XML Test Data Generator Tool

XML Test Data Generator Tool

This tool allows you to generate XML data from a template. The utility allows you to generate XML data, and export the generated XML files. The tool also supports exporting data in csv formats, json, and sql, making it easy to use the generated data in different testing environments. Users can download large amounts of test data for bulk testing or development needs.

You can save generated test data for future use, streamlining your workflow.

Mock Data can start developing an app and testing and problem solving when data service is unavailable or requires significant work to set up, and you can generate realistic test data to better simulate real-world scenarios. This tool is useful for testing software by providing a variety of data formats and large datasets. You can generate sample XML documents to quickly test your application logic. The tool provides examples and samples of XML data to help users get started and validate their output.

How to use XML Generator Online

1. Fill in the editor “Your XML template” and click on the “Generate” button.
2. The “XML generated” editor will contain the output, which can be reviewed or exported. The generated XML output can be loaded directly into your test environment or database.
3. You have a ”Field Tags” section which shows you the available tags that you can use
4. You can dowload your CSV files below the editor. The tool supports csv formats for easy integration with other tools. If needed, the generated data can also be viewed as a table for easier analysis.

What is XML

XML (Extensible Markup Language) is a markup language similar to HTML, but without predefined tags to use. Instead, you define your own tags designed specifically for your needs. This is a powerful way to store data in a format that can be stored, searched, and shared. Most importantly, since the fundamental format of XML is standardized, if you share or transmit XML across systems or platforms, either locally or over the internet, the recipient can still parse the data due to the standardized XML syntax.

XML Document Structure

XML documents are built from a hierarchy of elements, each defined by a pair of tags that organize and describe the data within. At the top of every XML document is a declaration, which specifies the XML version and character encoding, ensuring that the file can be correctly interpreted by XML parsers and software tools. The core of the document consists of elements—these are the building blocks that hold your data, and they can be nested to create complex structures. Each element can also include attributes, which provide additional details or metadata about the element, all defined within the start tag. The content of an element may be plain text, other nested elements, or a mix of both, allowing for highly flexible and human-readable data structures.

For anyone looking to generate test data, understanding the structure of an XML document is crucial. When you use an XML generator to create randomly generated test data, the tool relies on a defined XML schema to ensure that the generated XML documents are valid and realistic. An XML schema acts as a blueprint, outlining the allowed elements, attributes, data types, and relationships within your XML files. This means you can generate large volumes of sample XML that accurately reflect the structure and constraints of your real data, making your testing more effective and reliable.

Modern XML generators support a wide range of data types and custom data types, allowing you to create test data that matches your own specs. You can configure the generator to produce default values, random data, or even complex value dependencies, ensuring that your generated XML documents are suitable for a variety of testing scenarios. Whether you need to test software applications, databases, or APIs, generating sample XML with the right structure and attributes helps you simulate real-world data and uncover potential issues before they reach production.

Beyond test data generation, XML documents are also widely used to configure and manage software applications. For example, an XML file can define application settings, database structures, or user preferences, providing a flexible and extensible way to manage configuration data. This makes XML an essential tool not only for QA engineers and developers generating test data, but also for anyone looking to streamline software deployment and maintenance.

In summary, mastering the structure of XML documents empowers you to generate, manage, and validate large amounts of test data with confidence. By leveraging XML schemas and powerful XML generator tools, you can create realistic, human-readable XML files that support robust software testing, configuration, and data management across a wide range of formats and environments.

Using Tags

You can also use tag in a property name. The tag must be in a string, enclosed in double curly brackets. Example:

<address>
    <street>{{street}}</street>
    <city>{{city}}</city>
    <state>{{state}}</state>
    <zip>{{statecode}}{{zip}}</zip>
</address>

Test XML Object Generator Overview

Data Generator for XML is a tool for software developers and quality assurance engineers who need to generate test XML documents in bulk for software or service testing. The tool can generate XML representations of objects, such as employees or products, for comprehensive testing. The document’s structure can be explicitly created or imported from an existing XML file. For smart data creation, the application uses a data generation engine that enables complicated data generation and value-to-value dependencies. The engine supports creating sequences of data, which is useful for generating ordered or incremental values. The user can make test data more realistic by using the built-in Value Library, which contains predefined lists (names, dates, cities, streets, currencies, email, statecodes, firms, and so on), and by specifying attributes and namespaces for each element.

