java导出mysql数据表的结构生成word文档

使用sql查询表的结构是比较简单，其实这里难就是难在导出结构到word文档中。。。，使用poi-tl代码也简单

一、首先jdbc工具类，这个不多说了

public class SqlUtils {

	private static String url = "jdbc:mysql://localhost:3306";
	
	static {
		try {
			Class.forName("com.mysql.jdbc.Driver");
		} catch (ClassNotFoundException e) {
			e.printStackTrace();
		}
	}
	
	public static Connection getConnnection(String user,String password){
		try {
			return DriverManager.getConnection(SqlUtils.url, user, password);
		} catch (SQLException e) {
			e.printStackTrace();
			return null;
		}
	}
	
	public static void closeConnection(Connection conn) throws SQLException{
		if(conn!=null){
			conn.close();			
		}
	}
	
	public static ResultSet getResultSet(Connection conn ,String sql){
		try {
			Statement stat = conn.createStatement();
			return stat.executeQuery(sql);
		} catch (SQLException e) {
			e.printStackTrace();
			return null;
		}
	}
}

二、设置word表格的style

public class POITLStyle {

	public static Style getHeaderStyle(){
		Style style = new Style();
		style.setBold(true);
		style.setFontSize(14);
		style.setColor("000000");
		style.setFontFamily("宋体");
		return style;
	}
	
	public static TableStyle getHeaderTableStyle(){
		TableStyle style = new TableStyle();;
		style.setBackgroundColor("B7B7B7");
		return style;
	}
	
	public static Style getBodyStyle(){
		Style style = new Style();
		style.setBold(false);
		style.setFontSize(12);
		style.setColor("000000");
		style.setFontFamily("宋体");
		return style;
	}
	
	public static TableStyle getBodyTableStyle(){
		TableStyle style = new TableStyle();;
		style.setBackgroundColor("DEDEDE");
		return style;
	}
}

三、file文件转换工具类 

这个主要base64流就是word文件，就是根据模板生成我们需要的word文件，你们可以自己生成模板，就是简单的word文件

public class FileUtils {
	//base64文件table模板
	public static String tableFileString = "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	//主要模板
	public static String mainFileString = 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";
    //table的其他模板，这个比较好看（个人认为）
	public static String tableFileStringPro = 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	public static InputStream Base64ToInputStream(){
		ByteArrayInputStream stream = null;
		byte[] bs = Base64.getDecoder().decode(mainFileString);
		stream = new ByteArrayInputStream(bs);
		return stream;
	}
	
	public static File Base64ToFile(String path) throws IOException {
		byte[] bs = Base64.getDecoder().decode(tableFileStringPro);
		File file = new File(path);
		FileOutputStream stream = new FileOutputStream(file);
		stream.write(bs);
		stream.close();
		return file;
	}

四、主要文件

主要的class来了，如果不想看代码的话，直接拖到最后，我放在git上，里面有个jar包，直接java -jar xxx.jar命令就可以生成你想要的word文件了

/**
 * 把数据库中的表结构导出word中
 * @author MOSHUNWEI
 * @version 1.0
 */
public class App 
{
	private static Logger  log = Logger.getLogger(App.class);
    public static void main( String[] args ) throws IOException
    {
    	//使用jar的命令，参数有4个，如果没有4个直接退出，没得商量
    	if(args.length<4){
    		log.info("参数：");
    		log.info("-n=数据库名称");
    		log.info("-u=用户名");
    		log.info("-p=密码");
    		log.info("-d=文件输出路径");
    		System.exit(0);
    	}
    	
    	Map map = Check(args);
    	
    	//默认生成的文件名
    	String outFile = map.get("-d")+"/数据库表结构.docx";
    	
    	//查询表的名称以及一些表需要的信息
    	String sql1 = "SELECT table_name, table_type , ENGINE,table_collation,table_comment, create_options FROM information_schema.TABLES WHERE table_schema='"+map.get("-n")+"'";
    	
    	//查询表的结构信息
    	String sql2 = "SELECT ordinal_position,column_name,column_type, column_key, extra ,is_nullable, column_default, column_comment,data_type,character_maximum_length "
    			+ "FROM information_schema.columns WHERE table_schema='"+map.get("-n")+"' and table_name='";
		
