Williams. Concurrent Programming in Erlang. Prentice Hall, 1993.Joe Armstrong,Robert Virding,Clases Wikstrom,Mike Willams.Concurrent Programming in Erlang. . 1995Joe Armstrong,Robert Virding,Clases Wikstrom,Mike Willams.Concurrent Programming in Erlang. . 1995...
Written in a tutorial style, the emphasis is on learning through example and a number of well known problems in designing and programming concurrent fault-tolerant real-time systems are illustrated.
在Erlang程序中创建并行执行线程并允许这些线程相互通信很容易。在Erlang中,每个执行线程都称为进程。 (另外:当执行的线程彼此没有共享数据时,通常使用术语“进程”,当他们以某种方式共享数据时使用术语“线程”。Erlang中的执行线程不共享数据,这就是为什么它们是称为进程)。 Erlang BIFspawn被用来创建一个新的进程:s...
Concurrent Programming in Erlang 电子书 读后感 评分☆☆☆ I printed out the pdf file from Prentice Hall and finish it on the flight from Beijing to Boston. I've had very high expectation on a "dynamic, concurrency built-in language", plus all the great comments this language has received...
Concurrent Programming in Erlang 作者: [瑞典] Joe Armstrong 出版社: Prentice Hall PTR出版年: 1996-1-16页数: 358定价: USD 52.00装帧: Textbook BindingISBN: 9780135083017豆瓣评分 评价人数不足 评价: 写笔记 写书评 加入购书单 分享到 推荐 喜欢读"Concurrent Programming in Erlang"的人也喜欢 ··· ...
This chapter introduces concurrent programming in Erlang, letting you in on one of the most powerful concurrency models available today. Creating Processes So far, we’ve looked at executing sequential code in a single process. To run concurrent code, you have to create more processes. You do ...
• 1. Erlang程序是由很多进程组成,这些进程之间可以互相发消息。(这个进程和传统意义上操作系统里的进程是不一样的,只是概念上差不多) • 2. 这些消息不一定能收到或者明白,如果要确认这一点的话,必须发送消息之后等回答 • 3. 两个进程可以结对,连接在一起,如果其中一方挂了,另一方会得到死因 ...
Concurrent Programming in Erlang Post date: 07 Mar 2007 Written in a tutorial style, the emphasis is on learning through example and a number of well known problems in designing and programming concurrent fault-tolerant real-time systems are illustrated. Publisher: Prentice Hall Publication date: ...
3.concurrent programming Processes and communication between processes are fundamental concepts in Erlang. 1. Process Create Pid = spawn(Module, FunctionName, ArgumentList) 2. Inter-process Communication Pid ! Message receive Message1 [when Guard1] ->Actions1 ; ...
definitely a good starting point but I don't think it's powerful enough for me to consider switching from other languages to Erlang just because of that.The basic semantic is you could fork() a process, well an Erlang soft process, with a PID and you could send anything, mainly tuple ...