This document discusses how to create a master-detail form in Oracle Forms. It describes establishing relationships between data blocks, defining join conditions, setting deletion properties, and modifying block structure and layout. Key points covered include using the Data Block Wizard to create relationships, automatic block coordination when running the form, and using the Layout Wizard and Data Block Wizard in reentrant mode to modify existing blocks. The overall goal is to teach the reader how to build a basic master-detail form and manage the relationships between related data.
This document discusses working with text items in Oracle Forms. It describes how to create text items, modify their appearance and properties, control their data and navigation behavior, and add functionality. Key topics covered include modifying font, color, and prompt properties; controlling data type, length, and initial values; and displaying help messages.
This document discusses how to create a basic form module in Oracle Forms. It covers creating an empty module, adding a data block using the Data Block Wizard and Layout Wizard, saving and compiling the form module, different file formats for storing modules, and deploying a form module to the application server. The key steps are to create an empty module, add a data block with the wizard, save and compile the form, move the files to the application server, and generate the module to run it in the browser.
This document discusses working with data blocks and frames in Oracle Forms. It covers identifying components of the Property Palette, managing object properties, creating and using Visual Attributes, controlling data block and frame properties, and creating and deleting data blocks. The key topics covered are using the Property Palette to modify object properties, setting properties to control data block behavior and appearance, setting frame properties, and creating and deleting data blocks.
This document discusses navigation in forms. It distinguishes between internal and external navigation, and describes how to control navigation with properties of the form, block, and item. It explains navigation triggers that fire during or after navigation, and navigation built-ins that can be used in triggers except those that fire during navigation. These include GO_FORM, GO_BLOCK, GO_RECORD, GO_ITEM, NEXT_BLOCK, and others. The document also provides examples of setting properties and using triggers and built-ins to control navigation flow.
This document discusses supplementing the functionality of items in Oracle Forms applications using triggers and built-in functions. It describes various item interaction triggers that can be used with different item types. It also explains how to use built-in functions to populate lists, images, trees, and interact with JavaBeans from triggers. Common tasks covered include checking checkboxes, loading images, creating hierarchical trees, and registering beans. The document provides examples of triggers and built-ins for different form interaction scenarios.
This document provides an overview of LOVs (lists of values) and editors in Oracle Forms and describes how to create them. LOVs allow selecting a value for a text item from a dynamic list, and are created from a database query. Editors override the default editor for a text item and allow customizing the editing window. The document explains that LOVs are easiest to design using the LOV Wizard, which guides selecting columns and properties. Editors are created in the Object Navigator and associated with a text item's properties. Practice questions at the end involve creating an LOV attached to a text item and an Editor attached to another item.
This document discusses writing flexible code that is reusable, generic, and avoids hard-coded object names to make maintenance easier. It describes using system variables to reference the current context and status. Built-in subprograms like GET_ and SET_ can retrieve and set properties of objects. Objects can be referenced by internal ID found using functions like FIND_, or indirectly using COPY and NAME_IN to pass values without hard-coding names. Flexible code is more efficient and reusable across applications.
This document discusses working with text items in Oracle Forms. It describes how to create text items, modify their appearance and properties, control their data and navigation behavior, and add functionality. Key topics covered include modifying font, color, and prompt properties; controlling data type, length, and initial values; and displaying help messages.
This document discusses how to create a basic form module in Oracle Forms. It covers creating an empty module, adding a data block using the Data Block Wizard and Layout Wizard, saving and compiling the form module, different file formats for storing modules, and deploying a form module to the application server. The key steps are to create an empty module, add a data block with the wizard, save and compile the form, move the files to the application server, and generate the module to run it in the browser.
This document discusses working with data blocks and frames in Oracle Forms. It covers identifying components of the Property Palette, managing object properties, creating and using Visual Attributes, controlling data block and frame properties, and creating and deleting data blocks. The key topics covered are using the Property Palette to modify object properties, setting properties to control data block behavior and appearance, setting frame properties, and creating and deleting data blocks.
This document discusses navigation in forms. It distinguishes between internal and external navigation, and describes how to control navigation with properties of the form, block, and item. It explains navigation triggers that fire during or after navigation, and navigation built-ins that can be used in triggers except those that fire during navigation. These include GO_FORM, GO_BLOCK, GO_RECORD, GO_ITEM, NEXT_BLOCK, and others. The document also provides examples of setting properties and using triggers and built-ins to control navigation flow.
This document discusses supplementing the functionality of items in Oracle Forms applications using triggers and built-in functions. It describes various item interaction triggers that can be used with different item types. It also explains how to use built-in functions to populate lists, images, trees, and interact with JavaBeans from triggers. Common tasks covered include checking checkboxes, loading images, creating hierarchical trees, and registering beans. The document provides examples of triggers and built-ins for different form interaction scenarios.
This document provides an overview of LOVs (lists of values) and editors in Oracle Forms and describes how to create them. LOVs allow selecting a value for a text item from a dynamic list, and are created from a database query. Editors override the default editor for a text item and allow customizing the editing window. The document explains that LOVs are easiest to design using the LOV Wizard, which guides selecting columns and properties. Editors are created in the Object Navigator and associated with a text item's properties. Practice questions at the end involve creating an LOV attached to a text item and an Editor attached to another item.
