Ques:- According 2 an company or TL,how can a tester can preparePOSITIVE & NEGATIVE test cases ??
Asked In :-
Cineplex,
Ques:- Explian traceablity matrix with an example ?
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Ques:- Wht is the difference between Test case and Test condition
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Ques:- What is severity and what is priority
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Ques:- How do you test the middleware ? esp for an Online Banking software?
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Right Answer:
To test the middleware for an Online Banking software, you should:
1. **API Testing**: Validate the APIs for correct request and response formats, status codes, and error handling.
2. **Data Flow Testing**: Ensure data is correctly passed between the frontend and backend systems, including database interactions.
3. **Security Testing**: Check for vulnerabilities like SQL injection, cross-site scripting, and ensure proper authentication and authorization.
4. **Performance Testing**: Assess the middleware's response time and load handling under various conditions.
5. **Integration Testing**: Verify that the middleware correctly integrates with other services and components, such as payment gateways and user authentication systems.
6. **Error Handling Testing**: Simulate failures to ensure the middleware handles errors gracefully and provides meaningful feedback.
7. **Logging and Monitoring**: Ensure that the middleware logs relevant events and errors for troubleshooting and compliance purposes.
To test the middleware for an Online Banking software, you should:
1. **API Testing**: Validate the APIs for correct request and response formats, status codes, and error handling.
2. **Data Flow Testing**: Ensure data is correctly passed between the frontend and backend systems, including database interactions.
3. **Security Testing**: Check for vulnerabilities like SQL injection, cross-site scripting, and ensure proper authentication and authorization.
4. **Performance Testing**: Assess the middleware's response time and load handling under various conditions.
5. **Integration Testing**: Verify that the middleware correctly integrates with other services and components, such as payment gateways and user authentication systems.
6. **Error Handling Testing**: Simulate failures to ensure the middleware handles errors gracefully and provides meaningful feedback.
7. **Logging and Monitoring**: Ensure that the middleware logs relevant events and errors for troubleshooting and compliance purposes.
Ques:- What is Static testing and types of Static testing
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Right Answer:
Static testing is a type of software testing that involves examining the code, requirements, or documentation without executing the program. The main types of static testing include:
1. **Code Review**: Manual inspection of source code by developers or peers.
2. **Static Code Analysis**: Automated tools analyze code for potential errors, vulnerabilities, or coding standards violations.
3. **Static Testing of Requirements**: Reviewing requirements documents to ensure clarity and completeness.
4. **Static Testing of Design**: Evaluating design documents for correctness and adherence to requirements.
Static testing is a type of software testing that involves examining the code, requirements, or documentation without executing the program. The main types of static testing include:
1. **Code Review**: Manual inspection of source code by developers or peers.
2. **Static Code Analysis**: Automated tools analyze code for potential errors, vulnerabilities, or coding standards violations.
3. **Static Testing of Requirements**: Reviewing requirements documents to ensure clarity and completeness.
4. **Static Testing of Design**: Evaluating design documents for correctness and adherence to requirements.
Ques:- Hi can anybody can write the test cases for sticky note
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Right Answer:
1. **Test Case: Create a Sticky Note**
- **Precondition:** Application is open.
- **Steps:** Click on "New Note" button.
- **Expected Result:** A new sticky note appears on the screen.
2. **Test Case: Edit a Sticky Note**
- **Precondition:** At least one sticky note exists.
- **Steps:** Click on the sticky note and type new text.
- **Expected Result:** The text in the sticky note updates to the new input.
3. **Test Case: Change Sticky Note Color**
- **Precondition:** At least one sticky note exists.
- **Steps:** Select a sticky note and choose a different color from the color palette.
- **Expected Result:** The sticky note changes to the selected color.
4. **Test Case: Resize a Sticky Note**
- **Precondition:** At least one sticky note exists.
- **Steps:** Drag the corner of the sticky note
1. **Test Case: Create a Sticky Note**
- **Precondition:** Application is open.
- **Steps:** Click on "New Note" button.
- **Expected Result:** A new sticky note appears on the screen.
2. **Test Case: Edit a Sticky Note**
- **Precondition:** At least one sticky note exists.
- **Steps:** Click on the sticky note and type new text.
- **Expected Result:** The text in the sticky note updates to the new input.
