Java.to.Python 高清完整epub版
Python is much like Java and at times even looks simpler. But Python is just as powerful as Java. If Java is the heavy metal of computer programming, then Python is the jazz that opens doors of freedom in software development. Both Java and Python are object-oriented programming languages. Both support Java’s famous features such as encapsulation, inheritance and polymorphism. Both can be used to develop desktop and web-based applications. Both are multi-platform and run on all major platforms such as Linux, MS Windows, and Mac OS. Both support graphical user interface development. Of course, there are also differences between Java and Python. For example, Java programs must be compiled, but in Python you have a choice of compiling your programs into stand-alone applications or running them as interpreted scripts or programs launched by a command from the Command Prompt. There are many other similarities and differences between these two languages, and those similarities make it a lot easier than you might think to learn Python, if you already know Java. While learning Python myself, I realized how fast and easy it was to understand and pick up Python’s syntax when I started converting Java’s programming problems into Python. I had already known Java and worked with it professionally for some time, but I found myself having to learn Python fast to advance in my career. It motivated me to find a way to harness my existing knowing to speed up the process of learning a new language. This book is essentially a systematic presentation of the learning process I documented in learning Python using knowledge of Java. For the engineer who is already proficient in Java, it would be a waste of time to study a Python textbook that begins with the basic concept of object-oriented programming, since the concept of OOP software development is identical in all languages. The differences from one language to another are in their syntax. Syntax is best learned by using examples of the programming language that the engineer already knows. That’s exactly is the learning model of this book. This book is for those who are already comfortable with developing using Java programming language and therefore assumes knowledge of Java. Designed for Java engineers who want to learn Python, this book walks you through the differences between Java 8 and Python 2.7 syntax using examples from both languages. Specifically, the book will demonstrate how to perform the same procedures in Java and Python. For each procedure, the class names, method names, and variable names are kept consistent between Java and Python examples. This way you can see clearly the differences in syntax between the two languages. Using this approach, you will be up to speed with Python in no time. Table of Contents Chapter 1. A First Simple Program Chapter 2. Compiling A Program Chapter 3. Variables Chapter 4. Control Statements And Loops Chapter 5. Operators Chapter 6. Classes Chapter 7. Data Structures Chapter 8. Multithreading And Multiprocessing Chapter 9. I/O Chapter 10. Strings Chapter 11. Sorting And Searching Algorithms Chapter 12. Python’S Modules, Java’S Libraries Chapter 13. Running Shell Commands From Python Chapter 14. Querying Databases Chapter 15. Bulding Stand-Alone Applications With Python Chapter 16. Building Websites With Python






























- 粉丝: 354
我的内容管理 展开
我的资源 快来上传第一个资源
我的收益
登录查看自己的收益我的积分 登录查看自己的积分
我的C币 登录后查看C币余额
我的收藏
我的下载
下载帮助


最新资源
- 光伏并网逆变器闭环控制及MPPT技术解析:基于MatlabSimulinkPLECS的锁相环、LC滤波与MPPT控制
- 西门子S7-1200 PLC Modbus RTU 485通讯主站程序设计与实现 · Modbus RTU
- 基于COMSOL仿真平台的石蜡加热熔化多物理场耦合仿真:模拟温度和流场变化的案例分析
- Tiomehsh-datasheet-ai-analyzer-30136-1755665338791.zip
- 光伏储能微电网中Boost电路MPPT与双向Buck-Boost变换器对直流母线电压的精确调控 · SVPWM 详解
- 96三相多功能表:全套电路与源码详解,高精度实时电力参数测量与分析系统
- 电力系统中有源电力滤波器(APF)的仿真验证及其直流电压控制研究 · 电力系统
- 分别使用OpenCV、ONNXRuntime部署多任务的yolov5目标检测+语义分割,包含C++和Python两个版本的程序
- 三菱电梯主板参数详解:楼层显示、基站设置等关键功能调整 权威版
- 天鹰优化算法AO优化核极限学习机KELM参数的多输入单输出拟合预测建模的Matlab程序
- 网络空间安全导论2023学习项目-涵盖网络安全基础密码学原理恶意软件分析入侵检测技术数据保护策略安全协议设计风险评估方法应急响应流程法律法规遵循安全意识培养攻防.zip
- 基于IEEE33节点的风光储配电网优化调度仿真——经济成本最小化与潮流计算协同优化 · 分布式电源 手册
- 西门子PLC 12001500系列模拟量滤波技术解析:应对数据扰动的一阶惯性、蠕动平均值与中位值滤波
- 三相逆变器双闭环控制MATLAB Simulink模型设计:基于外环PR与内环比例控制策略的参数整定及建模原理参考
- 网络安全社区公开知识爬取工具-先知社区安全文章与漏洞分析报告自动化抓取与本地存储-实现高效知识管理与离线搜索功能-基于Selenium与BeautifulSoup4的自动化爬虫技术.zip
- YOLOv5 v6.2实例分割在LabVIEW工业应用中的高效推理与性能分析


