This document discusses BI Publisher, an Oracle product for template-based report generation. It provides an overview of BI Publisher, describing what it is, its advantages, and how it separates data extraction from report layout. It also discusses the key classes used in the BI Publisher API - Report Definition, Report Manager, and Engine - and provides examples of how to generate and publish a report using these classes.
The document discusses continuous integration and quality build processes. It describes setting up a fully automated and reproducible build process for Oracle Workflow that runs tests, analyzes code quality, and publishes reports on a regular basis. This helps reduce bugs, improve productivity, and speed up development by catching issues early. The build process involves compiling the code, running unit tests, analyzing test coverage, checking for code issues, and publishing results. Doing this regularly through continuous integration brings benefits like reduced time to market and improved product quality.
Oracle Inventory allows companies to define and manage parts, forecast demand, plan replenishments, track inventory levels, and maintain accuracy. It utilizes a structure of organizations, subinventories, locators, and items with attributes. Major transactions include receiving, transferring, and issuing inventory. The system exposes open interfaces and APIs to integrate with other applications.
This document discusses BI Publisher, an Oracle product for template-based report generation. It provides an overview of BI Publisher, describing what it is, its advantages, and how it separates data extraction from report layout. It also discusses the key classes used in the BI Publisher API - Report Definition, Report Manager, and Engine - and provides examples of how to generate and publish a report using these classes.
The document discusses continuous integration and quality build processes. It describes setting up a fully automated and reproducible build process for Oracle Workflow that runs tests, analyzes code quality, and publishes reports on a regular basis. This helps reduce bugs, improve productivity, and speed up development by catching issues early. The build process involves compiling the code, running unit tests, analyzing test coverage, checking for code issues, and publishing results. Doing this regularly through continuous integration brings benefits like reduced time to market and improved product quality.
Oracle Inventory allows companies to define and manage parts, forecast demand, plan replenishments, track inventory levels, and maintain accuracy. It utilizes a structure of organizations, subinventories, locators, and items with attributes. Major transactions include receiving, transferring, and issuing inventory. The system exposes open interfaces and APIs to integrate with other applications.
In this webinar there will be a brief discussion on what is personalization, customization and extension. Lastly, we will be talking about the role of ADF, which is going to supersede OA Framework in fusion applications.
- The document contains a summary of an Oracle Apps Technical Consultant's skills and experience including over 5 years of experience with Oracle Apps R12 and development of reports, interfaces, conversions and customizations. They have worked on multiple implementation and migration projects for clients in various industries.
1. The document describes how a custom Java applet integrates with Oracle Forms to provide recipe/formula/routing design functionality. It discusses communication between the applet and Forms, the structure of the applet code, debugging techniques, and setup instructions.
2. The applet code is divided into common, client, and server packages. The client code runs in a browser and communicates with server code via data managers. Server code interacts with the database through JDBC and PL/SQL packages.
3. Debugging involves using print statements in the client code and log files in the server code. The applet is set up by configuring the JDeveloper IDE and importing required Forms
7. Tables
- Workflow Definition
SQL:
-- 使用如下sql查询一个流程的连接信息:
select b.activity_name, b.instance_label, a.result_code "RESULT_CODE", 'TO',
c.activity_name, c.instance_label
from (select * from wf_activity_transitions
start with from_process_activity = (select instance_id from
wf_process_activities where
process_item_type = 'LEAVEREQ' AND PROCESS_VERSION = 5 AND
ACTIVITY_NAME =
'START') connect by prior to_process_activity = from_process_activity and
result_code <>
'#TIMEOUT') a left outer join wf_process_activities b on
a.from_process_activity =
b.instance_id left outer join wf_process_activities c on a.to_process_activity
= c.instance_id
8, wf_messages_vl
消息视图, 根据会话的语言设置返回相应的记录. 字段:
TYPE, NAME, DISPLAY_NAME, SUBJECT, BODY
#21: Note:The three views are mapped in the following way. WF_USERS is mapped to all employees with active primary assignments. WF_ROLES is mapped to all users listed in WF_USERS and to all positions defined as workflow roles. WF_USER_ROLES is mapped to the combination of WF_ROLES and WF_USERS.http://oracleapps4u.com/blog/category/wf_local_roles/For example:OPERATIONS is a user in WF_USERS, there’s also a role in WF_ROLES. There is a mapping user_name(‘OPERATIONS ’) ? role_name(‘OPERATIONS ’) in WF_USER_ROLES.