3. **Test Case: Change Sticky Note Color**
- **Precondition:** At least one sticky note exists.
- **Steps:** Select a sticky note and choose a different color from the color palette.
- **Expected Result:** The sticky note changes to the selected color.
4. **Test Case: Resize a Sticky Note**
- **Precondition:** At least one sticky note exists.
- **Steps:** Drag the corner of the sticky note
Ques:- what will you do if you add a new object or a new module for the existing application then how will you test the application
Asked In :-
didi chuxing,
Ques:- What is difference between Regression and Restesting?
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Ques:- What is the difference b/w Team lead and Scrum Master???
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Ques:- We have three windows with title(logicaldescription),India.com,Government of India.com,IndiaInc.com.All three windows have similar properties andobject.A test script has to be run on all these windows.whatchanges will u make in GUI or script so that the script runssuccesfully on all these three windows with the leastalteration required? Please explain clearly with steps.
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Right Answer:
To run the test script successfully on all three windows with minimal changes, follow these steps:
1. **Parameterization**: Use parameterization in your script to define the window titles as variables. For example, create a variable `windowTitle` and set it to "India.com", "Government of India.com", or "IndiaInc.com" as needed.
2. **Dynamic Object Identification**: Modify the object identification method to use a wildcard or regular expression for the window title. For example, instead of specifying the exact title, use a pattern like `India.*` to match all three windows.
3. **Conditional Logic**: Implement conditional logic in the script to handle any specific actions that may differ between the windows. This can be done using `if` statements to check the current window title and execute the appropriate actions.
4. **Reusable Functions**: Create reusable functions for common actions that can be called regardless of the window. This reduces code duplication and makes maintenance easier.
By applying
To run the test script successfully on all three windows with minimal changes, follow these steps:
1. **Parameterization**: Use parameterization in your script to define the window titles as variables. For example, create a variable `windowTitle` and set it to "India.com", "Government of India.com", or "IndiaInc.com" as needed.
2. **Dynamic Object Identification**: Modify the object identification method to use a wildcard or regular expression for the window title. For example, instead of specifying the exact title, use a pattern like `India.*` to match all three windows.
3. **Conditional Logic**: Implement conditional logic in the script to handle any specific actions that may differ between the windows. This can be done using `if` statements to check the current window title and execute the appropriate actions.
4. **Reusable Functions**: Create reusable functions for common actions that can be called regardless of the window. This reduces code duplication and makes maintenance easier.
By applying
Ques:- Security testing a. bullet prooof…..b. wrapped s/w…..
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Ques:- Write four critical test cases for logout operation?
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Ques:- What is test design techniques ?
Asked In :-
sedemac mechatronics,
Right Answer:
Test design techniques are methods used to create test cases based on requirements and specifications. They help ensure that tests are effective in identifying defects. Common techniques include:
1. **Equivalence Partitioning** - Dividing input data into valid and invalid partitions.
2. **Boundary Value Analysis** - Testing at the edges of input ranges.
3. **Decision Table Testing** - Using a table to represent combinations of inputs and their expected outcomes.
4. **State Transition Testing** - Testing different states of the application based on events.
5. **Use Case Testing** - Creating tests based on user scenarios and interactions.
These techniques help in systematically deriving test cases to improve test coverage and efficiency.
Test design techniques are methods used to create test cases based on requirements and specifications. They help ensure that tests are effective in identifying defects. Common techniques include:
1. **Equivalence Partitioning** - Dividing input data into valid and invalid partitions.
2. **Boundary Value Analysis** - Testing at the edges of input ranges.
3. **Decision Table Testing** - Using a table to represent combinations of inputs and their expected outcomes.
4. **State Transition Testing** - Testing different states of the application based on events.
5. **Use Case Testing** - Creating tests based on user scenarios and interactions.
These techniques help in systematically deriving test cases to improve test coverage and efficiency.
Ques:- Is software testing easy ??? Give me perfect Ans.
Asked In :-
Damco Solutions, docusign, locuz enterprise solutions ltd, 3edge solutions, textnow, calyx managed services, alacrity solutions,
Ques:- What is B.V.A with brief example?
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Right Answer:
B.V.A stands for Boundary Value Analysis. It is a testing technique that focuses on the values at the boundaries of input ranges rather than the center. For example, if a function accepts input values from 1 to 10, the boundary values to test would be 1, 10, and also values just outside the boundaries like 0 and 11.