This document discusses writing flexible code that is reusable, generic, and avoids hard-coded object names to make maintenance easier. It describes using system variables to reference the current context and status. Built-in subprograms like GET_ and SET_ can retrieve and set properties of objects. Objects can be referenced by internal ID found using functions like FIND_, or indirectly using COPY and NAME_IN to pass values without hard-coding names. Flexible code is more efficient and reusable across applications.
Non-input items that can be created include display items, image items, buttons, calculated items, hierarchical tree items, and bean area items. Display items and image items show information without input, buttons initiate actions, calculated items use formulas or summaries, tree items show hierarchical data, and bean areas execute Java code. These item types are created by changing an existing item's type or using tools in the Layout Editor and setting properties specific to each item type.
WebUtil is a utility that enables Forms developers to interact with client machines from PL/SQL code. It provides functions for opening file dialogs, reading/writing files, executing OS commands, performing OLE automation, and obtaining client info. To use WebUtil, developers attach its library and subclass its object group, then can call functions after the form starts to interact with the client, such as opening a file dialog, reading an image into the form, or creating/opening a file on the client.
This document discusses various methods for reusing objects and code in Oracle Forms applications, including property classes, object groups, copying and subclassing objects, object libraries, SmartClasses, and reusing PL/SQL code through triggers, program units, and libraries. Property classes allow inheriting properties, object groups make related objects easy to reuse, and object libraries and SmartClasses simplify sharing reusable components. PL/SQL code can be reused by copying, subclassing, defining program units, or creating libraries.
This document describes how to run a Forms application using Oracle Application Server Containers for J2EE (OC4J). It explains that OC4J is used to run Forms applications on the development machine and test them in a web browser. When running a form, the Forms Client applet displays in the browser while the Forms Listener Servlet and Runtime Engine handle processing on the application server. Users can navigate forms and query, insert, update, and delete records in different operation modes.
Windows display content canvases and allow viewing one canvas at a time. Content canvases are surfaces that display within a window. Each window must have at least one content canvas. You can create additional windows in the Object Navigator and display different canvases or the same form module across multiple windows and canvases. Properties of windows and canvases allow setting positions, sizes, names and other attributes.
Grid computing uses low-cost servers and modular storage to balance workloads and provide capacity on demand. Oracle's grid products include the Oracle Database, Application Server, and Enterprise Manager. Oracle Application Server provides services for building and deploying web applications. The Oracle Developer Suite includes tools for application development and business intelligence such as Forms Developer and Reports. Forms Services allows deployment of Forms applications to a web environment.
Define triggers
Identify the different trigger categories
Plan the type and scope of triggers in a form
Describe the properties that affect the behavior of a trigger
The document discusses different types of canvases in Oracle Forms including stacked, toolbar, and tab canvases. It describes how stacked canvases overlay content canvases, toolbar canvases provide standard buttons and elements, and tab canvases organize information across pages. It provides instructions for creating these canvases, setting their properties, and placing items on tab pages.
- Oracle Form Builder is a component of Oracle Developer/2000 that is used to create event-driven applications to enter, access, change, or delete data from an Oracle database.
- A Forms application consists of forms, menus, and libraries. Forms uses triggers, processes, and events to control user interactions and database transactions.
- The main components of a Forms application include windows, canvases, blocks, items, triggers, alerts, lists of values (LOVs), editors, parameters, program units, libraries, and object groups.
This document provides an introduction to Oracle Forms Builder, a tool used to develop data entry and query screens. It discusses Forms Builder in client/server mode using a 2-tier architecture and in web mode using a 3-tier architecture. The document outlines some key features of Forms Builder including rapid application development, reusable objects, and improved developer productivity. It also provides instructions on setting user preferences and starting Forms Builder.
The document provides instructions for using Oracle Forms Developer 10g to build internet applications, including an instructor guide with objectives, course content, and chapters on creating forms, working in the Forms Builder environment, creating data blocks and items, and more. It contains proprietary information from Oracle Corporation and is protected by copyright law.
The document discusses creating a simple form module in Oracle Apps using form builder wizards. It describes using the data block wizard to create a data block and the layout wizard to design the form's presentation. It also covers creating a control block, setting data block properties, establishing master-detail relationships between blocks, and configuring block coordination and deletion behavior.
This document introduces Oracle Forms Developer and Oracle Forms Services. It describes how Oracle 10g products implement grid computing through a software infrastructure that uses low-cost servers and modular storage to balance workloads and provide capacity on demand. It outlines the components of Oracle Application Server 10g and Oracle Developer Suite 10g and describes the features of Oracle Forms Services and Oracle Forms Developer, including their architecture and benefits. It also provides an overview of the course application, which is a customer and order entry application for Summit Office Supply.
Towards Requirements Management Issues in ExcelEccam
The document discusses issues with managing requirements in Excel and how ReqView can help address them. It outlines how ReqView offers automated IDs, rich formatting of requirements, structured organization, customizable traceability, change tracking, and integration with Excel for reporting. It also provides instructions for migrating requirements from Excel to ReqView and keeping Excel sheets in sync.
Is your engineering team doing whatever they want when creating 3D Models and Drawings? How do you get control and manage the chaos?
The goal of this session is to provide an overview of how standards can be imposed and managed by Autodesk Vault. Standards provide structure and guidance on how Engineers/Designers are to prepare and manage their engineering design data resulting in less mistakes, efficient workflows, accountability, and consistency within the team.
