AppDev Finals

Is the activity of executing a system or component under specified conditions, observing or recording the results, and evaluating some of the aspects of the system or component. It is a software quality approach used for detecting defects in software and conforming that requirements are correctly implemented before deploying the software.
Software Testing
Test Case
Software Quality Assurance
Requirement analysis
Which of the following Best Describe the Direct objectives (you can only check 4 boxes)
To compile a record of software errors for use in software process improvement by corrective and preventive actions and for decision-making
To bring the tested software to an acceptable level of quality after correcting the identified errors and retesting – This means that a certain percentage of bugs tolerable to users will remain unidentified upon installation of the software
To establish with a degree of confidence that the software package is ready for delivery or installment at customer premises
The project team performs this type of testing on the integrated systems once all of the individual units work correctly in isolation
To identify and reveal as many errors as possible in the tested software
The objective of this testing is to ensure that the performance of the system is within the bounds specified by the non-functional requirements
To perform the required tests efficiently and effectively and within the budgetary and scheduling limitations
Which of the following best describe indirect objectives(Check one boxes only)
To perform the required tests efficiently and effectively and within the budgetary and scheduling limitations
To perform the required tests efficiently and effectively and within the budgetary and scheduling limitations
To compile a record of software errors for use in software process improvement by corrective and preventive actions and for decision-making
This is a type of testing that is performed by the developer on the completed unit or module of the software and before its integration with other modules. Unit tests are technical tests of the code, and these require writing test harnesses and creating test data. The developer writes these tests, and the objective is to determine if each unit of the software performs its expected output. The unit test case is generally documented, and it should include the test objective and the expected results.
Acceptance Testing
Integration testing
Unit testing
System testing
This is a type of testing that The project team performs this type of testing on the integrated systems once all of the individual units work correctly in isolation. The objective of this test is to verify that all of the modules and their interfaces work correctly together and to identify and resolve any issues. This test benefits from an existing enterprise architecture that provides information on all existing systems and their alignment with each other.
Acceptance testing
Integration testing
Unit testing
System testing
This is a type of testing that This tests the functionality of an entire system together with inter-dependencies between system components. It may include security testing, usability testing, and performance testing. The objective of this test is to verify that the implementation is valid with respect to the system requirements. It involves the specification of system test cases in which the execution of the test cases will verify that the system requirements have been correctly implemented
Acceptance testing
Performance testing
Unit testing
System testing
This is a type of testing that The objective of this testing is to ensure that the performance of the system is within the bounds specified by the non-functional requirements. It may include load performance testing, where the system is subjected to heavy loads over a long period, and stress testing, where the system is subjected to heavy loads during a short time interval
Acceptance testing
Performance testing
Unit testing
System testing
This is a type of testing that System users or customers perform this testing before accepting the product. The customers will see the product in operation and will determine whether or not the system is fit for purpose. The objective of this test is to demonstrate that the product satisfies the business requirements and meets customer expectations
Acceptance testing
Integration testing
Performance system
System testing
This is a common phase in software development that The objective of testing in this phase is to evaluate the gathered requirements. Each requirement should be evaluated to ensure it is correct and testable, and the requirements together are complete. Software inspections and prototyping can be employed to ensure the good quality of requirements.
Intermediate design
System and software design
Implementation design
Requirements analysis and specification
This is a common phase in software development that this is a common phase in software development that
Intermediate design
System and software design
Implementation design
System deployment
This is a common phase in software development that In this phase, the software system is broken into components and then classes are associated with each component. Design specifications are written for each component and class. The objective of testing in this phase is to avoid mismatches of interfaces
Intermediate design
System and software design
Implementation design
System deployment
This is a common phase in software development that In this phase, the developers start writing and compiling classes and methods. The objective of testing in this phase is to perform effective and efficient unit testing. Unit test results and defects should be saved and reported properly for further processing
Intermediate design
System and software design
Implementation design
Requirements analysis and specification
This is a common phase in software development that This is the process of delivering a completed software product to clients. The testing activities in this phase is to perform system testing, acceptance testing, and usability testing. System testing validates whether the software meets the functional and non-functional requirements, while acceptance testing can be started when the system testing is completed. Test cases are derived from acceptance test plans and test data set up.
System deployment
Implementation design
Requirements analysis and specification
System and software design
Is a software artifact with a set of test inputs, execution conditions, and expected results developed for a particular objective, such as to exercise a particular program path to verify compliance with a specific requirement and as documentation for a test item. Test cases comprise user inputs that are provided to the application and the procedure for executing the test case during the test
Match the following
Remarks
The expected results of the test
Status
the reason for the test (this may include the type of test)
Test Case ID
the activities or steps required on the part of the tester to carry out the test
Expected results
Any comments on the test case or execution
Test Procedure
A placeholder for recording the actual result as the test case gets executed.
