java中获取路径的几种基本的方法

package com.ygh.blog.realpath;

import java.io.File;

import java.io.IOException;

import java.io.InputStream;

import java.net.URL;

import java.util.Properties;

/**

 * 获取java下面的路径的演示

 */

import org.junit.Test;

public class RealPathTest {

    /**

     * 获取当前类所在的工程路径

     */

    @Test

    public void fun1() {

        File file = new File(this.getClass().getResource("/").getPath());

        // D:\project\taotaoshop\src\blog-mybatis1\target\test-classes

        System.out.println(file);

    }

    /**

     * 获取当前类的绝对路径

     */

    @Test

    public void fun2() {

        File file = new File(this.getClass().getResource("").getPath());

        // D:\project\taotaoshop\src\blog-mybatis1\target\test-classes\com\ygh\blog\realpath

        System.out.println(file);

    }

    /**

     * 获取当前类所在的工程路径，两种方法皆可

     *

     * @throws IOException

     */

    @Test

    public void fun3() throws IOException {

        File file = new File("");

        String path = file.getCanonicalPath();

        // D:\project\taotaoshop\src\blog-mybatis1

        System.out.println(path);

        // D:\project\taotaoshop\src\blog-mybatis1

        System.out.println(System.getProperty("user.dir"));

    }

    /**

     * 获取当前src下面的文件的路径

     */

    @Test

    public void fun4() {

        URL url = this.getClass().getClassLoader().getResource("jdbc.properties");

        System.out.println(url);

    }

    /**

     * 获取其他源码包下面的文件路径

     */

    @Test

    public void fun5() {

        // 使用这种方法可以获取路径

        URL url = this.getClass().getClassLoader().getResource("test2.txt");

        // file:/D:/project/taotaoshop/src/blog-mybatis1/target/classes/test.txt

        System.out.println(url);

    }

    @Test

    public void fun6() throws Exception {

        URL url = this.getClass().getClassLoader().getResource("test2.txt");

        System.out.println(url.getPath());

        Properties properties = new Properties();

        // 使用这种方式可以获取文件对应的输出流

        InputStream inputStream = this.getClass().getClassLoader().getResourceAsStream("jdbc.properties");

        properties.load(inputStream);

        File file = new File(url.getPath());

        System.out.println(properties.get("jdbc.driverClassName"));

    }

}

下面赋上代码对应的文件路径

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" 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java中获取路径的几种基本的方法

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