数据库

// 创建name属性为James,age属性为25的record对象并添加到数据库
Record user = new Record()
.set("name", "James")
.set("age", 25);

Db.save("user", user);
 
// 删除id值为25的user表中的记录
Db.deleteById("user", 25);
 
// 查询id值为25的Record将其name属性改为James并更新到数据库
user = Db.findById("user", 25).set("name", "James");
Db.update("user", user);
 
// 获取user的name属性
String userName = user.getStr("name");
// 获取user的age属性
Integer userAge = user.getInt("age");
 
// 查询所有年龄大于18岁的user
List<Record> users = Db.find("select * from user where age > 18");
 
// 分页查询年龄大于18的user,当前页号为1,每页10个user
Page<Record> userPage = Db.paginate(1, 10, "select *", "from user where age > ?", 18);

boolean succeed = Db.tx(() -> {
    int count = Db.update("update account set cash = cash - ? where id = ?", 100, 123);
    int count2 = Db.update("update account set cash = cash + ? where id = ?", 100, 456);
    return count == 1 && count2 == 1;
});

@Table(tableName = "user", primaryKey = "id")
public class User extends BaseUser<User> {

}   

public abstract class BaseUser<M extends BaseUser<M>> extends JbootModel<M> implements IBean {

	public void setId(java.lang.Long id) {
		set("id", id);
	}
	
	public java.lang.Long getId() {
		return getLong("id");
	}

	// other getter setter ...

}

public class UserService extends JbootServiceBase<User>  {

    // 不需要做任何的实现
    
}  

//创建 UserService
UserService userService = new UserService();

// 创建name属性为James,age属性为25的User对象并添加到数据库
User user = new User().set("name", "James").set("age", 25);
userService.save(user); 

// 删除id值为25的User
userService.deleteById(25);
 
// 查询id值为25的User将其name属性改为James并更新到数据库
User user = userService.findById(25);
user.set("name", "James");
userService.update(user);
 
// 分页查询user,当前页号为1,每页10个user
Page<User> userPage = userService.paginate(1, 10);

jboot.rpc.filter = seata
jboot.rpc.type = dubbo
jboot.seata.enable = true
jboot.seata.failureHandler = com.alibaba.io.seata.tm.api.DefaultFailureHandlerImpl
jboot.seata.applicationId = Dubbo_Seata_Account_Service
jboot.seata.txServiceGroup = dubbo_seata_tx_group

registry {
  # file 、nacos 、eureka、redis、zk、consul、etcd3、sofa
  type = "file"

  nacos {
    serverAddr = "localhost"
    namespace = ""
    cluster = "default"
  }
  eureka {
    serviceUrl = "http://localhost:8761/eureka"
    application = "default"
    weight = "1"
  }
  redis {
    serverAddr = "localhost:6379"
    db = "0"
  }
  zk {
    cluster = "default"
    serverAddr = "127.0.0.1:2181"
    session.timeout = 6000
    connect.timeout = 2000
  }
  consul {
    cluster = "default"
    serverAddr = "127.0.0.1:8500"
  }
  etcd3 {
    cluster = "default"
    serverAddr = "http://localhost:2379"
  }
  sofa {
    serverAddr = "127.0.0.1:9603"
    application = "default"
    region = "DEFAULT_ZONE"
    datacenter = "DefaultDataCenter"
    cluster = "default"
    group = "SEATA_GROUP"
    addressWaitTime = "3000"
  }
  file {
    name = "file.conf"
  }
}

config {
  # file、nacos 、apollo、zk、consul、etcd3
  type = "file"

  nacos {
    serverAddr = "localhost"
    namespace = ""
  }
  consul {
    serverAddr = "127.0.0.1:8500"
  }
  apollo {
    app.id = "seata-server"
    apollo.meta = "http://192.168.1.204:8801"
  }
  zk {
    serverAddr = "127.0.0.1:2181"
    session.timeout = 6000
    connect.timeout = 2000
  }
  etcd3 {
    serverAddr = "http://localhost:2379"
  }
  file {
    name = "file.conf"
  }
}

