Describe Java function requirements using natural language and generate high-quality, readable code in real-time. The generated code can be directly copied to IDEA or imported into Java ADT's function library with one click.
● Natural Language: Functions can be generated based on natural language descriptions, reducing the barrier to software development.
● Instant Function Development: Functions can be developed in seconds, significantly improving efficiency.
● One-stop Development Application: Generated functions can be directly applied, ensuring efficiency and security.
● Reliable Quality: The generated code complies with industry standards, possesses good readability, and represents optimal solutions.
● Flexible Generation: Functions can be generated based on specific requirements and support adjustments and modifications.
Test Case: BigDecimal Expression Calculation
| Java FuncGPT | Manual Code | |
|---|---|---|
| Time | 23 seconds | 7 days |
| Readability | Good readability, reasonable naming conventions, clear and concise comments | Poor readability, non-standard naming conventions, unclear comments |
| Conciseness | Simple algorithm, appropriate data structure and algorithms used, avoiding complex nested logic and multiple conditions | Lack of conciseness, code with layers of nesting, cumbersome methods, not conducive to later maintenance and modification |
| Robustness | Handles null values, good robustness and reliability | Low robustness, no null value handling |
Source Code：Java FuncGPT: BigDecimal Expression Calculation | Manual Code: BigDecimal Expression Calculation
| Java FuncGPT | ERNIE Bot | |
|---|---|---|
| Time | 25 seconds | 1 minutes |
| Flexibility | Good flexibility and extensibility, uses a stack data structure to handle operators and numbers in expressions | Less flexibility, poor extensibility, calculates expressions step by step using string splitting and loops |
| Robustness | Handles null values, good robustness and reliability | Low robustness, no null value handling |
| Comprehensiveness | Supports handling parentheses | Does not support handling parentheses |
Source Code：Java FuncGPT: BigDecimal Expression Calculation | ERNIE Bot: BigDecimal Expression Calculation
| Java FuncGPT | ChatGPT-4 | |
|---|---|---|
| Time | 25 seconds | 21 seconds |
| Simplicity | Clear and concise code implementation, different logical functions encapsulated in independent functions, making the code structure more clear, easy to understand, and maintain | Recursive implementation process is more cumbersome and prone to errors |
| Robustness | Good robustness and reliability, provides exception handling mechanism | Insufficient robustness, does not provide exception handling mechanism |
Source Code：Java FuncGPT: BigDecimal Expression Calculation | ChatGPT-4: BigDecimal Expression Calculation
Friendly Reminder:
a) Java FuncGPT currently only supports usage within Java Automated Development Tool. Please download the Java Automated Development Tool and complete registration.
b) If you have already logged into Java ADT, check in to receive Java FuncGPT credits.
a) Click on Function Library at the top of the main page.
b) Click on Write Function in the upper right corner to enter WEB-IDE.
c) Create a new function project.
d) Fill in Java package name, project directory, and select AI Code Generation.
e) (Optional) Fill in function requirement, class name, advanced options, etc., and click AI Generate Code.
Note: a) FuncGPT (Sample).java is the AI-generated source code; b) BigDecimalExpressionCalculator.java is the code used for packaging.
a) Click on Open Maven to enter function packaging.
b) Click on Import Function to Platform to perform packaging.
c) Wait for package to be uploaded and confirmed.
a) Click on Project Management to return to project list page.
b) Click on the Settings and select Add-ons.
c) In the dialog box that pops up for Add-ons, select Function-Custom, and then import the previously uploaded function.
d) This function can be called by a single function component in the interface model.