B.V.A stands for Boundary Value Analysis. It is a testing technique that focuses on the values at the boundaries of input ranges rather than the center. For example, if a function accepts input values from 1 to 10, the boundary values to test would be 1, 10, and also values just outside the boundaries like 0 and 11.
Ques:- Wat r d schedules for testing?
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Right Answer:
The schedules for testing typically include:
1. **Test Planning** - Define scope, resources, and timelines.
2. **Test Design** - Create test cases and prepare test data.
3. **Test Execution** - Run the tests according to the plan.
4. **Defect Reporting** - Log and track any issues found.
5. **Test Closure** - Evaluate test results and prepare final reports.
The schedules for testing typically include:
1. **Test Planning** - Define scope, resources, and timelines.
2. **Test Design** - Create test cases and prepare test data.
3. **Test Execution** - Run the tests according to the plan.
4. **Defect Reporting** - Log and track any issues found.
5. **Test Closure** - Evaluate test results and prepare final reports.
Ques:- What is Test Responsibility Matrix?
Asked In :-
Right Answer:
The Test Responsibility Matrix (TRM) is a document that outlines the roles and responsibilities of team members in the testing process. It maps out who is responsible for each testing activity, ensuring clarity and accountability in the testing phases of a project.
The Test Responsibility Matrix (TRM) is a document that outlines the roles and responsibilities of team members in the testing process. It maps out who is responsible for each testing activity, ensuring clarity and accountability in the testing phases of a project.
Ques:- What can bethe possible test cases one can write for a chair
Asked In :-
Right Answer:
1. Stability test: Check if the chair can support the weight of a person without tipping over.
2. Durability test: Assess how well the chair withstands repeated use over time.
3. Comfort test: Evaluate the comfort level when sitting for extended periods.
4. Height adjustment test: Verify if the chair can be adjusted to different heights smoothly.
5. Material test: Check the quality and durability of the materials used (fabric, wood, metal).
6. Assembly test: Ensure that the chair can be assembled easily with provided instructions.
7. Mobility test: Test the ease of movement if the chair has wheels.
8. Safety test: Check for sharp edges or hazards that could cause injury.
9. Load capacity test: Determine the maximum weight the chair can safely hold.
10. Aesthetic test: Evaluate the visual appeal and design of the chair.
1. Stability test: Check if the chair can support the weight of a person without tipping over.
2. Durability test: Assess how well the chair withstands repeated use over time.
3. Comfort test: Evaluate the comfort level when sitting for extended periods.
4. Height adjustment test: Verify if the chair can be adjusted to different heights smoothly.
5. Material test: Check the quality and durability of the materials used (fabric, wood, metal).
6. Assembly test: Ensure that the chair can be assembled easily with provided instructions.
7. Mobility test: Test the ease of movement if the chair has wheels.
8. Safety test: Check for sharp edges or hazards that could cause injury.
9. Load capacity test: Determine the maximum weight the chair can safely hold.
10. Aesthetic test: Evaluate the visual appeal and design of the chair.
The Whitebox Testing section on takluu.com is designed for QA professionals, testers, and developers who want to master the internal testing techniques crucial for delivering high-quality software. Whitebox testing, also known as structural or glass-box testing, involves examining the internal logic, code structure, and workflows to ensure thorough test coverage and bug detection.
This category covers essential concepts such as code coverage metrics (statement, branch, path coverage), control flow testing, data flow testing, unit testing frameworks, and debugging techniques. You’ll also learn about writing effective test cases, identifying edge cases, and using automation tools that support whitebox testing.
Whitebox testing is vital in detecting hidden errors early in the development cycle, improving code quality, and facilitating continuous integration and deployment. This section provides practical interview questions and detailed explanations to help you understand how whitebox testing differs from blackbox testing and when to apply each.
You will also find scenario-based questions frequently asked in QA and software developer interviews that test your understanding of testing methodologies, code instrumentation, and test-driven development (TDD).
Whether you’re preparing for roles such as QA Engineer, Software Tester, or Automation Engineer, this section equips you with the knowledge and skills to perform effective whitebox testing and confidently answer related interview questions.
At Takluu, we focus on practical learning, ensuring you can apply whitebox testing techniques in real projects and succeed in your career journey.