The Data Generator data source is a built-in engine that generate many types of property values. This method eliminates the need to manually create data storages and populate them with data. You can also use an XML schema (xsd) to define the structure and validate the generated XML. The tool allows you to generate large volume datasets for stress testing and performance evaluation. Manually populating a database is a time-consuming and stressful task. A test data creation tool enables business owners to try out and test their technologies before releasing them to the general market. The generated data can be loaded into a test environment for validation and quality assurance. Each generated XML document is an instance of the defined schema, ensuring consistency and accuracy. It’s recommended to avoid manual operations and instead use one of the above-mentioned test data creation solutions, which have a higher success rate.

Generate XML from a Template

The XML Generator uses a XML template to generate data. Basic and custom settings are available in the XML Generator's dialogue box. You can personalise the generator by altering the parameters as needed. XML Generator also includes Template and Preview dialogue boxes. By modifying the default script, you can customise the default template.

How Do You Create Various Name Test Data?

Each set is randomly generated to simulate real data.

Test data is actually the input given to a software program. It represents data that affects or is affected by the execution of the specific module. Some data may be used for positive testing, typically to verify that a given set of input to a given function produces an expected result. Other data may be used for negative testing to test the ability of the program to handle unusual, extreme, exceptional, or unexpected input. Poorly designed testing data may not test all possible test scenarios which will hamper the quality of the software.

Testing is an iterative part of the development process that it performed to ensure the quality of the code. During the development process you will need fake data similar to real data for testing purposes.

What is Test Data? Why is it Important?

Dummy Test data is actually the input given to a software program. It represents data that affects or is affected by the execution of the specific softwar feature. Some data may be used for positive testing, typically to verify that a given set of input to a given function produces an expected result. Other data may be used for negative testing to test the ability of the program to handle unusual, extreme, exceptional, or unexpected input.

Software Testing Methodologies

• Black Box Testing - A software testing method in which the internal structure/design/implementation of the item being tested is not known to the tester. These tests can be functional or non-functional, though usually functional. Test design techniques include: Equivalence partitioning, Boundary Value Analysis, Cause Effect Graphing.
• White Box Testing - A software testing method in which the internal structure/design/implementation of the item being tested is known to the tester. Test design techniques include: Control flow testing, Data flow testing, Branch testing, Path testing.
• Gray Box Testing - A software testing method which is a combination of Black Box Testing method and White Box Testing method.
• Agile Testing - A method of software testing that follows the principles of agile software development.
• Ad Hoc Testing - A method of software testing without any planning and documentation.

What to Look for in Mobile Testing Tools?

How do you choose the best tool for creating test scripts? Begin by focusing on the following characteristics, which are critical for successful mobile app testing.

• Multiple scripting languages are supported. It's critical to have a variety of test creation choices. This involves having a selection of scripting languages to pick from. Naturally, your QA staff should be able to work with those with whom they are already acquainted. As a result, look for a tool that supports a variety of programming languages.                
• You are developing tests for a variety of mobile operating systems. Look for a program that allows you to conduct your tests on many mobile platforms. It would be ideal for including a code reuse option, so you wouldn't have to write separate test scripts for each platform.
• Test creation choices that don't require any scripting. It is critical to creating tests without coding. This feature of mobile testing tools is beneficial to folks who do not have programming expertise. You may also develop tests very quickly this way.
• CI/CD tools are seamlessly integrated. Make sure your mobile testing tool is simple to integrate with the technologies you already use for your CI/CD procedures.

Tag Reference

{{addressuk}} : Single-line UK address. {{addressuk}} ---> 9315 Lancaster Circle, Haslingden, Nottinghamshire, HS15 6YD

{{addressus}} : Single-line US address. {{addressus}} ---> 8184 Ambrose, Fontana, Minnesota, 44626

{{addressgerman}} : Single-line German address. {{addressgerman}} ---> Bahnhofsstrasse 12, 80335 München

{{airport}} : Three-digit airport code. {{airport}} ---> MTK

{{autoinc}} : Auto-incrementing number. starting number (default 1) {{autoinc 1000}} ---> 1000 {{autoinc}} ---> 1001

{{boolean}} : Boolean value. probability of being true (default 0.5) {{boolean}} ---> false {{boolean 0.95}} ---> true

{{cat}}: Cat name. {{cat}} ---> Smokey

{{city}} : US city name.

