Conformance testing is a software testing approach being used to ensure that a software system meets the guidelines and requirements set by IEEE, W3C, or ETSI. Conformance testing determines how well a system undergoing assessment verifies to fulfill the specific needs of a certain regulation.Compliance testing is another name for conformance testing.
It may deal with certain technical aspects, but it incorporates the following on purpose −
Behavior of system
You will learn the following in this tutorial −
What is Conformance Testing?
Types of Conformance Testing
Why do we need Conformance Testing?
What do we need to test?
When and how to perform Conformance Testing?
Conformance Testing Process/Program
Advantages of Conformance Testing
Disadvantages of Conformance Testing
Conformance Testing for Mobile System
Conformity Testing can be either logical or practical, and it includes the following sorts of testing −
To ensure that the system's criteria are met.
To determine if the system records are complete and contain all necessary information.
To ensure that the development, design, and assessment are in accordance with the requirements.
The principles by which the execution is carried out
The name of the system that will be created
Management initiates conformance testing with complete confidence in the company and its mastery of guidelines, requirements, and processes.
To minimize ambiguity, standards and requirements must be explicitly stated while developing an application. If that's not the case, then conformance testing may be used to take the required measures to ensure it’s useful and dependable.
Conformance testing is conducted whenever we need to examine the system's overall uniformity, completeness, and accuracy with regard to user requirements.
There are numerous approaches for accomplishing it that are similar to our Development Lifecycle Phases, such as;
Evaluating specs for demands
Making a test plan
The objective of creating test scenarios
Make documentation for completed test designs.
We must concentrate on certain extra characteristics of specifications, such as subsets, which are classified into three types: 'Profile,' 'Level,' and 'Modules'.
The profile is a collection of specifications that comprises system functionality to meet the requirements and is tailored to a select group of people.
Levels are layered subsets of specifications, where Level1 represents fundamental requirements and Level2 represents Level1 with additional/new features.
Modules are groups of requirements and guidelines that are highly connected.
A conformance testing process, also known as a compliance testing process, is required for a software program to assure effectiveness, functionality, and to minimize future dangers. An efficient conformance testing procedure comprises the following steps −
Standard and Specification Analysis
Choosing Test Tools and a Test Suite
Creating Testing Procedures
Validations are being checked.
Changing applicable testing policies and certifications
Conformance Testing is sometimes referred to as Compliance Testing, although there are certain fundamental differences that distinguish Conformance Testing from Compliance Testing.
We'll look at how they relate and differ.
|Conformance Testing||Compliance Testing|
|Conformance Testing is a formalized and exact method of evaluating standards.||Compliance testing is a casual and exact method of testing standards.|
|Only the operating system with an official Certification Authority is eligible for conformance certification.||A compliant operating system is one that supports a single POSIX (Portable Operating System Interface) API.|
|Conformance testing is performed to ensure that a system meets all of the requirements of a specific standard.||Compliance testing is performed to validate a system's support for certain of the supplied standards.|
Ensures that requirements are followed correctly.
Guarantees mobility and compatibility
Ensures that standards are used appropriately.
Allows you to ensure that all interfaces and functionalities are functioning properly.
Helps to distinguish between regions that must be conformed and those that must not be conformed, such as syntax and semantics.
Conformance Testing, like all other forms of testing, includes some activities that are tough to complete and may pose a barrier. Some of them are as follows −
To properly do conformance testing, it is necessary to establish the type of system that must be tested, as well as the appropriate technique.
Specifications are classified into Profiles, Levels, and Modules.
Values are predefined.
Creating extensions, choices, and ways to ensure the testing process runs well.
Some aspects of conformance testing require special participation and involvement for successful execution.
Methods of testing that are most appropriate
Choosing a test tool to streamline the testing process
A thorough comprehension of conformance Testing that reveals just nonconformance rather than compliance
Creating and Implementing a Program for Conformance Testing
Specifying the formality with which it should be carried out
Regulation and policies
Conformance testing, like all other forms of software testing, may be performed on mobile systems. After the system has been constructed, it is conformance tested before delivery to ensure that it is fit for its purpose.
The tests are carried out as per kind of networks, such as GSM or CDMA, in order to ensure conformity and compatibility.
These tests may include −
SIM card Testing
Radio Frequency(RF) Testing
Specific Absorption Tests
The Use Case Diagram below depicts how conformance testing for operational mobile systems is carried out −
Furthermore, for SIM Card Testing in two phases, this may be developed as follows &minbus;
There can be two cases for a system such as −
Consider the following Use Case for Protocol Testing −
The Test Case Template below will assist you in understanding how we may construct test cases for Protocol Testing.
|Test ID||Test Scenario||Test Steps||Test Data||Expected Result||Actual Result||Status||Remarks|
|PT001||There is no deadlock in the protocol.||Begin with the communicati on procedure.||-||Should effectively establish communicati on||Communicati on has been established successfully.||Pass||-|
|PT002||For Timeout, the "Ping" Command works properly.||In the command prompt, type 'Ping -w' to execute the Ping command.||Ping 1000||The message "Transmit Successful" should be shown.||"Transmit Successful," says the message.||Pass||-|
|PT003||Count the number of "echo" queries||In the command prompt, type 'Ping -n' to execute the Ping command.||Ping 4||Should ping 0.0.0.4 with 32 bytes of data and display the message "Transmit Successful."||Pings 0.0.0.4 with 32 bytes of data but returns the message "Transmit Failed."||Fail||Semantic/ Functiona l error|
|PT004||From any state, you may get to any other state.||Exit a state and return to the previous or next state||-||Should successfully change the state||Changes the state successfully||Pass||-|
These words demonstrate that Conformance Testing may also be used to evaluate the application of technical standards.
The test cases are being established to offer standardization to the testing process. Hundreds of test cases may be written and conducted based on the kind of network to validate that the mobile system operates as specified.
Conformance Testing, often known as Type Testing, is a systematic method of testing.
It's being used to evaluate if the system adheres to the required specifications.
Dress testing, load testing, volume testing, and compliance testing are all part of it.
It is sometimes known as Compliance Testing, however, there are significant variations between the two.
Some of the most significant elements of Conformance Testing include the Conformance Testing Program, Testing Methodologies, and Test Tools.
Conformance Testing in Software Engineering helps ensure standard use and compatibility.
Mobile Systems are also subjected to conformance testing.