
Define web services as machine-to-machine communication over the internet, and distinguish them from web apps that serve end users, highlighting programming access and behind-the-scenes calls by third-party apps.
Demonstrate how web services provide a programming interface that lets applications like make my trip query airline systems and return a unified result to the end user.
Explore how web services excel over web-based apps by enabling platform and language independence, and through easy, fast data exchange via XML, enabling multi-device integration.
Compare api and web service by noting web services require network access, while apis may run locally and be exposed as libraries or jars.
Examines soap and rest web services, showing soap as an XML-based protocol with WSDL descriptions, and REST as a lightweight, resource-based approach supporting multiple formats.
Install the free SoapUI on Windows by downloading the installer, running it, accepting the license, and completing the setup; then start SoapUI and create a project.
Install and upgrade the SoapUI Pro version by following the on-screen prompts, selecting components such as the database driver, accepting the license, and completing the installation to start the software.
Explains the difference between soap and rest services, showing soap's xml-based data exchange, standard-bound security, and higher bandwidth, contrasted with rest's lightweight architectural style and flexible formats.
Explore the universal description discovery and integration (UDDI) registry, a public or private platform to publish and discover business web services, enabling clients to search and contact providers for licensing.
Discover how SoapUI supports rest and web service testing with functional automation, performance, and security testing, plus service mocking, data-driven testing, and comprehensive reporting for both free and pro versions.
Explore the SoapUI hierarchy from workspace to test steps, create a workspace, add projects, test suites, test cases, and steps, and run SoapUI requests in both free and paid versions.
Learn the rest api methods like get, post, patch, delete, head, options, and trace, and when to use each for fetching, creating, updating, or debugging data with headers and body.
Learn how to create your first rest project in SoapUI, set up a test suite and test case, and build basic get and post requests for a student management system.
Master posting a new resource in a REST API with SoapUI by crafting the request body, sending student data, and verifying creation via the generated ID.
Update a resource using a put request in rest api testing with SoapUI, sending a json body that updates id, first name, middle name, last name, and date of birth.
Learn how to perform a delete REST test case in SoapUI by sending a delete request with an ID, executing the test, and verifying the resource is removed.
Demonstrates an end-to-end rest api testing workflow in SoapUI, creating a student, adding technology and address via post requests, and fetching details to validate chained responses across a test suite.
Learn how to fetch dynamic data from responses and propagate the id across requests using property transfer in SoapUI, enabling automated multi-step testing with single-click execution.
Understand JSON, a JavaScript object notation, as a lightweight data interchange format that uses key-value pairs, quotes for strings, numbers, arrays, and nested objects to transfer data between machines.
Understand json path basics and how to find data with json path, using contains and position-specific navigation to fetch city, phone number, and other keys from api responses.
Explore advanced json path techniques to navigate complex json structures, using indexing and dot notation to fetch nested values such as city, area, address, house number, mobile, and language data.
Learn how to use JSON path count and existence assertions in SoapUI to validate response data, including first name, technical details, and language entries, with practical examples.
Master json path match techniques to assert response data in rest api testing with SoapUI, validating specific fields such as last name and city using json path.
Set up the Groovy programming environment by installing the JDK, Eclipse, and the Groovy plugin, then configure workspace and Groovy projects in Eclipse.
Explore how to define classes and create objects in Groovy, including constructors, methods, and variables, and organize code with packages to group related test cases.
Explore Groovy basics for SoapUI, showing Groovy as an object-oriented language similar to Java and used for SoapUI scripting. Define variables with def and print to console or log.
Kick off groovy programming by setting up eclipse, creating a groovy project and packages, writing groovy scripts, and learning basic syntax, comments, and java-like semicolon behavior.
Master condition handling in groovy by using if else and if else if else to determine even or odd numbers, including negative and zero cases and modulo checks.
Explore a programming exercise that demonstrates swapping two numbers using a temporary variable and an alternative without a temporary variable, with Groovy/Java examples like 100 and 200.
Explore a Groovy program that checks whether numbers are even or odd using a class, object, and method, handling negative numbers and zero with multiple conditional branches.
In Groovy, build a grading system with a method to classify scores from 0 to 100 into first, second, third class, or fail, and display invalid number for out-of-range inputs.
Explore Groovy arrays in REST API testing by defining arrays either with values or a fixed size, using zero-based indexing to assign, fetch, and print elements, and obtaining array size.
learn the for loop basics by setting a start value, defining a condition to exit, and updating the index, then display the table of 10 in increasing and decreasing orders.
Master the while loop by defining a starting point, a condition check, and an increment or decrement inside the loop to print the table of 10.
Demonstrate how the for each loop iterates over a group of data, selecting one value at a time, executing the body, and displaying each value with a print statement.
Explore string handling in Groovy by creating string objects, calculating length, trimming spaces, replacing text, concatenating, accessing characters, substring, case conversion, equals and compareTo, contains checks, and splitting.
Learn how to determine if a number is prime by testing divisibility, using a loop with early break, and optimizing to half the value for faster prime checks in Groovy.
In this rest api testing course, the lecture demonstrates a fibonacci-like sequence from two initial numbers by summing prior values. It explores a hundred-threshold loop and counting generated numbers.
Learn to reverse a string by iterating from the end using length and index access to build result. Compare approaches: print each character, or concatenate into a string with plus.
Create a Ruby class to check palindromes by reversing a string, comparing it with the original, and reporting results; explore case-insensitive checks and example strings like madam and Malayalam.
Explore reading data from a text file in Groovy with File and FileReader in Eclipse, reading one character at a time until end-of-file and noting per-character performance drawbacks.
Read text data efficiently in groovy by wrapping a file reader with a buffered reader and using readLine in a loop until end of file.
Learn how to fetch and parse JSON responses with Groovy's JsonSlurper in SoapUI, extract IDs, and drive dynamic data through subsequent requests to test end-to-end API workflows.
REST (Representational State Transfer) is an architectural style, and an approach to communications that is often used in the development of Web service The use of REST is often preferred over the more heavyweight SOAP(Simple Object Access Protocol) style because REST does not leverage as much bandwidth, which makes it a better fit for use over the Internet. The SOAP approach requires writing or using a provided server program (to serve data) and a client program (to request data).
REST sits on this stack in a way that makes it easy for humans to understand what's being exchanged while allowing computers to talk to one another efficiently. You may have also heard of some of the other technologies that can reside here, such as SOAP (which requires a fair amount of data and computing power and is not really appropriate for the constrained resources of mobile applications), JMS (which is specific to Java applications) and XML-RPC (which has many of the same problems as SOAP without any of the benefits of standardisation).
This course cover following items
1 Create REST Request
2 Different type of REST methods
3.Groovy programming