Understanding Multiple Organization

最新推荐文章于 2025-02-15 13:46:02 发布
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博客介绍了 Oracle 11i 多组织层次结构，包含 4 个层级，有业务组、法律实体、运营单位和库存组织。还提到了账簿集，即共享相同功能货币、会计弹性结构和日历的法律实体可用同一账簿集。此外，说明了业务组对人力资源信息的保护及相关定义规则。

1. There are 4 levels in Oracle 11i Multiple Organization Hierarchy.

Business Group
   |
   |-Legal entity--
   |                        |
                            |-Operating Unit---
                            |                               |
                                                            | -Inventory Organization1
                                                            | -Inventory Organization2

2. Set of Book(SOB)
For legal entities sharing same function currency, accounting flexfield struct and calendar, same set of book can be used.

3. Business Group
Oracle Applications secures human resources information, including organization definition, by business group. For a fresh install, a default business group is created and user can modify this business group to meet enterprise's requirements. Of course, new business group can be created.

All business group must be defined  befined before defining any type of organizations.

You can classify an organization as any combination of legal entity, operating unit, and inventory organization.

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This chapter introduces a number of techniques for improving code performance, with the idea being that programmers learn to write their C code in such a way that a compiler can then generate efficient machine code. We start with transformations that reduce the work to be done by a program and hence should be standard practice when writing any program for any machine. We then progress to transformations that enhance the degree of instruction-level parallelism in the generated machine code, thereby improving their performance on modern “superscalar” processors. To motivate these transformations, we introduce a simple operational model of how modern out-of-order processors work, and show how to measure the potential performance of a program in terms of the critical paths through a graphical representation of a program. You will be surprised how much you can speed up a program by simple transformations of the C code. 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Finally, we show you how to improve the performance of application programs by improving their temporal and spatial locality. Chapter 7: Linking. This chapter covers both static and dynamic linking, including the ideas of relocatable and executable object files, symbol resolution, relocation, static libraries, shared object libraries, position-independent code, and library interpositioning. Linking is not covered in most systems texts, but we cover it for two reasons. First, some of the most confusing errors that programmers can encounter are related to glitches during linking, especially for large software packages. Second, the object files produced by linkers are tied to concepts such as loading, virtual memory, and memory mapping. Chapter 8: Exceptional Control Flow. 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We cover the C standard I/O library and its relationship to Linux I/O, focusing on limitations of standard I/O that make it unsuitable for network programming. In general, the topics covered in this chapter are building blocks for the next two chapters on network and concurrent programming. Chapter 11: Network Programming. Networks are interesting I/O devices to program, tying together many of the ideas that we study earlier in the text, such as processes, signals, byte ordering, memory mapping, and dynamic storage allocation. Network programs also provide a compelling context for concurrency, which is the topic of the next chapter. This chapter is a thin slice through network programming that gets you to the point where you can write a simple Web server. We cover the client-server model that underlies all network applications. We present a programmer’s view of the Internet and show how to write Internet clients and servers using the sockets interface. 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最新发布
08-05
嗯，用户这次的需求很明确：翻译一段关于计算机系统架构的英文章节内容，特别强调技术文档的格式规范。用户提供了详细的排版要求（LaTeX数学表达式格式、引用标注等），还附带了两个站内引用作为背景参考。...
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