JSON to its original form. The JSON to XML converter is fast and secure. JSON to XML conversion is done right in the browser without sending requests to the server. The JSON to XML converter is simple and easy to use, with minimal configuration options. Enter JSON data and click "Convert JSON to XML" to convert JSON strings to XML data online and see the result.
How to Parse XML in PHP?
To parse XML in PHP, you can to use the SimpleXML extension. The SimpleXML is an extension allowing us to easily manipulate and retrieve data from XML strings. The SimpleXML turns XML into a data structure that can be iterated over like a collection of arrays and objects. As of PHP 5, the SimpleXML functions are part of the PHP core, and no installation is required to use them. In this PHP Parse XML example, we use the simplexml_load_string method, which provides a convenient way to access XML content. You can find more examples of parsing XML in PHP below. Click Execute to run the PHP Parse XML Example online and see the result.
How to Parse XML in Python?
To parse an XML document with Python, you can use the built-in xml.etree.ElementTree module, which provides a lightweight and efficient API for parsing XML data strings. The ElementTree.fromstring() method parses the provided XML document and returns an ElementTree object representing the root element of the XML structure. With this object, you can access tags, attributes, and text elements of the XML. In this Python XML parsing example, we process the XML document using the xml.etree.ElementTree.fromstring() method. You can find more examples of parsing XML in Python below. Click Execute to run the Python Parse XML example online and see the result.
XML Snippet
XML code example.
How to read XML in Python?
Reading XML in Python involves parsing and extracting the desired information from the XML data. Python provides several libraries to work with XML data strings, including the built-in xml.etree.ElementTree, xml.dom.minidom, and third-party libraries like xmltodict and lxml. In this Python Read XML example, we are reading and parsing XML string using xml.etree.ElementTree library. You can find more examples of reading XML in Python below. Click Execute to run the Python Read XML Example online and see the result.
CDATA (meaning character data) is used for different but related purposes in the SGML and XML markup languages. The term CDATA is used for textual data that should not be parsed by an XML parser. The characters "<" and "&" are not allowed within XML elements. The "<" character will throw an error because the parser will interpret it as the start of a new element. The "&" character will throw an error because the parser will interpret it as the start of a character entity. The parser completely ignores everything inside the CDATA section. The CDATA section starts with "<![CDATA[" and ends with "]]>".
SOAP API Testing Tool
Online SOAP API testing tool for API developers and testers. Test your SOAP API by making API calls directly from your browser.
How do I add comments to XML?
XML has built-in support for comments. Comments are added to XML data to describe what a given block of data is for. Comments are for humans only and are ignored by XML processors. XML comments may contain information, links, and data-related terms. Comments in XML start with "<!--" and end with "-->", and a text note should be added between these characters. Comment lines may appear anywhere in the XML code. In this XML comment example, we have included two comment elements in the XML data, which you can see below.
What is the difference between JSON and XML?
JSON and XML perform a similar task of organizing complex data in an understandable and readable format for various APIs (Application Programming Interfaces) and programming languages. Both JSON and XML are important because they structure data that allows us to successfully share it on the web. The JSON format is the fastest and easiest way to structure and exchange data. This is where JSON outperforms XML in performance. But XML plays an important role in storing data, and its document formats are still widely used by developers and set by default in many tools. XML is commonly used in enterprise-grade applications that require increased reliability and security. This article provides a detailed explanation of the differences between JSON and XML.
Online XML to JSON Converter
The XML to JSON converter lets you convert XML data strings to JSON objects. The XML converter is fully XML compliant and supports XML elements, attributes, texts, comments, CDATA, DOCTYPE, XML declarations, and XML processing instructions. XML to JSON converter generates accurate and reversible JSON strings; you can convert XML to JSON and then convert it back from JSON to XML to its original form. The XML to JSON converter is fast and secure. XML to JSON conversion is done right in the browser without sending requests to the server. The XML to JSON converter is simple and very easy to use with minimal configuration options. Enter XML data and click "Convert XML to JSON" to transform XML to JSON online and see the result.
Online XML Viewer
Convert XML data strings to a user-readable format and view them in a convenient tree view or XML code editor with advanced XML syntax highlighting. Save, share, and collaborate on your XML online. Online XML Viewer includes the best-in-class XML linter that automatically detects and highlights XML errors as you type. Learn XML using a manually curated database of XML examples. Online XML Viewer works without additional browser extensions or desktop applications. It's free.
What is XML?