transport {
  # tcp udt unix-domain-socket
  type = "TCP"
  #NIO NATIVE
  server = "NIO"
  #enable heartbeat
  heartbeat = true
  #thread factory for netty
  thread-factory {
    boss-thread-prefix = "NettyBoss"
    worker-thread-prefix = "NettyServerNIOWorker"
    server-executor-thread-prefix = "NettyServerBizHandler"
    share-boss-worker = false
    client-selector-thread-prefix = "NettyClientSelector"
    client-selector-thread-size = 1
    client-worker-thread-prefix = "NettyClientWorkerThread"
    # netty boss thread size,will not be used for UDT
    boss-thread-size = 1
    #auto default pin or 8
    worker-thread-size = 8
  }
  shutdown {
    # when destroy server, wait seconds
    wait = 3
  }
  serialization = "seata"
  compressor = "none"
}
service {
  #vgroup->rgroup
  vgroup_mapping.dubbo_seata_tx_group = "default"
  #only support single node
  default.grouplist = "127.0.0.1:8091"
  #degrade current not support
  enableDegrade = false
  #disable
  disable = false
  #unit ms,s,m,h,d represents milliseconds, seconds, minutes, hours, days, default permanent
  max.commit.retry.timeout = "-1"
  max.rollback.retry.timeout = "-1"
}

client {
  async.commit.buffer.limit = 10000
  lock {
    retry.internal = 10
    retry.times = 30
  }
  report.retry.count = 5
  tm.commit.retry.count = 1
  tm.rollback.retry.count = 1
}

## transaction log store
store {
  ## store mode: file、db
  mode = "file"

  ## file store
  file {
    dir = "sessionStore"

    # branch session size , if exceeded first try compress lockkey, still exceeded throws exceptions
    max-branch-session-size = 16384
    # globe session size , if exceeded throws exceptions
    max-global-session-size = 512
    # file buffer size , if exceeded allocate new buffer
    file-write-buffer-cache-size = 16384
    # when recover batch read size
    session.reload.read_size = 100
    # async, sync
    flush-disk-mode = async
  }

  ## database store
  db {
    ## the implement of javax.sql.DataSource, such as DruidDataSource(druid)/BasicDataSource(dbcp) etc.
    datasource = "dbcp"
    ## mysql/oracle/h2/oceanbase etc.
    db-type = "mysql"
    driver-class-name = "com.mysql.jdbc.Driver"
    url = "jdbc:mysql://127.0.0.1:3306/seata"
    user = "mysql"
    password = "mysql"
    min-conn = 1
    max-conn = 3
    global.table = "global_table"
    branch.table = "branch_table"
    lock-table = "lock_table"
    query-limit = 100
  }
}
lock {
  ## the lock store mode: local、remote
  mode = "remote"

  local {
    ## store locks in user's database
  }

  remote {
    ## store locks in the seata's server
  }
}
recovery {
  #schedule committing retry period in milliseconds
  committing-retry-period = 1000
  #schedule asyn committing retry period in milliseconds
  asyn-committing-retry-period = 1000
  #schedule rollbacking retry period in milliseconds
  rollbacking-retry-period = 1000
  #schedule timeout retry period in milliseconds
  timeout-retry-period = 1000
}

transaction {
  undo.data.validation = true
  undo.log.serialization = "jackson"
  undo.log.save.days = 7
  #schedule delete expired undo_log in milliseconds
  undo.log.delete.period = 86400000
  undo.log.table = "undo_log"
}

## metrics settings
metrics {
  enabled = false
  registry-type = "compact"
  # multi exporters use comma divided
  exporter-list = "prometheus"
  exporter-prometheus-port = 9898
}

support {
  ## spring
  spring {
    # auto proxy the DataSource bean
    datasource.autoproxy = false
  }
}