問題一覧
1
Software testing
2
To identify and reveal as many errors as possible in the tested software, 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 perform the required tests efficiently and effectively and within the budgetary and scheduling limitations , To establish with a degree of confidence that the software package is ready for delivery or installment at customer premises
3
To compile a record of software errors for use in software process improvement by corrective and preventive actions and for decision-making
4
Unit Testing
5
Integration Testing
6
System Testing
7
Performance Testing
8
Acceptance Testing
9
The project team performs this type of testing on the integrated systems once all of the individual units work correctly in isolation.
10
This tests the functionality of an entire system together with interdependencies between system components.
11
The objective of this testing is to ensure that the performance of the system is within the bounds specified by the non-functional requirements.
12
System users or customers perform this testing before accepting the product.
13
The objective of this testing is to ensure that the performance of the system is within the bounds specified by the non-functional requirements.
14
Requirements analysis and specification
15
System and software design
16
Intermediate design
17
Implementation design
18
System deployment
19
This phase partitions the requirements into hardware or software systems and builds the overall system architecture.
20
In this phase, the software system is broken into components and then classes are associated with each component.
21
In this phase, the developers start writing and compiling classes and methods.
22
This is the process of delivering a completed software product to clients.
23
The objective of testing in this phase is to evaluate the gathered requirements.
24
Test Case
25
Test Scenario
26
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.
27
Test Case ID
28
Objective/Description
29
Test Procedure
30
Test data
31
Expected results
32
Actual results
33
Status
34
Remarks
35
Administrative details
36
Unit testing
37
White-Box Testing
38
Black-Box Testing
39
JUnit and TestNG
40
NUnit
41
Test-driven Development
42
This testing approach is used to verify the internal logic and program statements of components or software.
43
In this testing, the tester derives tests from external descriptions of the software, including specifications, requirements, and design.
44
This testing approach is used to verify the internal logic and program statements of components or software.
45
In this testing, the tester derives tests from external descriptions of the software, including specifications, requirements, and design.
46
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.
47
Write just enough code to compile the test successfully.
48
Run the test but it will fail because no functionality has been put in the code.
49
Write just enough code to satisfy the test.
50
Run the test. It should now pass
51
Refactor the code as necessary, verifying with tests. Refactoring is a process of improving the code without changing its external behavior
52
Repeat all the steps by writing another test and until all requirements are coded and testable.
53
Software deployment
54
Software Deployment Tools
55
Automation
56
Security
57
Updates
58
Monitoring
59
Jenkins
60
Octopus Deploy
61
Bamboo
62
SolarWinds Patch Manager
The Contemporary World Mock test (Prelims)
The Contemporary World Mock test (Prelims)
Xai Alexandrei Delos Reyes · 58問 · 2年前The Contemporary World Mock test (Prelims)
The Contemporary World Mock test (Prelims)
58問 • 2年前Computing Mock test (Prelims)
Computing Mock test (Prelims)
Xai Alexandrei Delos Reyes · 67問 · 2年前Computing Mock test (Prelims)
Computing Mock test (Prelims)
67問 • 2年前Programming Mock Test (Prelims)
Programming Mock Test (Prelims)
Xai Alexandrei Delos Reyes · 64問 · 2年前Programming Mock Test (Prelims)
Programming Mock Test (Prelims)
64問 • 2年前Entrepreneurship Mock Test (Prelims)
Entrepreneurship Mock Test (Prelims)
Xai Alexandrei Delos Reyes · 23問 · 2年前Entrepreneurship Mock Test (Prelims)
Entrepreneurship Mock Test (Prelims)
23問 • 2年前Computing Mock Test (Midterms) BSIT 107
Computing Mock Test (Midterms) BSIT 107
Xai Alexandrei Delos Reyes · 76問 · 2年前Computing Mock Test (Midterms) BSIT 107
Computing Mock Test (Midterms) BSIT 107
76問 • 2年前Math Mock Test (Prelims)
Math Mock Test (Prelims)
Xai Alexandrei Delos Reyes · 48問 · 2年前Math Mock Test (Prelims)
Math Mock Test (Prelims)
48問 • 2年前Programming Mock Test (Midterms) BSIT 107
Programming Mock Test (Midterms) BSIT 107
Xai Alexandrei Delos Reyes · 52問 · 2年前Programming Mock Test (Midterms) BSIT 107
Programming Mock Test (Midterms) BSIT 107
52問 • 2年前UTS Mock Test (Midterms) BSIT107
UTS Mock Test (Midterms) BSIT107
Xai Alexandrei Delos Reyes · 40問 · 2年前UTS Mock Test (Midterms) BSIT107
UTS Mock Test (Midterms) BSIT107
40問 • 2年前Entrepreneurship Mock Test (Midterms) BSIT 107
Entrepreneurship Mock Test (Midterms) BSIT 107
Xai Alexandrei Delos Reyes · 38問 · 2年前Entrepreneurship Mock Test (Midterms) BSIT 107
Entrepreneurship Mock Test (Midterms) BSIT 107
38問 • 2年前Contemporary World Mock Test (Midterms) BSIT 107
Contemporary World Mock Test (Midterms) BSIT 107
Xai Alexandrei Delos Reyes · 28問 · 2年前Contemporary World Mock Test (Midterms) BSIT 107
