类时，编译后会生成多个字节码文件，即每个类都会 生成一个单独的“.class”文件，且文件名与类名相同。 1.6 课后习题 1. 安装配置 Eclipse Java 开发环境。 2. 使用一个文本编辑器（记事本等）编写一个简单的 Java 程序，并从命令行编译执 行该程序。 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 实验名称： Eclipse 集成开发环境配置及 Java 语言基础编程练习 上机时间： 第一周 实验手册： 无（参照实验内容完成） 实验内容： 本次实验需要完成以下内容： 1. 使用文本编辑器完成 Java Hello World 程序编写，使用 javac 和 java 编译运 行该程序； 2. 熟悉 Eclipse 集成开发环境，学习创建 Java 工程，使用 Maven 创建 Java 合和进程控制块三 部分组成。程序用于描述进程要完成的功能，是控制进程执行的指令集；数据集合是 程序在执行时所需要的数据和工作区；进程控制块 (Program Control Block，简称 PCB)， 包含进程的描述信息和控制信息，是进程存在的唯一标志。 进程具有的特征： 动态性 进程是程序的一次执行过程，是临时的，有生命期的，是动态产生，动态消亡 的； 并发性 任何进程都可以同其他进程一起并发执行；

(Computer-Aided Design) program has a PCB (Printed Circuit Board) mode, in which the user can create new PCB pads by entering the pad data in a text entry widget. A PCB pad is a rectangular-shaped copper all sorts of connection problems, e.g., connecting electrical signals on a printed circuit board (PCB) or a schematic, or connecting the electric power supply, water supply, or Internet cable between other point, like points drawn on a sheet of paper or the electric signal and power supply paths on a PCB. The latter case is in principle O(n^2) because for a set of n points, there are (n-1) other points

(Computer-Aided Design) program has a PCB (Printed Circuit Board) mode, in which the user can create new PCB pads by entering the pad data in a text entry widget. A PCB pad is a rectangular-shaped copper all sorts of connection problems, e.g., connecting electrical signals on a printed circuit board (PCB) or a schematic, or connecting the electric power supply, water supply, or Internet cable between other point, like points drawn on a sheet of paper or the electric signal and power supply paths on a PCB. The latter case is in principle O(n^2) because for a set of n points, there are (n-1) other points

(Computer-Aided Design) program has a PCB (Printed Circuit Board) mode, in which the user can create new PCB pads by entering the pad data in a text entry widget. A PCB pad is a rectangu­ lar-shaped copper all sorts of connection prob­ lems, e.g., connecting electrical signals on a printed circuit board (PCB) or a schematic, or connect­ ing the electric power supply, water supply, or Internet cable between other point, like points drawn on a sheet of paper or the electric signal and power supply paths on a PCB. The latter case is in principle O(n^2) because for a set of n points, there are (n-1) other points

(Computer-Aided Design) program has a PCB (Printed Circuit Board) mode, in which the user can cre­ ate new PCB pads by entering the pad data in a text entry widget. A PCB pad is a rectangular-shaped copper all sorts of connection problems, e.g., connecting electrical signals on a printed circuit board (PCB) or a schematic, or connecting the electric power supply, water supply, or Internet cable between point, like points drawn on a sheet of paper or the electric signal and power sup­ ply paths on a PCB. The latter case is in principle O(n^2) because for a set of n points, there are (n-1) other points

(Computer-Aided Design) program has a PCB (Printed Circuit Board) mode, in which the user can create new PCB pads by entering the pad data in a text entry widget. A PCB pad is a rectangu­ lar-shaped copper all sorts of connection prob­ lems, e.g., connecting electrical signals on a printed circuit board (PCB) or a schematic, or connect­ ing the electric power supply, water supply, or Internet cable between other point, like points drawn on a sheet of paper or the electric signal and power supply paths on a PCB. The latter case is in principle O(n^2) because for a set of n points, there are (n-1) other points

(Computer-Aided Design) program has a PCB (Printed Circuit Board) mode, in which the user can cre­ ate new PCB pads by entering the pad data in a text entry widget. A PCB pad is a rectangular-shaped copper all sorts of connection problems, e.g., connecting electrical signals on a printed circuit board (PCB) or a schematic, or connecting the electric power supply, water supply, or Internet cable between point, like points drawn on a sheet of paper or the electric signal and power sup­ ply paths on a PCB. The latter case is in principle O(n^2) because for a set of n points, there are (n-1) other points

(Computer-Aided Design) program has a PCB (Printed Circuit Board) mode, in which the user can cre­ ate new PCB pads by entering the pad data in a text entry widget. A PCB pad is a rectangular-shaped copper all sorts of connection problems, e.g., connecting electrical signals on a printed circuit board (PCB) or a schematic, or connecting the electric power supply, water supply, or Internet cable between point, like points drawn on a sheet of paper or the electric signal and power sup­ ply paths on a PCB. The latter case is in principle O(n^2) because for a set of n points, there are (n-1) other points

(Computer-Aided Design) program has a PCB (Printed Circuit Board) mode, in which the user can cre­ ate new PCB pads by entering the pad data in a text entry widget. A PCB pad is a rectangular-shaped copper all sorts of connection problems, e.g., connecting electrical signals on a printed circuit board (PCB) or a schematic, or connecting the electric power supply, water supply, or Internet cable between point, like points drawn on a sheet of paper or the electric signal and power sup­ ply paths on a PCB. The latter case is in principle O(n^2) because for a set of n points, there are (n-1) other points

(Computer-Aided Design) program has a PCB (Printed Circuit Board) mode, in which the user can cre­ ate new PCB pads by entering the pad data in a text entry widget. A PCB pad is a rectangular-shaped copper all sorts of connection problems, e.g., connecting electrical signals on a printed circuit board (PCB) or a schematic, or connecting the electric power supply, water supply, or Internet cable between point, like points drawn on a sheet of paper or the electric signal and power sup­ ply paths on a PCB. The latter case is in principle O(n^2) because for a set of n points, there are (n-1) other points