This document provides an overview of the speaker's background and experience with CAD software like AutoCAD and Inventor, as well as content center management. It then discusses best practices for setting up and managing an Inventor content center, including creating read/write libraries, defining categories and family tables, editing family tables, and publishing parts. The speaker offers to help customers develop customized Content Center implementation and training plans.
This document introduces Oracle9i and relational database concepts. It discusses Oracle9i features like scalability and reliability. It also explains that a relational database consists of tables related through primary and foreign keys that can be accessed using SQL. The Oracle database server allows storage and querying of data across these tables.
This document provides an overview of forms development in Oracle Applications. It discusses the major components of a form like the canvas, windows, blocks, items, and triggers. It explains how forms are developed using the Forms Designer tool, including laying out the interface, connecting to database tables via blocks, adding programming logic via triggers, and compiling the form. The document also briefly mentions other concepts like libraries, menus, and common issues encountered during forms development.
Introduction to the Standard Query Language (SQL) to access data in relational databases. More information can be found at https://www.spiraltrain.nl/course-sql-fundamentals/?lang=en
This document discusses query triggers in Oracle Forms. It describes the query processing steps, the different types of query triggers (pre-query and post-query triggers), and how to write triggers to screen and supplement queries. It also covers obtaining query information at runtime, overriding default query processing, and controlling trigger actions based on the form's query status.
This document discusses run-time messages and alerts in Oracle Forms. It describes how to handle errors from built-in subprograms, control system messages, create alerts, and handle database server errors. Key points covered include using FORM_SUCCESS to check for errors, the four types of Forms messages, and built-ins for controlling messages and alerts like SET_ALERT_PROPERTY and SHOW_ALERT. It also addresses trapping database errors using triggers or exception handlers.
Non-input items that can be created include display items, image items, buttons, calculated items, hierarchical tree items, and bean area items. Display items and image items show information without input, buttons initiate actions, calculated items use formulas or summaries, tree items show hierarchical data, and bean areas execute Java code. These item types are created by changing an existing item's type or using tools in the Layout Editor and setting properties specific to each item type.
WebUtil is a utility that enables Forms developers to interact with client machines from PL/SQL code. It provides functions for opening file dialogs, reading/writing files, executing OS commands, performing OLE automation, and obtaining client info. To use WebUtil, developers attach its library and subclass its object group, then can call functions after the form starts to interact with the client, such as opening a file dialog, reading an image into the form, or creating/opening a file on the client.
This document discusses various methods for reusing objects and code in Oracle Forms applications, including property classes, object groups, copying and subclassing objects, object libraries, SmartClasses, and reusing PL/SQL code through triggers, program units, and libraries. Property classes allow inheriting properties, object groups make related objects easy to reuse, and object libraries and SmartClasses simplify sharing reusable components. PL/SQL code can be reused by copying, subclassing, defining program units, or creating libraries.
This document describes how to run a Forms application using Oracle Application Server Containers for J2EE (OC4J). It explains that OC4J is used to run Forms applications on the development machine and test them in a web browser. When running a form, the Forms Client applet displays in the browser while the Forms Listener Servlet and Runtime Engine handle processing on the application server. Users can navigate forms and query, insert, update, and delete records in different operation modes.
Windows display content canvases and allow viewing one canvas at a time. Content canvases are surfaces that display within a window. Each window must have at least one content canvas. You can create additional windows in the Object Navigator and display different canvases or the same form module across multiple windows and canvases. Properties of windows and canvases allow setting positions, sizes, names and other attributes.
Grid computing uses low-cost servers and modular storage to balance workloads and provide capacity on demand. Oracle's grid products include the Oracle Database, Application Server, and Enterprise Manager. Oracle Application Server provides services for building and deploying web applications. The Oracle Developer Suite includes tools for application development and business intelligence such as Forms Developer and Reports. Forms Services allows deployment of Forms applications to a web environment.
Define triggers
Identify the different trigger categories
Plan the type and scope of triggers in a form
Describe the properties that affect the behavior of a trigger
The document discusses different types of canvases in Oracle Forms including stacked, toolbar, and tab canvases. It describes how stacked canvases overlay content canvases, toolbar canvases provide standard buttons and elements, and tab canvases organize information across pages. It provides instructions for creating these canvases, setting their properties, and placing items on tab pages.
- Oracle Form Builder is a component of Oracle Developer/2000 that is used to create event-driven applications to enter, access, change, or delete data from an Oracle database.
- A Forms application consists of forms, menus, and libraries. Forms uses triggers, processes, and events to control user interactions and database transactions.
- The main components of a Forms application include windows, canvases, blocks, items, triggers, alerts, lists of values (LOVs), editors, parameters, program units, libraries, and object groups.
This document provides an introduction to Oracle Forms Builder, a tool used to develop data entry and query screens. It discusses Forms Builder in client/server mode using a 2-tier architecture and in web mode using a 3-tier architecture. The document outlines some key features of Forms Builder including rapid application development, reusable objects, and improved developer productivity. It also provides instructions on setting user preferences and starting Forms Builder.
The document provides instructions for using Oracle Forms Developer 10g to build internet applications, including an instructor guide with objectives, course content, and chapters on creating forms, working in the Forms Builder environment, creating data blocks and items, and more. It contains proprietary information from Oracle Corporation and is protected by copyright law.
