SGS

It is a fact today that most businesses are getting automated. The use of manual labor in many departments is being replaced by automation software. Nevertheless, even Artificial Intelligence needs testing before it can be executed for on-field functioning. Thus several enterprises resort to automated testing processes to speed up the release cycles, get rid of tedious tasks and to enhance software quality. However, not all automation-testing processes deliver returns on results as anticipated.

All may seem fine with your automation software, but the end-output speaks a different story!

There could be many other factors. Yet an important issue for this lack of effectiveness in automation testing is non-utilization of right test practices. There are a couple of standard procedures that need to be followed after implementing test automation tools. The core steps in this are:

1. Identify What Needs to be Automated

It is a simple as that, but seldom followed. Consideration should be given to the fact that elements that may work in a specific work environment may not function in another. Factors such as applications under test, hardware dependencies and the potential impacts need to be kept in mind, while deciding what to automate. For example, Automation software may be required for the following:

  • Tasks that are repetitive in nature
  • Features/functions that remain stable for the most part of the application lifecycle
  • Tests that require complicated calculations
  • Tasks that regularly require environment setups
  • Tests that are difficult to perform manually

2. Prioritize and Segregate

A list has been made of the tests that need to be automated. Next, they should be ranked according to order of priority and further classified into divisions. Here, you can identify the outcome that you wish to achieve through test automation and accordingly plan the next actions. The automation testing process can also be made simpler by dividing the tasks in a way that meets the expected timeline.

3. Anticipate Scenarios by Preparing Test Demonstrations

Always predict the test scenario to create test cases before jumping to test automation. Preparing test cases in advance helps in identifying the test execution time and possible defects. It also helps to ascertain other possible application functions that can be automated. These may be overlooked if attention is only given to known test scenarios and workflows.

4. Ensure Test Cases Don’t Affect UI Changes

Scripts and keyword-based tests that are normally created in applications often get changed in terms of functional aspects along with the UI. At times, the test scripts may not work for the successive versions of the application. Hence, preference needs to be given to create tests in a way that doesn’t affect the changes in the UI, by identifying and locating properties as well as UI objects. In addition, unique names can be provided for the controls as they will help to ensure that the tests remain stable and unaffected by UI changes. The automated tests will work smoothly without the need to make frequent changes.

5. Optimize Data Sets

Data sizes should be optimal and contain information and components relevant for application testing requirement. Combined data sets that are separated into different categories such as valid data, invalid data and boundary conditions, can be considered quality data sets. This data can be read from a database stored in XML, Excel or text file formats for conducting data-driven testing.

6. Get Your Tools Right

Many testing problems can be solved, by making use of standardized tools, frameworks and test techniques that are suitable for a particular type of application or test scenario. Some of the recommended test techniques such as Behavioral/ Black-Box Testing, Structural/ White-Box Testing, State Transition Testing, and Exploratory Testing can be applied for different testing requirements. Moreover, making use of the right framework and tools for test automation, test management, bug tracking, reporting, and analytics can help in obtaining the desired output from the test automation project.

Having mentioned all these points, it is necessary to procure the services of a professional automation testing company to derive the maximum efficiency in your automation tools. SGS Technologie successfully implemented automation testing for numerous clients in the insurance services and financial industries. Mail us or visit our website to learn more.

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However, not all automation-testing processes deliver returns on results as anticipated.", "articleBody" : "All may seem fine with your automation software, but the end-output speaks a different story!</STRONG></P>\n\n<P>There could be many other factors. Yet an important issue for this lack of effectiveness in automation testing is non-utilization of right test practices. There are a couple of standard procedures that need to be followed after implementing test automation tools. The core steps in this are:</P>\n\n<P><STRONG>1. Identify What Needs to be Automated</STRONG></P>\n\n<P>It is a simple as that, but seldom followed. Consideration should be given to the fact that elements that may work in a specific work environment may not function in another. Factors such as applications under test, hardware dependencies and the potential impacts need to be kept in mind, while deciding what to automate. For example, Automation software may be required for the following:</P>\n\n<UL>\n\t<LI>Tasks that are repetitive in nature</LI>\n\t<LI>Features/functions that remain stable for the most part of the application lifecycle</LI>\n\t<LI>Tests that require complicated calculations</LI>\n\t<LI>Tasks that regularly require environment setups</LI>\n\t<LI>Tests that are difficult to perform manually</LI>\n</UL>\n\n<P><STRONG>2. Prioritize and Segregate</STRONG></P>\n\n<P>A list has been made of the tests that need to be automated. Next, they should be ranked according to order of priority and further classified into divisions. Here, you can identify the outcome that you wish to achieve through test automation and accordingly plan the next actions. The automation testing process can also be made simpler by dividing the tasks in a way that meets the expected timeline.</P>\n\n<P><STRONG>3. Anticipate Scenarios by Preparing Test Demonstrations</STRONG></P>\n\n<P>Always predict the test scenario to create test cases before jumping to test automation. Preparing test cases in advance helps in identifying the test execution time and possible defects. It also helps to ascertain other possible application functions that can be automated. These may be overlooked if attention is only given to known test scenarios and workflows.</P>\n\n<P><STRONG>4. Ensure Test Cases Don�t Affect UI Changes</STRONG></P>\n\n<P>Scripts and keyword-based tests that are normally created in applications often get changed in terms of functional aspects along with the UI. At times, the test scripts may not work for the successive versions of the application. Hence, preference needs to be given to create tests in a way that doesn�t affect the changes in the UI, by identifying and locating properties as well as UI objects. In addition, unique names can be provided for the controls as they will help to ensure that the tests remain stable and unaffected by UI changes. The automated tests will work smoothly without the need to make frequent changes.</P>\n\n<P><STRONG>5. Optimize Data Sets</STRONG></P>\n\n<P>Data sizes should be optimal and contain information and components relevant for application testing requirement. Combined data sets that are separated into different categories such as valid data, invalid data and boundary conditions, can be considered quality data sets. This data can be read from a database stored in XML, Excel or text file formats for conducting data-driven testing.</P>\n\n<P><STRONG>6. Get Your Tools Right</STRONG></P>\n\n<P>Many testing problems can be solved, by making use of standardized tools, frameworks and test techniques that are suitable for a particular type of application or test scenario. Some of the recommended test techniques such as Behavioral/ Black-Box Testing, Structural/ White-Box Testing, State Transition Testing, and Exploratory Testing can be applied for different testing requirements. Moreover, making use of the right framework and tools for test automation, test management, bug tracking, reporting, and analytics can help in obtaining the desired output from the test automation project.</P>\n\n<P>Having mentioned all these points, it is necessary to procure the services of a professional automation testing company to derive the maximum efficiency in your automation tools. SGS Technologie successfully implemented automation testing for numerous clients in the insurance services and financial industries. Mail us or visit our website to learn more.", "url" : "https://www.sgstechnologies.net/blog/how-improve-effectiveness-your-automation", "publisher" : { "@type" : "Organization", "name" : "SGS Technologies" } } </script>