The XML (eXtensible Markup Language) is an extensible markup language similar to HTML but without predefined tags. Users create their own tags suited to their needs. It is an efficient way to store data in a universal format that is easy to search, share, and transfer over a network. The most important advantage of XML is that, the XML format is standardized and widely used. Almost all popular programming languages have built-in modules for parsing and processing XML. XML-formatted data is commonly used in client-server communication across the Internet between different systems.
Online XML Parser
Parse XML data strings into a human-readable format and check for XML errors with a superior XML Linter. Save, share, and collaborate on XML online. View XML with a best-in-class XML code editor, built-in syntax highlighting, and built-in XML linter. Learn XML with hand-picked XML examples. Online XML Parser works without installing browser add-ons or desktop software. It's free.
Online XML Validator
Validate XML data strings for XML errors with best-in-class XML linter and XML validator. View XML validation results in an advanced XML editor with built-in syntax highlighting and per-line error indication. Save, share, and collaborate XML online. Learn XML with a manually created collection of XML examples. The Online XML Validator doesn't necessitate any browser plug-ins or desktop applications. It's free.
How to Parse XML in JavaScript?
To parse XML in JavaScript, you can use DOMParser API, which converts XML strings into a structured Document Object Model (DOM). The DOM model enables easy traversal and manipulation of XML data. Additionally, you can use third-party libraries like jQuery or XML parsers, such as SAX, xml2js, and libxmljs. In this JavaScript Parse XML example, we use the parseFromString() method to parse an XML string. Below are additional examples of parsing XML in JavaScript with detailed descriptions. Click Execute to run the JavaScript Parse XML Example online and see the result.
JSON Snippet
JSON code example.
Online XML Beautifier
Quickly and easily convert XML data strings into a beautiful, human-readable format and view them in plain text with advanced XML syntax highlighting or in a convenient tree view. Save, share, and collaborate your XML data snippets online. The Online XML Beautifier offers a powerful XML code editor with advanced syntax highlighting and the best-in-class XML linter that automatically validates and highlights XML errors as you type. Explore XML with a hand-picked database of XML examples. Online XML Beautifier does not require browser plug-ins or desktop software. It's free.
Online JSON to XML Converter
The JSON to XML converter allows you to convert JSON objects into XML data strings. The JSON converter is fully compatible with JSON and supports JSON elements, arrays, attributes, texts, comments, and JSON declarations. The JSON to XML converter produces clean and reversible XML strings; you can convert JSON to XML and then convert it back from XML to JSON to its original form. The JSON to XML converter is fast and secure. JSON to XML conversion is done right in the browser without sending requests to the server. The JSON to XML converter is simple and easy to use, with minimal configuration options. Enter JSON data and click "Convert JSON to XML" to convert JSON strings to XML data online and see the result.
How to Parse XML in PHP?
To parse XML in PHP, you can to use the SimpleXML extension. The SimpleXML is an extension allowing us to easily manipulate and retrieve data from XML strings. The SimpleXML turns XML into a data structure that can be iterated over like a collection of arrays and objects. As of PHP 5, the SimpleXML functions are part of the PHP core, and no installation is required to use them. In this PHP Parse XML example, we use the simplexml_load_string method, which provides a convenient way to access XML content. You can find more examples of parsing XML in PHP below. Click Execute to run the PHP Parse XML Example online and see the result.
How to Parse XML in Python?
To parse an XML document with Python, you can use the built-in xml.etree.ElementTree module, which provides a lightweight and efficient API for parsing XML data strings. The ElementTree.fromstring() method parses the provided XML document and returns an ElementTree object representing the root element of the XML structure. With this object, you can access tags, attributes, and text elements of the XML. In this Python XML parsing example, we process the XML document using the xml.etree.ElementTree.fromstring() method. You can find more examples of parsing XML in Python below. Click Execute to run the Python Parse XML example online and see the result.
XML Snippet
XML code example.
How to read XML in Python?
Reading XML in Python involves parsing and extracting the desired information from the XML data. Python provides several libraries to work with XML data strings, including the built-in xml.etree.ElementTree, xml.dom.minidom, and third-party libraries like xmltodict and lxml. In this Python Read XML example, we are reading and parsing XML string using xml.etree.ElementTree library. You can find more examples of reading XML in Python below. Click Execute to run the Python Read XML Example online and see the result.
SOAP API
SOAP is an XML-based messaging protocol specification that strictly defines an entire method of communication between the client and the server.
SOAP is an XML-based messaging protocol specification that strictly defines an entire method of communication between the client and the server.