The document discusses creating a simple form module in Oracle Apps using form builder wizards. It describes using the data block wizard to create a data block and the layout wizard to design the form's presentation. It also covers creating a control block, setting data block properties, establishing master-detail relationships between blocks, and configuring block coordination and deletion behavior.
This document introduces Oracle Forms Developer and Oracle Forms Services. It describes how Oracle 10g products implement grid computing through a software infrastructure that uses low-cost servers and modular storage to balance workloads and provide capacity on demand. It outlines the components of Oracle Application Server 10g and Oracle Developer Suite 10g and describes the features of Oracle Forms Services and Oracle Forms Developer, including their architecture and benefits. It also provides an overview of the course application, which is a customer and order entry application for Summit Office Supply.
Towards Requirements Management Issues in ExcelEccam
The document discusses issues with managing requirements in Excel and how ReqView can help address them. It outlines how ReqView offers automated IDs, rich formatting of requirements, structured organization, customizable traceability, change tracking, and integration with Excel for reporting. It also provides instructions for migrating requirements from Excel to ReqView and keeping Excel sheets in sync.
Is your engineering team doing whatever they want when creating 3D Models and Drawings? How do you get control and manage the chaos?
The goal of this session is to provide an overview of how standards can be imposed and managed by Autodesk Vault. Standards provide structure and guidance on how Engineers/Designers are to prepare and manage their engineering design data resulting in less mistakes, efficient workflows, accountability, and consistency within the team.
This document provides an overview of the speaker's background and experience with CAD software like AutoCAD and Inventor, as well as content center management. It then discusses best practices for setting up and managing an Inventor content center, including creating read/write libraries, defining categories and family tables, editing family tables, and publishing parts. The speaker offers to help customers develop customized Content Center implementation and training plans.
This document introduces Oracle9i and relational database concepts. It discusses Oracle9i features like scalability and reliability. It also explains that a relational database consists of tables related through primary and foreign keys that can be accessed using SQL. The Oracle database server allows storage and querying of data across these tables.
This document provides an overview of forms development in Oracle Applications. It discusses the major components of a form like the canvas, windows, blocks, items, and triggers. It explains how forms are developed using the Forms Designer tool, including laying out the interface, connecting to database tables via blocks, adding programming logic via triggers, and compiling the form. The document also briefly mentions other concepts like libraries, menus, and common issues encountered during forms development.
Introduction to the Standard Query Language (SQL) to access data in relational databases. More information can be found at https://www.spiraltrain.nl/course-sql-fundamentals/?lang=en
This document discusses query triggers in Oracle Forms. It describes the query processing steps, the different types of query triggers (pre-query and post-query triggers), and how to write triggers to screen and supplement queries. It also covers obtaining query information at runtime, overriding default query processing, and controlling trigger actions based on the form's query status.
This document discusses run-time messages and alerts in Oracle Forms. It describes how to handle errors from built-in subprograms, control system messages, create alerts, and handle database server errors. Key points covered include using FORM_SUCCESS to check for errors, the four types of Forms messages, and built-ins for controlling messages and alerts like SET_ALERT_PROPERTY and SHOW_ALERT. It also addresses trapping database errors using triggers or exception handlers.
This document discusses different types of input items in Oracle Forms, including check boxes, list items, and radio groups. It describes how to create each type by converting an existing item or using tools in the Layout Editor. Properties specific to each input type can be set, such as list elements for a list item or radio buttons for a radio group. Mapping other values allows non-listed values to be assigned an item display value. The overall goal is to learn how to create different input items that accept user input in Oracle Forms.
This document discusses writing flexible code in Oracle Forms. It describes flexible code as code that is reusable, generic, avoids hardcoded object names, and makes maintenance easier. It recommends using system variables and built-in functions to reference objects by ID or indirectly. This allows code to be written that is more efficient and generic. Specific techniques covered include using system variables for context, GET/SET properties functions, and functions like FIND and COPY to work with object IDs.
This document discusses navigation in Oracle Forms applications. It describes internal and external navigation, controlling navigation with object properties, and using navigation triggers. Key points covered include setting the first navigation block or item properties, writing pre- and post-triggers for forms, blocks, records and items, and using built-in navigation functions like GO_FORM and NEXT_RECORD in triggers. The summary reiterates that navigation can be controlled through properties or triggers, and outlines the different types of navigation triggers and built-ins that can be used.
The document provides an overview of the Oracle Forms Builder development environment. It describes Forms Builder components like the Object Navigator and Layout Editor. It explains how to navigate the Forms Builder interface, identify main form objects, customize Forms Builder sessions, use online help, and run forms. It also covers Forms modules types, setting runtime environment variables, and testing forms using the Run Form button.
This document discusses various methods for reusing objects and code in Oracle Forms, including:
- Using property classes to inherit properties and standardize objects
- Grouping related objects into object groups for easy reuse
- Creating object libraries to share reusable components between forms
- Marking objects as SmartClasses for rapid, standardized application
It also covers reusing PL/SQL code through copying, subclassing, and defining library program units to call code from multiple places.
This document discusses triggers in Oracle Forms Builder. It defines triggers as event-activated program units. It describes different trigger categories including block processing, interface events, and validation triggers. It outlines the key components of a trigger as the event that fires it, the PL/SQL code that executes, and the scope level (form, block or item). It also addresses setting the execution hierarchy to control trigger firing order.