    	
		ResultSet rs = SqlUtils.getResultSet(SqlUtils.getConnnection(map.get("-u"), map.get("-p")),sql1);
		
		log.info("开始生成文件");
		List> list = getTableName(rs);
		RowRenderData header = getHeader();
		Map datas = new HashMap();
		datas.put("title", "数据结构表");
		List> tableList = new ArrayList>();
		int i = 0;
		for(Map str : list){
			log.info(str);
			i++;
			String sql = sql2+str.get("table_name")+"'";
			ResultSet set = SqlUtils.getResultSet(SqlUtils.getConnnection(map.get("-u"), map.get("-p")),sql);
			List rowList = getRowRenderData(set);
			Map data = new HashMap();
			data.put("no", ""+i);
			data.put("table_comment",str.get("table_comment")+"");
			data.put("engine",str.get("engine")+"");
			data.put("table_collation",str.get("table_collation")+"");
			data.put("table_type",str.get("table_type")+"");
			data.put("name", new TextRenderData(str.get("table_name"), POITLStyle.getHeaderStyle()));
			data.put("table", new MiniTableRenderData(header, rowList));
			tableList.add(data);
		}

		datas.put("tablelist", new DocxRenderData(FileUtils.Base64ToFile(outFile), tableList));
		XWPFTemplate template = XWPFTemplate.compile(FileUtils.Base64ToInputStream()).render(datas);
		
		FileOutputStream out = null;
		try {
			out = new FileOutputStream(outFile);
			log.info("生成文件结束");
		} catch (FileNotFoundException e) {
			e.printStackTrace();
			log.info("生成文件失败");
		}finally {
			try {
				template.write(out);
				out.flush();
				out.close();
				template.close();
				
			} catch (IOException e) {
				e.printStackTrace();
			} 
		}
		
    }
    
    /**
     * 检查缺少的参数
     * @param args
     * @return
     */
    private static Map Check(String[] args) {
    	Map map = new HashMap();
    	for(String str: args){
    		String[] split = str.split("=");
    		map.put(split[0], split[1]);
    	}
    	
    	if(!map.containsKey("-n")){
    		log.info("请输入数据库名称！");
    		System.exit(0);
    	}
    	if(!map.containsKey("-u")){
    		log.info("请输入数据库用户名！");
    		System.exit(0);
    	}
    	if(!map.containsKey("-p")){
    		log.info("请输入数据库密码！");
    		System.exit(0);
    	}
    	if(!map.containsKey("-d")){
    		log.info("请输入保存文件的目录！");
    		System.exit(0);
    	}
    	
    	return map;
	}

	/**
     * table的表头
     * @return RowRenderData
     */
    private static RowRenderData getHeader(){
    	RowRenderData header = RowRenderData.build(
				new TextRenderData("序号", POITLStyle.getHeaderStyle()),
				new TextRenderData("字段名称", POITLStyle.getHeaderStyle()),
				new TextRenderData("字段描述", POITLStyle.getHeaderStyle()),
				new TextRenderData("字段类型", POITLStyle.getHeaderStyle()),
				new TextRenderData("长度", POITLStyle.getHeaderStyle()),
				new TextRenderData("允许空", POITLStyle.getHeaderStyle()),
				new TextRenderData("缺省值", POITLStyle.getHeaderStyle()));
		header.setStyle(POITLStyle.getHeaderTableStyle());
		return header;
    }
    
    /**
     * 获取一张表的结构数据
     * @param set
     * @return List
     */
    private static List getRowRenderData(ResultSet set) {
    	List result = new ArrayList();
    	
    	try {
    		int i = 0;
			while(set.next()){
				i++;
				RowRenderData row = RowRenderData.build(
						new TextRenderData(set.getString("ordinal_position")+""),
						new TextRenderData(set.getString("column_name")+""),
						new TextRenderData(set.getString("column_comment")+""),
						new TextRenderData(set.getString("data_type")+""),
						new TextRenderData(set.getString("character_maximum_length")+""),
						new TextRenderData(set.getString("is_nullable")+""),
						new TextRenderData(set.getString("column_default")+"")
						);
				if(i%2==0){
					row.setStyle(POITLStyle.getBodyTableStyle());
					result.add(row);
				}else{
					result.add(row);
				}
			
			}
		} catch (SQLException e) {
			e.printStackTrace();
		}
    	
		return result;
	}

    /**
     * 获取数据库的所有表名及表的信息
     * @param rs
     * @return list
     */
    private static List> getTableName(ResultSet rs){
    	List> list = new ArrayList>();
    	
    	try {
			while(rs.next()){
				Map result = new HashMap();
				result.put("table_name", rs.getString("table_name")+"");
				result.put("table_type", rs.getString("table_type")+"");
				result.put("engine", rs.getString("engine")+"");
				result.put("table_collation", rs.getString("table_collation")+"");
				result.put("table_comment", rs.getString("table_comment")+"");
				result.put("create_options", rs.getString("create_options")+"");
				list.add(result);
			}
		} catch (SQLException e) {
			e.printStackTrace();
		}
    	
    	return list;
    }

}

接下来就是测试咯： 

run，然后在桌面上生成：

文件内容如下

 

最后perfect

 

github

https://github.com/yzliusha/MysqlTableStructure