✨ 功能特性

🔧 环境要求

📦 引入依赖

Maven

<dependency>    <groupId>io.github.azirzsk</groupId>    <artifactId>function-call-processor</artifactId>    <version>1.0.0</version></dependency>

Gradle

implementation'io.github.azirzsk:function-call-processor:1.0.0'

🚀 快速开始

📤 1. 解析对象方法为FunctionCall

publicclassCalculator {@Function(desc ="将两个数字相加")publicintadd(@Property(desc ="第一个数字")inta,@Property(desc ="第二个数字")intb) {returna +b;    }@Function(desc ="将两个数字相乘")publicintmultiply(@Property(desc ="第一个数字")intx,@Property(desc ="第二个数字")inty) {returnx *y;    }}

// 创建FCP实例FCPfcp =FCP.create();// 传入需要解析的对象Calculatorcalculator =newCalculator();StringfunctionCallJson =fcp.parse(calculator);

📥 2. 执行FunctionCall回调

// 创建FCP实例（如果已创建可以复用）FCPfcp =FCP.create();// 传入需要解析的对象（如果已传入可以复用）Calculatorcalculator =newCalculator();fcp.parse(calculator);// 大模型返回的tool_calls格式StringllmResponse ="""{    "tool_calls": [        {            "id": "call_123456",            "type": "function",            "function": {                "name": "add",                "arguments": "{\\"a\\": 1,\\"b\\": 2}"            }        }    ]}""";// 从大模型响应中提取函数名和参数StringfunctionName ="add";// 从llmResponse中解析function.nameStringargumentsJson ="{\"a\": 1,\"b\": 2}";// 从llmResponse中解析function.arguments// 执行函数调用Objectresult =fcp.functionCall(functionName,argumentsJson);System.out.println(result);// 输出: 3