This document discusses list of values (LOVs) and editors in Oracle Forms Builder. It describes how to create LOVs and editors manually or using wizards, set their properties, and associate them with text items in a form. LOVs provide dynamic lists for text items, pulling from a supporting record group or query. Editors override the default editor for text items to allow for custom formatting and functionality.
The document discusses transaction processing in Oracle Forms. It explains that Forms uses transactions to apply changes to the database, which involves two phases - post and commit. During commit, it validates the form and blocks, performs the necessary DML operations like insert, update, delete, and fires various commit triggers. Forms supports supplementing the transaction processing using triggers at different stages. It also discusses getting and setting the commit status, and using array DML to reduce network traffic.
This document discusses validation in Oracle Forms. It explains that Forms validates data at the form, block, record, and item levels. Validation occurs when the enter key is pressed or when a trigger leaves a validation unit. The document also discusses controlling validation through properties, triggers, and pluggable Java components, as well as tracking validation status. It provides examples of validating user input and using client-side validation.
This document provides instructions on creating non-input items in Oracle Forms, including display items, image items, buttons, calculated items, hierarchical tree items, and bean area items. It describes the properties and functions of each item type, and provides steps for creating examples of each type. The goal is to teach the reader how to identify non-input item types and create various kinds of static and dynamic content displays within Oracle Forms applications.
This document discusses creating and using triggers in Oracle Forms Builder. It describes the steps to create a trigger, including selecting a scope, invoking the trigger list, defining code in the PL/SQL editor, and compiling. Common trigger types like When-Button-Pressed and When-Window-Closed are described. The document also covers using built-in subprograms and variables in trigger code and limitations on certain built-ins.
This document discusses windows and content canvases in Forms Builder. It describes windows as containers that display content canvases, which are surfaces that hold visual objects. It explains how to create new windows and canvases, set their properties, display a form module across multiple windows and canvases, and use windows and canvases to modularize form contents.
WebUtil is a utility that enables client-side functionality on Win32 clients. It consists of Java classes, Forms objects, and a PL/SQL library. WebUtil provides benefits such as only requiring PL/SQL coding knowledge, free download, and easy integration into Forms applications. To integrate WebUtil, a developer attaches the WebUtil library and subclasses the WebUtil object group. Then WebUtil functions can be used to interact with the client, such as opening file dialogs, reading/writing files, executing commands, and automating applications.
This document discusses how to create multiple form applications in Oracle Forms. It covers calling one form from another, defining shared functionality between forms, and sharing data among open forms through global variables, parameter lists, global record groups, and shared PL/SQL variables. The key benefits of multiple form applications are modularity, easier debugging, and improved performance and scalability.
This document discusses adding functionality to items in Oracle Forms through triggers and built-in functions. It covers using triggers to interact with checkboxes, lists, buttons, images and trees. It also discusses populating items from databases, files and Java beans. Built-ins allow accessing properties, invoking methods and handling events of Java beans from Forms triggers. The overall aim is to supplement the functionality of both input and non-input items.
The document discusses debugging triggers in Oracle Forms Builder. It describes the components of the Debug Console used for debugging, including the stack, variables, watch, form values, PL/SQL packages, and breakpoints panels. It explains how to run a form in debug mode, set breakpoints in client and stored code, step through code, and view variable values while debugging.
This document discusses how to create a basic form module in Oracle Forms. It covers creating an empty form module, adding a data block using the Data Block Wizard and Layout Wizard, saving and compiling the form module, and different file formats. The key steps are creating an empty module, adding a data block manually or with wizards, saving the module, compiling it, and deploying it to the middle tier to run in a browser.
This document discusses querying and persisting data in Oracle Application Development Framework Business Components (ADF BC). It describes how to create ADF BC view objects for data queries, entity objects to represent database tables, associations between entity objects, and updatable view objects based on entity objects. The document also covers linking view objects, refactoring business components, and using the Business Components Browser to test view objects.
This document discusses creating and modifying master-detail forms in Dynamics 365 Business Central. It covers creating relationships between data blocks, running a master-detail form with automatic linking and deletion rules, and modifying data blocks and their layouts using wizards in reentrant mode. The key points are that relationships can be set up manually or with a wizard, forms can be run with default coordination properties, and data blocks and layouts can be customized manually or with wizards in a non-destructive way.
After you complete this module, you should be able to do these tasks :
– Explain the advantages and disadvantages of these artifact organization options:
-– Folders
-– Collection artifacts
-– Text artifacts
-– Module artifacts
– Tag artifacts
– Organize requirements by using folders
This document provides instructions for creating a basic form module in Oracle Forms, including:
1) Creating a new form module with data blocks using the Forms Builder wizards.
2) Modifying data blocks and layouts using the Data Block Wizard and Layout Wizard in reentrant mode.
3) Saving, compiling, and deploying the form module, as well as understanding different file formats.
4) Creating master-detail relationships between data blocks using the Data Block Wizard or manually creating relation objects.
Triggers can be used to add functionality to form items by executing PL/SQL code when events occur. Buttons can display LOVs using the LIST_VALUES or SHOW_LOV built-ins. Checkboxes and radio buttons can be interacted with to set other item properties or values conditionally. List items can be manipulated with built-ins to add, delete, or modify list elements. Images can be loaded into image items using READ_IMAGE_FILE. Hierarchical tree items can be populated from a hierarchical query using the Populate_Tree built-in.
