crypto-spring-boot-starter也支持SpringBoot3
3.0.0及以上版本的crypto-spring-boot-starter只针对使用SpringBoot3用户，SpringBoot2用户请使用低于3.0.0版本的crypto-spring-boot-starter，两者功能不受影响，均会同步更新！
依赖已发布至Maven中央仓库，可直接引入依赖。
<dependency>
<groupId>com.lzhpo</groupId>
<artifactId>crypto-spring-boot-starter</artifactId>
<version>${latest-version}</version>
</dependency>
implementation 'com.lzhpo:crypto-spring-boot-starter:${latest-version}'
@Encrypt(strategy = CryptoStrategy.BASE64)
private String name1;
@Decrypt(strategy = CryptoStrategy.BASE64)
private String name2;
@Encrypt(strategy = CryptoStrategy.SM4, arguments = "${custom.sm4.key}")
private String name3;
@Decrypt(strategy = CryptoStrategy.SM4, arguments = "${custom.sm.key:1234567812345678}")
private String name4;
@Encrypt(strategy = CryptoStrategy.AES)
private String address1;
@Decrypt(strategy = CryptoStrategy.AES)
private String address2;
@Encrypt(strategy = CryptoStrategy.DES)
private String address3;
@Decrypt(strategy = CryptoStrategy.DES)
private String address4;
@Encrypt(strategy = CryptoStrategy.RSA)
private String mobilePhone1;
@Decrypt(strategy = CryptoStrategy.RSA)
private String mobilePhone2;
@Encrypt(strategy = CryptoStrategy.SM4)
private String mobilePhone3;
@Decrypt(strategy = CryptoStrategy.SM4)
private String mobilePhone4;
@EncryptHandler(FaceCustomizeEncryptHandler.class)
@Encrypt(strategy = CryptoStrategy.CUSTOMIZE_HANDLER)
private String description1;
@DecryptHandler(FaceCustomizeDecryptHandler.class)
@Decrypt(strategy = CryptoStrategy.CUSTOMIZE_HANDLER)
private String description2;
CustomizeCryptoHandler
接口（加密解密都是此接口），使用
@EncryptHandler
或
@DecryptHandler
注解指向实现的策略即可。
@EncryptHandler(FaceCustomizeEncryptHandler.class)
@Encrypt(strategy = CryptoStrategy.CUSTOMIZE_HANDLER)
private String description1;
@DecryptHandler(FaceCustomizeDecryptHandler.class)
@Decrypt(strategy = CryptoStrategy.CUSTOMIZE_HANDLER)
private String description2;
@Encrypt
或
@Decrypt
注解中的
arguments
支持从环境变量中读取以及设置默认值，同时也方便了自定义加密解密策略的时候灵活配置。
@Encrypt(strategy = CryptoStrategy.AES, arguments = {"${crypto.aes.key}"})
private String address1;
@Decrypt(strategy = CryptoStrategy.AES, arguments = {"${crypto.aes.key:1234567890123456}"})
private String address2;
@Encrypt
和
@Decrypt
注解中配置的
arguments
优先级大于此处的配置。
crypto:
default-fallback-value: "N/A"
strategy:
aes:
fallback-value: empty_string
arguments:
# The arguments[0] is AES key
- "1234567812345678"
des:
fallback-value: null_value
arguments:
# The arguments[0] is DES key
- "12345678"
sm4:
fallback-value: original_value
arguments:
# The arguments[0] is SM4 key
- "1234567812345678"
rsa:
fallback-value: empty_string
arguments:
# The arguments[0] is RSA private key
- "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"
# The arguments[1] RSA public key
- "MIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQDcoSP/XuXr0Ms0S1bFJm0HrHUZe317vWQJepWalci/sqX+hZkKLh/PTkxL/yY5sm7gIWvc7GMDQCkqG0kQE2qmEgr3cKD0YFBURX6unnetZKTufg/k/197/OSZlyJ4JIngnvZ+W+Sk91zbRxQV1bGd/6J1hGGUYRTE7DLCpL4owQIDAQAB"
fallback-value
：当加解密出现异常的时候需要做的事情。
default-fallback-value
：当加密策略没有配置
fallback-value
的时候，将会直接返回此处配置的值。
arguments
：一般来说统一在yml中配置加解密的key就可以了，如果有字段需要单独使用其它key进行加解密，可以在此配置。
@Encrypt(strategy = CryptoStrategy.SM4, arguments = "${custom.sm4.key}")
private String name3;
@Decrypt(strategy = CryptoStrategy.SM4, arguments = "${custom.sm.key:1234567812345678}")
private String name4;
@IgnoreCrypto
@PostMapping("/ignore1")
public ResponseEntity<CryptoEntity> ignore1(@RequestBody CryptoEntity cryptoEntity) {
return ResponseEntity.ok(cryptoEntity);
@PostMapping("/ignore2")
@IgnoreCrypto({"name2", "mobilePhone2", "description2"})
public ResponseEntity<CryptoEntity> ignore2(@RequestBody CryptoEntity cryptoEntity) {
return ResponseEntity.ok(cryptoEntity);
<dependency>
<groupId>com.alibaba</groupId>
<artifactId>fastjson</artifactId>
<version>1.x.x/2.x.x</version>
</dependency>FastJsonHttpMessageConverter 声明为 Bean 即可，sensitive-spring-boot-starter 会自动注入相关逻辑。
@Bean
public FastJsonHttpMessageConverter fastJsonHttpMessageConverter() {
return new FastJsonHttpMessageConverter();