{{cityGerman}} : German city name. {{cityGerman}} ---> Berlin

{{company}} : Company name.| {{company}} ---> Venusian Software Corp

{{country}} : Country name. {{country}} ---> Lebanon

{{county}} : UK county name. {{county}} ---> Derbyshire

{{creditcard}} : Credit card number. {{creditcard}} ---> 6011867289904845

{{currency}} : Currency code. {{currency}} ---> USD

{{date}} : Random date in YYYY-MM-DD format. Parameters: min - minimum date (default '1970-01-01') max - maximum date (default 'now') {{date}} ---> 1977-02-28 {{date 2015-01-01}} ---> 2018-08-02 // date after 2015-01-01 {{date 2015-01-01 2016-01-01}} ---> 2015-04-23 // date in 2015

{{date_iso}} : Random date in ISO-8601 format. Parameters: min - minimum date (default '1970-01-01') max - maximum date (default 'now') {{date_iso}} ---> 2013-05-24T02:44:04.687Z {{date_iso 2015-01-01}} ---> 2018-07-09T22:15:30.512Z // date after 2015-01-01 {{date_iso 2015-01-01 2016-01-01}} ---> 2015-04-21T18:08:33.979Z // date in 2015

{{digits}} : String of numerals. Parameters: numDigits (default 5) {{digits}} ---> 06984 {{digits 8}} ---> 61103920

{{dog}}: Dog name. {{dog}} ---> Lucky

{{domainname}}: Domain name. {{domainname}} ---> yallaer.com

{{email}} : Email address. Whether to use the previous firstname/surname for the email generation {{email}} ---> jermaine.buchanan@drilling.com # based on previous name {{name}} ---> Sheba Arthur {{email true}} ---> sheba21436@yes.etnedal.no

{{emojii}} : Emojii. numChars - number of characters (default 1) {{emojii}} --->  {{emojii 3}} ---> 

{{ethnicity}} : Ethnicity Ethnicity string. {{ethnicity}} ---> Tuscan

{{file}} : Get a random line from a simple text-file, e.g. line1 another line yeah Parameters: filename - full path to the file (no default) {{file /path/to/file.txt}} ---> line1

{{firstname}} : Human first name. {{firstname}} ---> Bethan

{{float}} : Floating point number. Parameters: min (default 1) max (default 100) decimalPlaces (default 4) {{float}} ---> 13.8592 {{float 1000 2000 2}} ---> 1750.06

{{integer}} : Integer number. Parameters: min (default 1) max (default 100) {{integer}} ---> 99 {{integer 1000 2000}} ---> 1523

{{ip}} : IP4 address. Parameters: local - boolean (whether to generate an IP in the 192.168.1 range or not) {{ip}} ---> 63.235.50.110 {{ip true}} ---> 192.168.1.58

{{ip6}} : IP6 address. Parameters: local - boolean (whether to generate an IP in the fc00::: range or not) {{ip6}} ---> 487d:375d:7bfe:b23b:d1e2:8934:cfb2:c17e {{ip true}} ---> fc00:cefe:5dfc:14da:691d:b4bf:63ac:6d17

{{kuuid}} : Time-sortable, unique identifier. see here Parameters: min (optional) - minimum date max (optional) - maximum date {{kuuid}} ---> 001g8LWk0Svk222Bd0Et0GeaBl1P1gkP {{kuuid 2010-01-01 2019-01-01}} ---> 001eWhUE2HLix22HqmL5436NDm1p02X6

{{kuuidr}} : Time-sortable, unique identifier, but in reverse order. see here Parameters: min (optional) - minimum date max (optional) - maximum date {{kuuidr}} ---> zzzwSGtT2o36oK17mC4R26dkHI1f1Xm0 {{kuuid 2010-01-01 2019-01-01}} ---> zzyTAKwG1uzH1N4Cl4xi1vZIE22oxrrT

{{last}} : The last generate value of the supplied tag. This is used to re-use generated data elsewhere in your template. Parameters: tag - the name of the tag {{last uuid}} ---> HSFC5LQPCP84IVY7 (the last uuid that was generated by datamaker)