Contemporary World Mock Test (Midterms) BSIT 107
28問 • 2年前Math Mocktest (Midterms) BSIT 107
Math Mocktest (Midterms) BSIT 107
Xai Alexandrei Delos Reyes · 24問 · 2年前Math Mocktest (Midterms) BSIT 107
Math Mocktest (Midterms) BSIT 107
24問 • 2年前Computer Programming Mocktest (Pre-finals)
Computer Programming Mocktest (Pre-finals)
Xai Alexandrei Delos Reyes · 26問 · 2年前Computer Programming Mocktest (Pre-finals)
Computer Programming Mocktest (Pre-finals)
26問 • 2年前Math Mocktest (Pre-Finals)
Math Mocktest (Pre-Finals)
Xai Alexandrei Delos Reyes · 19問 · 2年前Math Mocktest (Pre-Finals)
Math Mocktest (Pre-Finals)
19問 • 2年前Computing Mock Test (Pre-finals)
Computing Mock Test (Pre-finals)
Xai Alexandrei Delos Reyes · 36問 · 2年前Computing Mock Test (Pre-finals)
Computing Mock Test (Pre-finals)
36問 • 2年前Computing Mock Test Finals
Computing Mock Test Finals
Xai Alexandrei Delos Reyes · 26問 · 2年前Computing Mock Test Finals
Computing Mock Test Finals
26問 • 2年前Comprog 2nd sem (prelims) BSIT 205
Comprog 2nd sem (prelims) BSIT 205
Xai Alexandrei Delos Reyes · 63問 · 1年前Comprog 2nd sem (prelims) BSIT 205
Comprog 2nd sem (prelims) BSIT 205
63問 • 1年前Discrete Math 2nd sem (prelims) BSIT 205
Discrete Math 2nd sem (prelims) BSIT 205
Xai Alexandrei Delos Reyes · 36問 · 1年前Discrete Math 2nd sem (prelims) BSIT 205
Discrete Math 2nd sem (prelims) BSIT 205
36問 • 1年前Art Appreciation (Prelim) BSIT 205
Art Appreciation (Prelim) BSIT 205
Xai Alexandrei Delos Reyes · 56問 · 1年前Art Appreciation (Prelim) BSIT 205
Art Appreciation (Prelim) BSIT 205
56問 • 1年前Ethics 2nd sem (Prelims) BSIT 205
Ethics 2nd sem (Prelims) BSIT 205
Xai Alexandrei Delos Reyes · 45問 · 1年前Ethics 2nd sem (Prelims) BSIT 205
Ethics 2nd sem (Prelims) BSIT 205
45問 • 1年前STS 2nd Sem (Prelim) BSIT 205
STS 2nd Sem (Prelim) BSIT 205
Xai Alexandrei Delos Reyes · 40問 · 1年前STS 2nd Sem (Prelim) BSIT 205
STS 2nd Sem (Prelim) BSIT 205
40問 • 1年前問題一覧
1
Software testing
2
To identify and reveal as many errors as possible in the tested software, 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 perform the required tests efficiently and effectively and within the budgetary and scheduling limitations , To establish with a degree of confidence that the software package is ready for delivery or installment at customer premises
3
To compile a record of software errors for use in software process improvement by corrective and preventive actions and for decision-making
4
Unit Testing
5
Integration Testing
6
System Testing
7
Performance Testing
8
Acceptance Testing
9
The project team performs this type of testing on the integrated systems once all of the individual units work correctly in isolation.
10
This tests the functionality of an entire system together with interdependencies between system components.
11
The objective of this testing is to ensure that the performance of the system is within the bounds specified by the non-functional requirements.
12
System users or customers perform this testing before accepting the product.
13
The objective of this testing is to ensure that the performance of the system is within the bounds specified by the non-functional requirements.
14
Requirements analysis and specification
15
System and software design
16
Intermediate design
17
Implementation design
18
System deployment
19
This phase partitions the requirements into hardware or software systems and builds the overall system architecture.
20
In this phase, the software system is broken into components and then classes are associated with each component.
21
In this phase, the developers start writing and compiling classes and methods.
22
This is the process of delivering a completed software product to clients.
23
The objective of testing in this phase is to evaluate the gathered requirements.
24
Test Case
25
Test Scenario
26
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.
27
Test Case ID
28
Objective/Description
29
Test Procedure
30
Test data
31
Expected results
32
Actual results
33
Status
34
Remarks
35
Administrative details
36
Unit testing
37
White-Box Testing
38
Black-Box Testing
39
JUnit and TestNG
40
NUnit
41
Test-driven Development
42
This testing approach is used to verify the internal logic and program statements of components or software.
43
In this testing, the tester derives tests from external descriptions of the software, including specifications, requirements, and design.
44
This testing approach is used to verify the internal logic and program statements of components or software.
45
In this testing, the tester derives tests from external descriptions of the software, including specifications, requirements, and design.
46
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.
47
Write just enough code to compile the test successfully.
48
Run the test but it will fail because no functionality has been put in the code.
49
Write just enough code to satisfy the test.
50
Run the test. It should now pass
51
Refactor the code as necessary, verifying with tests. Refactoring is a process of improving the code without changing its external behavior
52
Repeat all the steps by writing another test and until all requirements are coded and testable.
53
Software deployment
54
Software Deployment Tools
55
Automation
56
Security
57
Updates
58
Monitoring
59
Jenkins
60
Octopus Deploy
61
Bamboo
62
SolarWinds Patch Manager