Objective
Determines whether the test was a Pass or Fail. The status can also be Not Executed.
Actual results
A name and number to identify a test case
Administrative details
The data to enter the system (made up of valid and invalid sets of test data)
Test data
May include the name of the tester carrying out the tests, date of execution of the test, the environment in which the test was executed such as hardware and software
is the activity of writing code that tests other codes. This test focuses on a single unit of the software system, which can be modules such as methods, class, and interface. It is also a source code that can be compiled and executed. As each unit test runs, it reports the test’s success or failure with a simple true or false. If all of the unit tests pass, the production code that they test is considered to be working—meeting its requirements. If even a single unit test fails, the production code overall is deemed not to be meeting its requirements.
This is the type of unit testing that is in This testing approach is used to verify the internal logic and program statements of components or software. It involves stepping through every line of code and every branch in the code. The tester should be knowledgeable in the software programming language and should understand the structure of the program to perform this test. Then, s/he can look inside the class to review the code itself. The tester will insert a set of input through the code and compare the outputs from the expected results. This testing approach ensures that all program statements and all control structures are tested. Integrated Development Environments (IDEs) contains tools that perform.
Black Box Testing
Unit testing
Software testing
White box testing
this is the type of unit testing that is in In this testing, the tester derives tests from external descriptions of the software, including specifications, requirements, and design. This test is concerned with the inputs and outputs of the system where a set of input is inserted to the software’s user interface, and the outputs delivered by the software are compared with the expected outputs. The tester focuses on whether the class or module meets the requirements stated in the specifications
Black Box Testing
Unit testing
Software testing
White box testing
These are the unit testing tools and frameworks (Just Check 3 boxes )
NUnit
JUnit
TestNG
Netbeans
.net Maui
VS code
Visual Studio
Unity
Arrange the following steps in test-driven development
Step 4
Refactor the code as necessary, verifying with tests. Refactoring is a process of improving the code without changing its external behavior
Step 3
Run the test but it will fail because no functionality has been put in the code
Step 7
Write a unit test that tests the functionality to satisfy a given requirement. Run the test, but it will not even compile because there is no supporting code yet
Step 1
Repeat all the steps by writing another test and until all requirements are coded and testable
Step 5
Write just enough code to compile the test successfully
Step 6
Run the test. It should now pass
Step2
Write just enough code to satisfy the test
Is the process of delivering a completed software product to clients. This involves packaging, testing, distributing, and installing the software product. Software files can be deployed manually or through automated deployment tools.
These are the features and task of software development tools that eliminates the manual tasks of deploying software products. These tools perform tasks such as bug detection, patch protection, performance testing, and code analyzing
Security
Updates
Automation
Monitoring
These are the features of software development tools that manages the permission settings of users and groups who can access the information in the software.
Security
Updates
Automation
Monitoring
These are the feature of software development tools that monitors and analyzes the activities and interactions of the software users. This helps in optimizing the performance and eliminates issues in the software before they spread in the entire network
Security
Updates
Automation
Monitoring
these are the features of sofware development tools that These automate system updates, scan vulnerabilities, and practice regular patch management of latest software versions across applications. Software patching involves acquiring, testing, and installing the code – known as a patch – into an executable program to provide an update, fix, or improved version of the program or its supporting data
Security
Updates
Automation
Monitoring
these are the sofware development tools that is a self-contained, open-source automation server that can be used to automate all activities related to building, testing, and delivering or deploying software. This can be installed through native system packages, Docker, or even run standalone by any machine with a Java Runtime Environment (JRE) installed. 
Octopus Deploy
Bamboo
Jenkins
SolarWinds Patch Manage
these are the sofware development tools that is an automated patch management software for Microsoft servers, workstations, and third-party  This facilitates easier patching, reporting, and information gathering for servers and workstations, and allows the project team to manage patch deployments with advanced scheduling and rebooting across servers and workstations.
Octopus Deploy
Bamboo
Jenkins
SolarWinds Patch Manage
These are the sofware development tools thatautomated deployment tool is compatible with ASP.Net, Java, Node.js, and Windows services, as well as various script languages and database types. This is designed to automate application deployments in the cloud, corporate data center, and on-site
Octopus Deploy
Bamboo
Jenkins
SolarWinds Patch Manage
These are the sofware development tools that offers support for the delivery aspect of continuous delivery. Deployment projects automate the releasing into each environment while letting the project team control the flow with per-environment permissions. This supports real-time monitoring across all tools and flag errors of software as soon as they occur
Octopus Deploy
Bamboo
Jenkins
SolarWinds Patch Manage
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