{{latitude}} : Decimal latitude. {{latitude}} ---> -54.4371

{{letters}} : String of uppercase characters. Parameters: numLetters (default 5) {{letters}} ---> TVEHJ {{letters 10}} ---> WOBOJRJFCU

{{longitude}} : Decimal longitude. {{longitude}} ---> 175.2526

Mac address : Mac address {{mac}} ---> 23-0d-a3-3e-cf-d8

{{marque}} : Car manufacturer. {{marque}} ---> Bugatti

{{monarch}} : King or Queen. {{monarch}} ---> Henry VIII

{{occupation}} : Occupation (job) Occupation string. Parameters: none {{occupation}} ---> Midwife

{{oneof}} : Picks one of supplied values. Parameters: any number of strings {{oneof Gryffindor Hufflepuff Ravenclaw Slytherin}} ---> Slytherin

{{name}} : Combination for firstname and surname. Equivalent of {{firstname}} {{surname}}. {{name}} ---> Anna Flint

{{normal}} : Generates numbers on a normal distribution Parameters: mean - centre of distribution (default 50) stddev - standard deviation (default 1) decimalPlaces - number of decimal places (default 4) {{normal}} ---> 50.1097 {{normal 20000 1000 2}} ---> 20370.88

{{password}} : A commonly-used password. {{password}} ---> abcd1234 {{password | md5}} ---> 1f3870be274f6c49b3e31a0c6728957f

{{president}} : A US president {{president}} ---> Richard Nixon

{{postcode}} : UK postcode. {{postcode}} ---> KT4 0XS

{{price}} : Floating point price. Parameters: min (default 1) max (default 100) {{price}} ---> 65.29 {{price 500 700}} ---> 521.98

{{prime}}: Prime number. If you supply impossible parameters, you will get 1 in reply. Parameters: min (default 1) max (default 100) {{prime}} ---> 17 {{prime 1000 3000}} ---> 1657

{{product}} : Product name. {{product}} ---> CARABAO {{product | toTitleCase}} ---> Salt

{{religion}} : Religion Parameters: none {{religion}} ---> Mandaean Nasaraean Sabeans

{{sic}} : Industry standard SIC code - business category {{sic}} ---> Growing of tobacco

{{state}} : US state name. {{state}} ---> Ohio

{{statecode}} : 2-letter US state code {{statecode}} ---> NC

{{street}} : Street address. {{street}} ---> 6502 Chantler Avenue

{{streetGerman}} : German Street name. {{streetGerman}} ---> Schulstrasse

{{surname}} : Human surname. {{surname}} ---> Doyle-Tyson

{{tel}} : International telephone number. {{tel}} ---> +43-3040-100-474

{{time}}:Time in HH:MM:SS format. {{time}} ---> 10:45:59

{{timestamp}} : Timestamp in milliseconds since 1970. Parameters: min - minimum timestamp (default 0) max - maximum timestamp (default 'now') {{timestamp}} ---> 351543517819 {{timestamp 946684800000}} --> 1163308913102  // timestamp after 2000-01-01 {{timestamp 946684800000 978307200000}} --> 959753617250  // timestamp in year 2000

{{title}} : Honorific or title e.g. Mr, Mrs etc. {{title}} ---> Reverend

{{tld}} : Top level domain, or common domain name ending. {{tld}} ---> gov.pr

{{town}} : UK town name. {{town}} ---> Dudley

{{unit}} : An SI Unit {{unit}} ---> °C

{{url}} : Full URL. {{url}} ---> https://www.jovinianist.com/microcosmology.html?adrenalone=VEF0TSB23N04V8MO

{{uuid}} : Unique identifier. {{uuid}} ---> C3QTU8YIVKZY126Q

{{uuidv4}} : Unique identifier v4. {{uuidv4}} ---> d1e606b0-0452-46a7-9190-8671a82fdea0

{{website}} : Full website URL. {{website}} ---> https://unlyrically.com

{{word}} : Single word. {{word}} ---> synentognathous

{{words}} : Multiple words. Parameters: count (default 5) {{words}} ---> piacularly burp archisymbolical glumaceous Calinago {{words 2}} --->Xenomorpha mauler

{{youtube}} : Random YouTube URL. {{youtube}} ---> https://www.youtube.com/watch?v=dQw4w9WgXcQ

{{zip}} : US ZIP code. {{zip}} ---> 69882