EBS多OU和多帐套客户化实现 (一) 多OU总结 1. Form多OU实现 1) 创建一个Table,以CUX_AP_CHECK_HEADER_ALL为例 2) 创建Table的两个Synonym(一个不含_ALL,一个以_ALL结尾):CUX_AP_CHECK_HEADER和CUX_AP_CHECK_HEADER_ALL 3) 给不含_ALL的Synonym:CUX_AP_CHEC
EBS多OU和多帐套客户化实现
(一) 多OU总结
1. Form多OU实现
1) 创建一个Table,以CUX_AP_CHECK_HEADER_ALL为例
2) 创建Table的两个Synonym(一个不含_ALL,一个以_ALL结尾):CUX_AP_CHECK_HEADER和CUX_AP_CHECK_HEADER_ALL
3) 给不含_ALL的Synonym:CUX_AP_CHECK_HEADER加上组织屏蔽的策略函数
dbms_rls.add_policy(object_name => 'CUX_AP_CHECK_HEADER',
policy_name => 'ORG_SEC',
policy_function => 'MO_GLOBAL.ORG_SECURITY',
policy_type => dbms_rls.shared_context_sensitive);
4) 在不含_ALL的Synonym的基础上创建视图: CUX_AP_CHECK_HEADER_V
5) 进入FORM时(pre-form触发器)添加代码:
mo_global.init(&p_appl_shortname);--p_appl_shortname为应用简称
6) 当选择某个OU时(一般在when_validate_item触发器)中添加代码:mo_global.set_policy_context('S',&p_org_id);--p_org_id为OU的id
2. Report多OU实现
1) 给并发程序设置业务实体模式:单个,多个和空(默认)。一般设置为‘单个’
业务实体模式对应表fnd_concurrent_programs中的multi_org_category字段
2) 得到当前OU的值。
使用:mo_global.get_current_org_id或者fnd_global.org_id
3) 在报表的参数和报表的逻辑中加上OU的限制
3. GL数据的多OU实现
1) 得到当前OU的值。
使用:mo_global.get_current_org_id或者fnd_global.org_id
2) 根据OU的值得到部门段的值:
DECLARE
l_segment1 VARCHAR2(150);--部门段
BEGIN
SELECT o3.attribute5
INTO l_segment1
FROM hr_all_organization_units o,
hr_all_organization_units_tl otl,
hr_organization_information o2,
hr_organization_information o3
WHERE o.organization_id = o2.organization_id
AND o.organization_id = o3.organization_id
AND o2.org_information_context = 'CLASS'
AND o3.org_information_context = 'Operating Unit Information'
AND o2.org_information1 = 'OPERATING_UNIT'
AND o2.org_information2 = 'Y'
and o.organization_id = otl.organization_id
and o.organization_id = &p_org_id –OU id
AND otl.LANGUAGE = USERENV('LANG');
END;
3) 将步骤2得到的值作为限制条件:
SELECT gl_code_combinations gcc WHERE gcc.segment1 = l_segment1;
4. Interface多OU总结
1) 给并发程序设置业务实体模式:单个,多个和空(默认)。业务实体模式对应表fnd_concurrent_programs中的multi_org_category字段
2) 如果接口的导入程序中OU作为一个参数,则应该将所有的OU作一次循环。
5. 多OU实现扩展知识
1) 给客户化应用注册和取消MOAC的控制
fnd_mo_product_init_pkg.register_application(注册应用)
fnd_mo_product_init_pkg.remove_application(取消应用)
查看支持MOAC的应用SQL:
SELECT * FROM fnd_mo_product_init;
2) 给数据库对象注册和取消策略-policy
dbms_rls.add_policy(注册策略)
dbms_rls.drop_policy(取消策略)
3) 多OU 涉及到的表
a) 查看数据库对象是否增加了策略-policy
SELECT * FROM dba_policies;
b) 查看当前session所能访问的OU
SELECT * FROM mo_glob_org_access_tmp;
c) 查看当前session应用上下文(context)的值(说明:OU的值保存在context中)
SELECT * FROM dba_context dc WHERE dc.namespace LIKE 'MULTI%';
MOAC使用的应用程序上下文:MULTI_ORG,MULTI_ORG2
(二) 多帐套总结
1. 客户化开发中的多帐套屏蔽
1) 得到当前OU的值。
使用:mo_global.get_current_org_id或者fnd_global.org_id
2) 根据组织id得到帐套id和公司名称。SQL语句为:
DECLARE
l_org_information3 VARCHAR2(150);--帐套id
l_company_desc VARCHAR2(150);--公司中文描述
BEGIN
SELECT o3.org_information3,o3.attribute3
INTO l_org_information3,l_company_desc
FROM hr_all_organization_units o,
hr_all_organization_units_tl otl,
hr_organization_information o2,
hr_organization_information o3
WHERE o.organization_id = o2.organization_id
AND o.organization_id = o3.organization_id
AND o2.org_information_context || '' = 'CLASS'
AND o3.org_information_context = 'Operating Unit Information'
AND o2.org_information1 = 'OPERATING_UNIT'
AND o2.org_information2 = 'Y'
AND o.organization_id = otl.organization_id
AND otl.language = USERENV('LANG')
AND o.organization_id = &p_org_id;--OU id
END;
3) 得到本位币,SQL语句为:
DECLARE
l_local_currency_code VARCHAR2(15);--本位币
BEGIN
SELECT gsob.currency_code
INTO l_local_currency_code
FROM gl_sets_of_books gsob, hr_operating_units hou
WHERE gsob.set_of_books_id = hou.set_of_books_id
AND hou.organization_id = &p_org_id;--OU ID
END;
4) 在程序中加上帐套和本位币的限制
2. 多帐套实现扩展
1) 得到帐套的SQL语句为:
SELECT * FROM gl_ledgers;
2) 得到法人的SQL语句为:
SELECT * FROM xle_entity_profiles;

