IDEA根据数据库表结构生成Model类（POJO）

create table system_parameter
(
  ID          bigint auto_increment
  comment '主键'
    primary key,
  SKEY     varchar(32)  not null
  comment '键名',
  SVALUE   varchar(256) null
  comment '键值',
  REMARK      varchar(256) null
  comment '备注',
  OPERATER    varchar(20)  null
  comment '操作人',
  CREATE_TIME datetime     null
  comment '创建时间',
  UPDATE_TIME datetime     null
  comment '更新时间',
  constraint UK_SYSTEM_PARAMETER
  unique (SYS_KEY)
)
  comment '系统参数表'
  charset = utf8;

import com.intellij.database.model.DasTable
import com.intellij.database.model.ObjectKind
import com.intellij.database.util.Case
import com.intellij.database.util.DasUtil

/*
 * Available context bindings:
 *   SELECTION   Iterable
 *   PROJECT     project
 *   FILES       files helper
 */

packageName = "com.suning.lcbpss.dao.dmo;"
typeMapping = [
  (~/(?i)int/)                      : "Long",
  (~/(?i)float|double|decimal|real/): "BigDecimal",
  (~/(?i)datetime|timestamp/)       : "Timestamp",
  (~/(?i)date/)                     : "Date",
  (~/(?i)time/)                     : "Time",
  (~/(?i)/)                         : "String"
]

FILES.chooseDirectoryAndSave("Choose directory", "Choose where to store generated files") { dir ->
  SELECTION.filter { it instanceof DasTable && it.getKind() == ObjectKind.TABLE }.each { generate(it, dir) }
}

def generate(table, dir) {
  def className = javaName(table.getName(), true)+"Dmo"
  def fields = calcFields(table)
  new File(dir, className + ".java").withPrintWriter('utf-8') { out -> generate(out, className, fields) }
}

def generate(out, className, fields) {
  out.println "package $packageName"
  out.println ""
  out.println ""

    Set types = new HashSet()

    fields.each() {
        types.add(it.type)
    }

    if (types.contains("Date")) {
        out.println "import java.util.Date;"
    }

    if (types.contains("BigDecimal")) {
        out.println "import java.math.BigDecimal;"
    }

    if (types.contains("Timestamp")) {
        out.println "import java.sql.Timestamp;"
    }

    if (types.contains("Time")) {
        out.println "import java.sql.Time;"
    }

  out.println ""
  out.println ""
  out.println "public class $className {"
  out.println ""
  fields.each() {
  if (isNotEmpty(it.commoent)) {
      out.println "  /**"
      out.println "   * ${it.commoent}"
      out.println "   */"
  }

    if (it.annos != "") out.println "  ${it.annos}"
    out.println "  private ${it.type} ${it.name};"
    out.println ""
  }

  out.println ""
  out.println ""
  fields.each() {
      if (isNotEmpty(it.commoent)) {
          out.println "  /**"
          out.println "   *"
          out.println "   * @return ${it.name}"
          out.println "   */"
      }
    out.println "  public ${it.type} get${it.name.capitalize()}() {"
    out.println "    return ${it.name};"
    out.println "  }"
    out.println ""
      if (isNotEmpty(it.commoent)) {
          out.println "  /**"
          out.println "   *"
          out.println "   * @param ${it.name}"
          out.println "   */"
      }
    out.println "  public void set${it.name.capitalize()}(${it.type} ${it.name}) {"
    out.println "    this.${it.name} = ${it.name};"
    out.println "  }"
    out.println ""
  }
  out.println "}"
}

def calcFields(table) {
  DasUtil.getColumns(table).reduce([]) { fields, col ->
    def spec = Case.LOWER.apply(col.getDataType().getSpecification())
    def typeStr = typeMapping.find { p, t -> p.matcher(spec).find() }.value
    fields += [[
                 name : javaName(col.getName(), false),
                 type : typeStr,
                 commoent: col.getComment(),
                 annos: ""]]
  }
}

def javaName(str, capitalize) {
  def s = com.intellij.psi.codeStyle.NameUtil.splitNameIntoWords(str)
    .collect { Case.LOWER.apply(it).capitalize() }
    .join("")
    .replaceAll(/[^\p{javaJavaIdentifierPart}[_]]/, "_")
  capitalize || s.length() == 1? s : Case.LOWER.apply(s[0]) + s[1..-1]
}

def isNotEmpty(content) {
    return content != null && content.toString().trim().length() > 0
}