I've asked AI (Open AI) to give me 100 benefits of Test-Driven Development.
There is some repetition. However, I was surprised how some points are simply accurate. What do you think? Write down in the comments.

List 100 benefits for test-driven development.

1. Test-driven development helps ensure that your code is of high quality and is less likely to contain bugs.
2. By writing tests first, you can ensure that your code meets your requirements and works as expected.
3. Test-driven development can help you find problems early on in the development process, before they become costly to fix.
4. Test-driven development can help you design your code better, as you have to think about how to test it before you write it.
5. Test-driven development can improve your code coverage, as you are more likely to write tests for all the code you write.
6. Test-driven development can help make your code more maintainable, as the tests can act as documentation for how the code should work.
7. Test-driven development can help make your code more robust, as you are forced to think about edge cases when writing tests.
8. Test-driven development can help you develop a better understanding of the problem you are trying to solve.
9. Test-driven development can help you develop a better understanding of the code you are writing.
10. Test-driven development can help you develop a better understanding of the testing process.
11. Test-driven development can help you improve your debugging skills.
12. Test-driven development can help you learn how to use testing tools and frameworks.
13. Test-driven development can help you learn how to write good tests.
14. Test-driven development can help you learn how to design testable code.
15. Test-driven development can help you understand the importance of testing.
16. Test-driven development can help you appreciate the value of automated testing.
17. Test-driven development can help you understand the benefits of continuous testing.
18. Test-driven development can help you learn how to manage testing dependencies.
19. Test-driven development can help you understand the importance of test environment configuration.
20. Test-driven development can help you understand the benefits of test isolation.
21. Test-driven development can help you learn how to stub and mock dependencies.
22. Test-driven development can help you understand the importance of test data.
23. Test-driven development can help you understand the benefits of test automation.
24. Test-driven development can help you learn how to use a test runner.
25. Test-driven development can help you learn how to use a testing framework.
26. Test-driven development can help you learn how to use a mocking framework.
27. Test-driven development can help you understand the benefits of inversion of control.
28. Test-driven development can help you learn how to use an IoC container.
29. Test-driven development can help you understand the benefits of dependency injection.
30. Test-driven development can help you understand the importance of application architecture.
31. Test-driven development can help you understand the benefits of layered architecture.
32. Test-driven development can help you understand the benefits of service-oriented architecture.
33. Test-driven development can help you understand the benefits of event-driven architecture.
34. Test-driven development can help you understand the benefits of microservices.
35. Test-driven development can help you understand the importance of distributed systems.
36. Test-driven development can help you understand the benefits of SOA.
37. Test-driven development can help you understand the benefits of EDA.
38. Test-driven development can help you understand the importance of data architecture.
39. Test-driven development can help you understand the benefits of database-driven architecture.
40. Test-driven development can help you understand the importance of big data.
41. Test-driven development can help you understand the benefits of NoSQL.
42. Test-driven development can help you understand the importance of data science.
43. Test-driven development can help you understand the benefits of machine learning.
44. Test-driven development can help you understand the importance of artificial intelligence.
45. Test-driven development can help you understand the importance of cloud computing.
46. Test-driven development can help you understand the benefits of DevOps.
47. Test-driven development can help you understand the importance of continuous delivery.
48. Test-driven development can help you understand the benefits of continuous integration.
49. Test-driven development can help you understand the importance of automated testing.
50. Test-driven development can help you understand the benefits of test-driven development.
51. Test-driven development can help you improve the quality of your code.
52. Test-driven development can help you find bugs early on.
53. Test-driven development can help you design your code better.
54. Test-driven development can improve your code coverage.
55. Test-driven development can help make your code more maintainable.
56. Test-driven development can help make your code more robust.
57. Test-driven development can help you develop a better understanding of the problem you are trying to solve.
58. Test-driven development can help you develop a better understanding of the code you are writing.
59. Test-driven development can help you develop a better understanding of the testing process.
60. Test-driven development can help you improve your debugging skills.
61. Test-driven development can help you learn how to use testing tools and frameworks.
62. Test-driven development can help you learn how to write good tests.
63. Test-driven development can help you learn how to design testable code.
64. Test-driven development can help you understand the importance of testing.
65. Test-driven development can help you appreciate the value of automated testing.
66. Test-driven development can help you understand the benefits of continuous testing.
67. Test-driven development can help you learn how to manage testing dependencies.
68. Test-driven development can help you understand the importance of test environment configuration.
69. Test-driven development can help you understand the benefits of test isolation.
70. Test-driven development can help you learn how to stub and mock dependencies.
71. Test-driven development can help you understand the importance of test data.
72. Test-driven development can help you understand the benefits of test automation.
73. Test-driven development can help you learn how to use a test runner.
74. Test-driven development can help you learn how to use a testing framework.
75. Test-driven development can help you learn how to use a mocking framework.
76. Test-driven development can help you understand the benefits of inversion of control.
77. Test-driven development can help you learn how to use an IoC container.
78. Test-driven development can help you understand the benefits of dependency injection.
79. Test-driven development can help you understand the importance of application architecture.
80. Test-driven development can help you understand the benefits of layered architecture.
81. Test-driven development can help you understand the benefits of service-oriented architecture.
82. Test-driven development can help you understand the benefits of event-driven architecture.
83. Test-driven development can help you understand the benefits of microservices.
84. Test-driven development can help you understand the importance of distributed systems.
85. Test-driven development can help you understand the benefits of SOA.
86. Test-driven development can help you understand the benefits of EDA.
87. Test-driven development can help you understand the importance of data architecture.
88. Test-driven development can help you understand the benefits of database-driven architecture.
89. Test-driven development can help you understand the importance of big data.
90. Test-driven development can help you understand the benefits of NoSQL.
91. Test-driven development can help you understand the importance of data science.
92. Test-driven development can help you understand the benefits of machine learning.
93. Test-driven development can help you understand the importance of artificial intelligence.
94. Test-driven development can help you understand the importance of cloud computing.
95. Test-driven development can help you understand the benefits of DevOps.
96. Test-driven development can help you understand the importance of continuous delivery.
97. Test-driven development can help you understand the benefits of continuous integration.
98. Test-driven development can help you understand the importance of automated testing.
99. Test-driven development can help you understand the benefits of test-driven development.
100. Test-driven development can help you improve the quality of your code.