MySQL's position in databases and programming is very important. It is an open source relational database management system that is widely used in various application scenarios. 1) MySQL provides efficient data storage, organization and retrieval functions, supporting Web, mobile and enterprise-level systems. 2) It uses a client-server architecture, supports multiple storage engines and index optimization. 3) Basic usages include creating tables and inserting data, and advanced usages involve multi-table JOINs and complex queries. 4) Frequently asked questions such as SQL syntax errors and performance issues can be debugged through the EXPLAIN command and slow query log. 5) Performance optimization methods include rational use of indexes, optimized query and use of caches. Best practices include using transactions and PreparedStatemen

MySQL is suitable for small and large enterprises. 1) Small businesses can use MySQL for basic data management, such as storing customer information. 2) Large enterprises can use MySQL to process massive data and complex business logic to optimize query performance and transaction processing.

InnoDB effectively prevents phantom reading through Next-KeyLocking mechanism. 1) Next-KeyLocking combines row lock and gap lock to lock records and their gaps to prevent new records from being inserted. 2) In practical applications, by optimizing query and adjusting isolation levels, lock competition can be reduced and concurrency performance can be improved.

MySQL is not a programming language, but its query language SQL has the characteristics of a programming language: 1. SQL supports conditional judgment, loops and variable operations; 2. Through stored procedures, triggers and functions, users can perform complex logical operations in the database.

MySQL is an open source relational database management system, mainly used to store and retrieve data quickly and reliably. Its working principle includes client requests, query resolution, execution of queries and return results. Examples of usage include creating tables, inserting and querying data, and advanced features such as JOIN operations. Common errors involve SQL syntax, data types, and permissions, and optimization suggestions include the use of indexes, optimized queries, and partitioning of tables.

MySQL is an open source relational database management system suitable for data storage, management, query and security. 1. It supports a variety of operating systems and is widely used in Web applications and other fields. 2. Through the client-server architecture and different storage engines, MySQL processes data efficiently. 3. Basic usage includes creating databases and tables, inserting, querying and updating data. 4. Advanced usage involves complex queries and stored procedures. 5. Common errors can be debugged through the EXPLAIN statement. 6. Performance optimization includes the rational use of indexes and optimized query statements.

MySQL is chosen for its performance, reliability, ease of use, and community support. 1.MySQL provides efficient data storage and retrieval functions, supporting multiple data types and advanced query operations. 2. Adopt client-server architecture and multiple storage engines to support transaction and query optimization. 3. Easy to use, supports a variety of operating systems and programming languages. 4. Have strong community support and provide rich resources and solutions.

InnoDB's lock mechanisms include shared locks, exclusive locks, intention locks, record locks, gap locks and next key locks. 1. Shared lock allows transactions to read data without preventing other transactions from reading. 2. Exclusive lock prevents other transactions from reading and modifying data. 3. Intention lock optimizes lock efficiency. 4. Record lock lock index record. 5. Gap lock locks index recording gap. 6. The next key lock is a combination of record lock and gap lock to ensure data consistency.


Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

AI Hentai Generator
Generate AI Hentai for free.

Hot Article

Hot Tools

MinGW - Minimalist GNU for Windows
This project is in the process of being migrated to osdn.net/projects/mingw, you can continue to follow us there. MinGW: A native Windows port of the GNU Compiler Collection (GCC), freely distributable import libraries and header files for building native Windows applications; includes extensions to the MSVC runtime to support C99 functionality. All MinGW software can run on 64-bit Windows platforms.

DVWA
Damn Vulnerable Web App (DVWA) is a PHP/MySQL web application that is very vulnerable. Its main goals are to be an aid for security professionals to test their skills and tools in a legal environment, to help web developers better understand the process of securing web applications, and to help teachers/students teach/learn in a classroom environment Web application security. The goal of DVWA is to practice some of the most common web vulnerabilities through a simple and straightforward interface, with varying degrees of difficulty. Please note that this software

EditPlus Chinese cracked version
Small size, syntax highlighting, does not support code prompt function

SublimeText3 Linux new version
SublimeText3 Linux latest version

SublimeText3 Chinese version
Chinese version, very easy to use