How to Improve the Effectiveness of Your Automation

 99

It is a fact today that most businesses are getting automated. The use of manual labor in many departments is being replaced by automation software. Nevertheless, even Artificial Intelligence needs testing before it can be executed for on-field functioning. Thus several enterprises resort to automated testing processes to speed up the release cycles, get rid of tedious tasks and to enhance software quality. However, not all automation-testing processes deliver returns on results as anticipated.

All may seem fine with your automation software, but the end-output speaks a different story!

There could be many other factors. Yet an important issue for this lack of effectiveness in automation testing is non-utilization of right test practices. There are a couple of standard procedures that need to be followed after implementing test automation tools. The core steps in this are:

1. Identify What Needs to be Automated

It is a simple as that, but seldom followed. Consideration should be given to the fact that elements that may work in a specific work environment may not function in another. Factors such as applications under test, hardware dependencies and the potential impacts need to be kept in mind, while deciding what to automate. For example, Automation software may be required for the following:

  • Tasks that are repetitive in nature
  • Features/functions that remain stable for the most part of the application lifecycle
  • Tests that require complicated calculations
  • Tasks that regularly require environment setups
  • Tests that are difficult to perform manually

2. Prioritize and Segregate

A list has been made of the tests that need to be automated. Next, they should be ranked according to order of priority and further classified into divisions. Here, you can identify the outcome that you wish to achieve through test automation and accordingly plan the next actions. The automation testing process can also be made simpler by dividing the tasks in a way that meets the expected timeline.

3. Anticipate Scenarios by Preparing Test Demonstrations

Always predict the test scenario to create test cases before jumping to test automation. Preparing test cases in advance helps in identifying the test execution time and possible defects. It also helps to ascertain other possible application functions that can be automated. These may be overlooked if attention is only given to known test scenarios and workflows.

4. Ensure Test Cases Don’t Affect UI Changes

Scripts and keyword-based tests that are normally created in applications often get changed in terms of functional aspects along with the UI. At times, the test scripts may not work for the successive versions of the application. Hence, preference needs to be given to create tests in a way that doesn’t affect the changes in the UI, by identifying and locating properties as well as UI objects. In addition, unique names can be provided for the controls as they will help to ensure that the tests remain stable and unaffected by UI changes. The automated tests will work smoothly without the need to make frequent changes.

5. Optimize Data Sets

Data sizes should be optimal and contain information and components relevant for application testing requirement. Combined data sets that are separated into different categories such as valid data, invalid data and boundary conditions, can be considered quality data sets. This data can be read from a database stored in XML, Excel or text file formats for conducting data-driven testing.

6. Get Your Tools Right

Many testing problems can be solved, by making use of standardized tools, frameworks and test techniques that are suitable for a particular type of application or test scenario. Some of the recommended test techniques such as Behavioral/ Black-Box Testing, Structural/ White-Box Testing, State Transition Testing, and Exploratory Testing can be applied for different testing requirements. Moreover, making use of the right framework and tools for test automation, test management, bug tracking, reporting, and analytics can help in obtaining the desired output from the test automation project.

Having mentioned all these points, it is necessary to procure the services of a professional automation testing company to derive the maximum efficiency in your automation tools. SGS Technologie successfully implemented automation testing for numerous clients in the insurance services and financial industries. Mail us or visit our website to learn more.

Category : Software Development

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