Salesforce Training Institute & Courses Pune | SFDC Training PCMCvictoriousdigital
Best Cloud Computing & Salesforce training Institute & courses in Pune, PCMC. Which offers advance Salesforce classroom certification training on live projects to get hands on expertise in industry. We are the top Salesforce qualified trainers Pune. Become expert at Affordable Fees with Placement
Joget Workflow v6 Training Slides - 13 - Improving your Form Design and Prese...Joget Workflow
List of Modules
1-Introduction to Joget Workflow
2-Setting up Joget Workflow
3-Designing your first Process
4-Localizing your Joget Workflow
5-Designing your first Form
6-Using your first Process Tool
7-Designing your first Datalist
8-Designing your first Userview
9-Hash Variable
10-SLA and Deadlines
12-Version Control
13-Improving your Form design and Presentation
14-Introduction to Reporting
15-Introduction to Plugin Architecture
16-Preparing Development Environment
17-Building Plugins
18-Integrating with External System
19-Doing more with your Process Design
20-Basic System Administration
21-Best Practices on Application Building
Framework Enabling End-Users to Maintain Web Applications (ICICWS2015)Masayuki Nii
The document describes a study evaluating whether end-users can maintain web applications using a declarative web application framework called INTER-Mediator. The framework allows users to describe web pages and database queries using key-value pairs rather than imperative programming. An experiment found that while some subjects failed to learn the framework within 2 hours, others scored 42-93% on an exam after studying for over 45 minutes, indicating they successfully learned to develop with the framework in a short period of time.
The Enterprise Content Management features in SharePoint have steadily improved with each new release of the platform. In this session, we will explore the top 10 new ECM features that have been added to SharePoint 2013, with an emphasis on "new". The session will include demos that showcase real-world examples of how each feature can be used to enhance the overall user experience when working with email, collaborative documents as well as official records.
The document describes an agreement for using Oracle's online training materials. It states that the materials are proprietary and can only be used internally for employee training, not for sales or training third parties. It disclaims warranties and liability for the materials, and requires partners to indemnify Oracle for any issues arising from use of the materials.
Corporate-informatica-training-in-mumbaiUnmesh Baile
Vibrant Technologies is headquarted in Mumbai,India.We are the best Informatica training provider in Navi Mumbai who provides Live Projects to students.We provide Corporate Training also.We are Best Informatica classes in Mumbai according to our students and corporates
Corporate-informatica-training-in-mumbaiUnmesh Baile
Vibrant Technologies is headquarted in Mumbai,India.We are the best Informatica training provider in Navi Mumbai who provides Live Projects to students.We provide Corporate Training also.We are Best Informatica classes in Mumbai according to our students and corporates
This document provides an overview and instructions for entering data using data grids in Oracle's Financial Management software. It describes how to access and create data grids, enter and save data, spread data across time periods, calculate values, add cell text and line item details, and retrieve data from the Financial Data Quality Management system. The key functions covered include selecting members to populate rows and columns, setting grid layout and display options, and filling, saving, and submitting data.
The document discusses using the Database Configuration Assistant (DBCA) to create Oracle databases. The DBCA can be used to create a database, generate database creation scripts, and create a database design template. Planning is required for the database structure and storage needs before using the DBCA.
This document provides a technical summary of a complex integration using Dexterity to manage member profiles and synchronize data between a Plone website and a Salesforce CRM for the nonprofit Net Impact. Key features included editable member profiles, searchable member directories, multi-level privacy workflows, and nightly syncing of member data between the two systems. Custom behaviors, schemas, and forms were developed to handle things like member roles, profile editing, and converting Salesforce IDs to Plone UUIDs.
The document provides an overview of basic administration tasks in Clarity such as setting up objects, attributes, lookups, views, organizational breakdown structures, and security; it also describes how to log into the RegoU training environment and navigate the Clarity interface for administrative functions.
The document discusses tips for cleaning up a Raiser's Edge database, including establishing security and standardizing data entry procedures. It reviews tools in Raiser's Edge like global add/change/delete options, duplicate record management, and table cleanup. Additional tips include importing data, converting pledges to recurring gifts, and using the non-constituent merge utility.
The document describes the process of designing, developing, testing, and maintaining a configuration model in Oracle Configurator. It includes steps for creating the configuration model structure and rules, importing BOM and inventory data, developing the UI, testing, publishing the model, and refreshing imported data. Key aspects covered are the model structure, logical rules, importing BOM models and data, UI templates, publishing models, and refreshing imported BOM data.
Joget Workflow v6 Training Slides - 7 - Designing your First DatalistJoget Workflow
List of Modules
1-Introduction to Joget Workflow
2-Setting up Joget Workflow
3-Designing your first Process
4-Localizing your Joget Workflow
5-Designing your first Form
6-Using your first Process Tool
7-Designing your first Datalist
8-Designing your first Userview
9-Hash Variable
10-SLA and Deadlines
12-Version Control
13-Improving your Form design and Presentation
14-Introduction to Reporting
15-Introduction to Plugin Architecture
16-Preparing Development Environment
17-Building Plugins
18-Integrating with External System
19-Doing more with your Process Design
20-Basic System Administration
21-Best Practices on Application Building
Utilizing BI 11g Reporting To Get The Most Out of P6p6academy
This document discusses utilizing Oracle's Business Intelligence (BI) 11g reporting capabilities to create reports from Primavera P6 project data. It provides an overview of the history of reporting in P6 and how it has evolved from standalone scripts to being integrated with BI. It then covers the basic steps for building a report in BI, including developing the data model, parameters, and layout. The document concludes with tips for troubleshooting issues and links to documentation resources.
