100 Examples of sentences containing the common noun "subroutine"

Definition

A subroutine is a set of instructions designed to perform a frequently used operation within a program. It can be called multiple times within a program, allowing for code reusability and organization. Subroutines can also be referred to as procedures, functions, or methods, depending on the programming language.

Synonyms

• Procedure
• Function
• Method
• Routine
• Module
• Code block

Antonyms

• Main program
• Entry point
• Script

Examples

1. The programmer decided to create a subroutine to simplify the code.
2. Each time the application needed to calculate the total, it called the subroutine.
3. To improve readability, the developer refactored the long function into a subroutine.
4. The subroutine was tested extensively to ensure it handled edge cases.
5. By using a subroutine, the team reduced redundancy in their code.
6. The subroutine takes two parameters and returns their sum.
7. During debugging, the engineer had to step into the subroutine to find the error.
8. The subroutine can be reused in different parts of the application.
9. He wrote a subroutine to handle user input validation.
10. The subroutine was called multiple times within the loop.
11. She documented the subroutine to help new developers understand its purpose.
12. The subroutine was optimized for performance.
13. To address the bug, the developer modified the subroutine.
14. The subroutine can be invoked from another subroutine.
15. In object-oriented programming, a subroutine may be referred to as a method.
16. The complexity of the subroutine made it hard to maintain.
17. By encapsulating functionality within a subroutine, we made the code cleaner.
18. The subroutine must return a value to the calling function.
19. She integrated the subroutine into the main program successfully.
20. The project required a new subroutine for data processing.
21. The subroutine was written in Python to handle file operations.
22. A subroutine can help in implementing recursion effectively.
23. The performance of the subroutine improved after the recent updates.
24. The team had to rewrite the subroutine to fix compatibility issues.
25. It’s best practice to keep subroutine lengths manageable.
26. The subroutine executed without any errors during the test run.
27. He added comments to the subroutine for better clarity.
28. The subroutine was nested within another subroutine.
29. The subroutine was responsible for rendering the graphics.
30. A well-structured subroutine can greatly improve code maintainability.
31. The subroutine handles exceptions gracefully.
32. We need to review the subroutine for security vulnerabilities.
33. The subroutine can be called from any part of the program.
34. The results from the subroutine were logged for analysis.
35. The compiler optimized the subroutine for better performance.
36. The subroutine can simplify complex algorithms.
37. Each subroutine should have a single responsibility.
38. The subroutine was written in Java for cross-platform compatibility.
39. Developers often forget to document their subroutine.
40. The subroutine was restructured to follow the latest coding standards.
41. The subroutine checks for input validity before processing.
42. To avoid errors, always test your subroutine thoroughly.
43. The subroutine was essential for the application’s functionality.
44. The code review focused on improving the subroutine structure.
45. The subroutine was designed to be reusable across multiple projects.
46. It was necessary to refactor the subroutine for better performance.
47. The subroutine executed correctly after fixing the syntax errors.
48. The subroutine takes a very long time to run due to its complexity.
49. The subroutine was called within a conditional statement.
50. The logic in the subroutine was difficult to follow.
51. He refactored the subroutine to use fewer resources.
52. The subroutine generates a report based on user input.
53. The subroutine failed to return the expected results.
54. The tutorial explained how to create a subroutine in C++.
55. The subroutine must be invoked with the correct parameters.
56. The team was proud of their new subroutine for data analysis.
57. The subroutine was written in assembly language for performance.
58. The subroutine is responsible for connecting to the database.
59. The subroutine was inefficient and needed optimization.
60. She tested the subroutine with various input cases.
61. The subroutine should be generic enough to handle different data types.
62. The subroutine was called recursively to traverse the tree structure.
63. The subroutine must adhere to the project’s coding guidelines.
64. The subroutine was the backbone of the application’s logic.
65. The subroutine returned an error when given invalid input.
66. The subroutine can be modified without affecting the rest of the program.
67. The subroutine was created to handle complex calculations.
68. The subroutine can be tested independently of the main program.
69. The subroutine was a crucial part of the overall system architecture.
70. The subroutine logs any errors that occur during execution.
71. The subroutine was written using functional programming principles.
72. The subroutine can be called asynchronously to improve performance.
73. The developer debugged the subroutine for hours.
74. The subroutine was crucial for handling user authentication.
75. The subroutine was optimized to reduce memory usage.
76. The subroutine can be used as a callback function.
77. Each subroutine is designed to perform a specific task.
78. The subroutine should return a consistent output for the same input.
79. The subroutine simplifies the main code by abstracting complex logic.
80. The subroutine was part of a larger library of functions.
81. The subroutine can be shared across multiple projects.
82. The subroutine was integrated into the larger framework seamlessly.
83. The subroutine generated random numbers for the simulation.
84. The subroutine handles all user interactions in the app.
85. The subroutine was built to comply with industry standards.
86. The subroutine was tested for performance under load.
87. The subroutine accepts a variety of data formats.
88. The subroutine was designed for extensibility.
89. The subroutine was invoked to handle error conditions.
90. The subroutine must be defined before it can be used.
91. The subroutine was implemented to streamline data processing.
92. The subroutine can be written in different programming languages.
93. The subroutine enhances the modularity of the code.
94. The subroutine was responsible for sending notifications to users.
95. The subroutine was revised to fix logical errors.
96. The subroutine was designed with input validation in mind.
97. The subroutine allows for easy updates without altering the main code.
98. The subroutine was successfully deployed in the production environment.
99. The subroutine can be called with default parameters.
100. The subroutine provides essential functionality for the application.