Learning AMQP

The following is the AMQP brief collected from home website.

AMQP - Advanced Message Queuing Protocol 是用于业务消息的网络协议  http://www.amqp.org

The Advanced Message Queuing Protocol (AMQP) is an open standard for passing business messages between applications or organizations.  It connects systems, feeds business processes with the information they need and reliably transmits onward the instructions that achieve their goals.
AMQP 是对于在应用之间或者组织之间传递业务消息的开放标准。 它连接各个系统,业务处理点的信息,


http://www.amqp.org/product/realworld

Commercially available AMQP products and support offerings; please check their web sites for details...

AMQP was designed with the following main characteristics as goals:

  • Security
  • Reliability
  • Interoperability
  • Standard
  • Open

Example AMQP Use Cases

  • Want a real time feed of constantly updating information?  No problem.
  • Want an encrypted assured transaction?  No problem.
  • Want your message to be delivered when the destination comes online? No problem.
  • Want to send an enormous message while still receiving status updates over the same network connection? No problem.
  • Want that to work on all popular operating systems and languages?  No problem.

AMQP solves the technical part of connecting applications.  All that is left for your developers to do is to focus on high-value work of reacting to those information flows.


Architecture

AMQP version 1.0 provides the pieces necessary to enable messaging clients and servers to interoperate seamlessly, regardless of their technology.

It comprises an efficient wire protocol that separates the network transport from broker architectures and management.  AMQP version 1.0 supports various broker architectures that may be use to receive, queue, route, and deliver messages or be used peer-to-peer.

There are three major pieces specified in the scope of AMQP 1.0.  These define the networking protocol, arepresentation for message envelope data and the basic semantics of broker services.


http://www.amqp.org/product/architecture


The RabbitMQ the famous implement of AMQP.

http://www.rabbitmq.com/


内容概要:本文档主要展示了C语言中关于字符串处理、指针操作以及动态内存分配的相关代码示例。首先介绍了如何实现键值对(“key=value”)字符串的解析,包括去除多余空格和根据键获取对应值的功能,并提供了相应的测试用例。接着演示了从给定字符串中分离出奇偶位置字符的方法,并将结果分别存储到两个不同的缓冲区中。此外,还探讨了常量(const)修饰符在变量和指针中的应用规则,解释了不同类型指针的区别及其使用场景。最后,详细讲解了如何动态分配二维字符数组,并实现了对这类数组的排序与释放操作。 适合人群:具有C语言基础的程序员或计算机科学相关专业的学生,尤其是那些希望深入理解字符串处理、指针操作以及动态内存管理机制的学习者。 使用场景及目标:①掌握如何高效地解析键值对字符串并去除其中的空白字符;②学会编写能够正确处理奇偶索引字符的函数;③理解const修饰符的作用范围及其对程序逻辑的影响;④熟悉动态分配二维字符数组的技术,并能对其进行有效的排序和清理。 阅读建议:由于本资源涉及较多底层概念和技术细节,建议读者先复习C语言基础知识,特别是指针和内存管理部分。在学习过程中,可以尝试动手编写类似的代码片段,以便更好地理解和掌握文中所介绍的各种技巧。同时,注意观察代码注释,它们对于理解复杂逻辑非常有帮助。
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