Introduction
Overview
A very common type of application is to show a record or records from one table along with associated records from another table. Forms Developer gives you the ability to quickly define additional data blocks and to define relations between the new blocks and any existing blocks in the form. This lesson shows you how to create a master-detail form and how to modify a data block and its layout.
Creating Data Blocks with Relationships
A form module can contain one or more data blocks. Each data block can stand alone or be related to another data block.
Master-Detail Relationship
A master-detail relationship is an association between two data blocks that reflects a primary-foreign key relationship between the database tables on which the two data blocks are based. The master data block is based on the table with the primary key, and the detail data block is based on the table with the foreign key. A master-detail relationship equates to the one-to-many relationship in the entity relationship diagram.
A Detail Block Can Be a Master
You can create block relationships in which the detail of one master-detail link is the master for another link.
Creating Data Blocks with Relationships (continued)
A Master Block can have more Details
You can create more than one detail block for a master block.
Note: The following are examples of the master-detail structure:
Master-detail: Order-items
Master-detail-detail: Customer-order-items
Master-2*detail: Customer-order and customer-account reps
Creating a Master-Detail Form Module with the Data Block Wizard
You can build a master-detail form module either by creating a relation between a master and detail block explicitly, or implicitly by using the Data Block Wizard.
1.Create the master block as described earlier in this lesson in the topic Creating a New Data Block.
2.Invoke the Data Block Wizard in the Object Navigator.
3.Follow the same steps as before to create a new data block in the Data Block Wizard until you come to the Master-Detail page. On this page, select the “Auto-join data blocks” check box and click Create Relationship.Note: If the “Auto-join data blocks” check box is clear, the Data Block dialog is displayed with a list of all data blocks in the form without any foreign key constraint names.
Creating a Master-Detail Form Module with the Data Block Wizard (continued)
4.Select a master data block in the Data Block dialog and click OK. The wizard automatically creates the join condition between the detail and master data blocks in the Join Condition field and displays the name of the master data block in the Master Data Blocks field.Note: If the “Auto-join data blocks” check box is clear, the wizard does not automatically create the join condition between the detail and master data blocks. You must use the Detail Item and Master Item pop-up lists to create a join condition manually.
5.Click Next; then complete the Data Block Wizard steps. Go through the Layout Wizard steps as described earlier in the previous lesson to finish creating and laying out the detail data block.Note: The master data block must exist in the form module before you create the detail block.
You can also create a relation by invoking the Data Block Wizard in reentrant mode.
New Relation
Once you create a master-detail form module, the Data Block Wizard automatically creates a form object that handles the relationship between two associated data blocks. This object is called a relation. The following tasks occur automatically:
The new relation object is created under the master data block node in the Object Navigator with default properties.
The relation is given the following default name: MasterDataBlock_DetailDataBlock, for example CUSTOMERS_ORDERS.
Triggers and program units are generated to maintain coordination between the two data blocks.
Creating a Relation Manually
You can create a relation either implicitly with the Data Block Wizard, or explicitly in the Object Navigator.
Explicit Relations
If a relation is not established when default blocks are created, you can create your own. To explicitly create a relation, perform the following steps:
1.Select the Relations node under the master block entry in the Object Navigator.
2.Click the Create icon. The New Relation window is displayed.
3.Specify the name of the detail block.
4.Choose your master delete property.
5.Choose your coordination property.
6.Specify the join condition.
7.Click OK.
The new relation, new triggers, and new program units are highlighted in the Object Navigator. Like implicitly created relations, the relation is given the default name of MasterDataBlock_DetailDataBlock, for example CUSTOMERS_ORDERS. The same PL/SQL program units and triggers are created automatically when you explicitly create a relation as when the relation is created implicitly.
Join Condition
Use a join condition to:
Create links between blocks using SQL
Alter links between blocks using SQL
Define a join condition using:
Usual SQL equijoin condition syntax (necessary because Forms copies the value from the master block to the related item in the detail block)
Block names instead of the base table names (do not precede with colon)
Item names that exist in the form module instead of base table column names
Deletion Properties
Master Deletions
You can prevent, propagate, or isolate deletion of a record in a master block when corresponding records exist in the detail block by setting the Delete Record Behavior property. For example, you can delete all corresponding line items when an order is deleted.
Note: Although deleting with the cascading property may remove many detail records, the commit message shows only the number of records deleted from the master block.
Modifying a Relation
You can alter the relation properties to affect the way deletes and block coordination are handled.
What Happens When you Modify a Relation?
If you change the Delete Record Behavior property from the default of Non-Isolated to Cascading, the On-Check-Delete-Master trigger is replaced with the Pre-Delete trigger.
If you change the Delete Record Behavior property from the default of Non-Isolated to Isolated, the On-Check-Delete-Master trigger is removed.
Coordination
Setting the coordination property controls how the detail records are displayed when a master block is queried. For example, you can defer querying the line items for an order until the operator navigates to the item block.
Note: In the New Relation dialog, setting the Deferred property to Yes enables the Auto Query check box.
Running a Master-Detail Form Module
When you run your master-detail form module you will find that:
Querying the master data block immediately retrieves corresponding detail records.
Deleting a master record is prevented if detail records exist.Note: You can change the above behavior by modifying the relation object properties.
Inserting a detail record automatically associates it with the currently displayed master.
Modifying the Structure of a Data Block
Once you create a data block, you may want to customize or modify it by performing one of the following:
Reenter the Data Block Wizard, and use it to make the changes.
Make manual changes, such as adding or deleting items, in Object Navigator.
Change the property values of the block by using the Property Palette.
Invoking the Data Block Wizard in Reentrant Mode
A very powerful feature of the Data Block Wizard is its ability to operate in reentrant mode. Use the reentrant mode to modify the data block, even if the block was not originally created with the Data Block Wizard.
To invoke the Data Block Wizard in reentrant mode:
1.Select the frame or a component of the block in either the Object Navigator or the Layout Editor.
2.Invoke the Data Block Wizard by performing one of the following:
Select Tools > Data Block Wizard from the menu
Right-click and select Data Block Wizard from the pop-up menu
Click Data Block Wizard
Modifying the Layout of a Data Block
You may want to customize or modify the layout of the data block items on the canvas. You can do this by doing one of the following:
Reenter the Layout Wizard (see the next section), and use it to make the changes.
Select Tools > Layout Editor to invoke the Layout Editor and make changes manually in the editor.
Change the property values of the frame in its Property Palette.
Invoking the Layout Wizard in Reentrant Mode
A very powerful feature of the Layout Wizard is its ability to operate in reentrant mode. Use the reentrant mode to modify the layout of items in an existing frame, even if the frame was not originally created with the Layout Wizard.
Modifying the Layout of a Data Block (continued)
Invoking the Layout Wizard in Reentrant Mode (continued)
You can invoke the Layout Wizard in reentrant mode from the Object Navigator or the Layout Editor:
From the Object Navigator:
Select the appropriate frame (under the Canvases node).
Select Tools > Layout Wizard.
or
Right-click and select the Layout Wizard option.
In the Layout Editor:
Select the appropriate frame.
Click Layout Wizard.
Note: Before you reenter the Layout Wizard, it is important to select the correct frame in the Object Navigator or the Layout Editor. If you overlook this when you reenter the Layout Wizard, you may create an additional frame instead of modifying the current frame.
Either method takes you to the Data Block page in the Layout Wizard. Use Next and Back as you do when not in reentrant mode, or go directly to a certain page by clicking its tab.
Summary
This lesson presented information about:
Creating data blocks with a master-detail relationship
Modifying the data block layout:
Using reentrant wizards
Changing frame properties
Practice 5 Overview
In this practice you will create a new form module that displays master-detail information.
Create a master-detail form module called ORDERS. Create a master block based on the ORDERS table and a detail block based on the ITEMS table. Create a third data block that is not related to any other block in the form module. Base this block on the INVENTORIES table, and manually create a relation with the block based on the item table. Use the Forms Builder wizards to create all three data blocks.
Invoke the Layout Wizard in reentrant mode, and change the layout of the ITEMS and INVENTORIES data blocks.
Save and run the new form module on the Web.
Note: For solutions to this practice, see Practice 5 in Appendix A, “Practice Solutions.”
Practice 5
1.Create a new form module. Create a new block by using the Data Block Wizard.Base it on the ORDERS table and include all columns except ORDER_TOTAL and PROMOTION_ID.Display the ORDERS block on a new content canvas called CV_ORDER and show just one record at a time. Use a form style layout. Set the frame title to Orders.
2.Create a new block by using the Data Block Wizard.Base the block on the ORDER_ITEMS table and include all columns.Create a relationship and select the master block as ORDERS.Display all items except ORDER_ID on the CV_ORDER canvas.Display six records in this detail block on the same canvas as the master block.Use a tabular style layout and include a scroll bar.Change the order of the blocks in the Object Navigator, moving the ORDER_ITEMS block after the ORDERS block. Set the frame title to Items.
3.Save the new module to a file called ORDGXX, where XX is the group number that your instructor has assigned to you.
4.Create a new block based on INVENTORIES (do not create any relationships with other blocks at this time) to display on a different canvas.Base it on the INVENTORIES table.Display four records in this block and ensure that they are displayed on a new content canvas called CV_INVENTORY.Use a tabular style layout, and include a scroll bar.In the Object Navigator, move the INVENTORIES block after the ORDER_ITEMS block. Set the frame title to Stock.Do not create any relationships between blocks at this stage.
5.Explicitly create a relation called Order_Items_Inventories between the ORDER_ITEMS and INVENTORIES blocks.Ensure that line item records can be deleted independently of any related inventory.Set the coordination so that the Inventories block is not queried until you explicitly execute a query.
6.On the ORDER_ITEMS block, change the prompt for the Line Item ID item to Item# by using the reentrant Layout Wizard. First select the relevant frame in the Layout Editor, and then use the Layout Wizard.
7.In the INVENTORIES data block, change the prompt for Quantity on Hand to In Stock by using the Layout Wizard.
8.Save and compile your form module.Click Run Form to run your form.Execute a query.Navigate through the blocks so that you see the INVENTORIES block.Exit the run-time session, close the browser, and return to Forms Builder.
9.Change the form module name in the Object Navigator to ORDERS and save.