Labnaf Part 2: Modeling with Labnaf - The Basics

Explore the basics of modeling with Labnaf, creating langhoff diagrams, elements, and connectors, and manage the content lifecycle and repository structure to support productivity tools.

Explore how the 4+1 standard describes views and viewpoints to decompose a system of interest's architecture, separate concerns, and use each view as a diagram type for stakeholders.

Learn to optimize the Labnaf user interface by configuring the workspace layout and restoring default perspectives to access diagram types.

Create and organize diagrams to model an application landscape, then zoom into a composite structure sub diagram of an application platform.

Create diagrams that represent connections and information flows between elements in a data warehouse application platform, linking existing elements, resizing diagrams, and connecting elements with connectors to model application interactions.

Understand how Labnaf diagrams are named by prefix to indicate type, using application landscape and application interactions, and how the diagram name reflects its parent element.

Change the type of an existing diagram to reflect evolving goals, such as switching from an application landscape to an application interaction diagram, using the layout ribbon options.

Manage connectors visibility across diagrams by toggling visibility, refreshing diagrams, and freezing visible connectors to prevent automatic additions while reflecting the same underlying model.

Access all possible elements and connectors beyond the toolbox by opening the burger menu and selecting any items. Add a traffic management application function and realize it in real time.

Align the structure of elements in the browser by using alt plus drag for alignment, and recognize that some items are views outside the data warehouse platform, not parts.

Learn to create new elements in Labnaf by drag-and-drop from the toolbox into diagrams or folders, and connect elements using quick-link connectors.

Learn to create multiple elements in a row in Labnaf using drag and drop duplication, Excel/CSV imports with primary keys, quick linker, and the specification manager, plus automatic diagram layout.

Create a new connector between two elements using the toolbox or quick linker, selecting source and target to form a process trigger or flow, then verify the connection.

Prevent undesired connectors from appearing across diagrams by hiding connectors, freezing visible connectors, or setting visible relationships, while understanding shared elements across diagrams.

Generate connectors for child elements within a NAV hierarchy stored in shared catalogs, creating implicit aggregations and managing them via on-demand or nightly NAV PowerShell updates.

Explore how portfolios contain catalogs and catalog packages with elements and serotypes, enabling productivity tools to fetch elements and perform calculations within scope.

Create and organize catalog packages within the visible enterprise or vision folder, placing them into portfolios containing catalogs, grouping by type, and adding organizations to build catalogs.

Explore the Ramnath repository content lifecycle across three scenarios—importing elements, detailing enterprise functions and vision, and describing architecture changes—then use playpen project folder and deep copy to protect shared catalogs.

Master the content lifecycle through a hands-on session on modeling with Labnaf, focusing on the basics of content modeling within the Labnaf framework.

Learn to create alternative architecture solutions by deep copying diagrams into separate folders and modifying each copy, ensuring the options remain independent and use different elements.

Merge redundant items across teams into a single preserved element, automatically moving connectors and diagrams and applying side effects across the model, including UML elements and any language.

Model content in Labnaf using personal playpens, project folders, and shared catalogs; describe visual enterprise descriptions and integrate approved architecture changes with your team.

Identify the canonical folder structure that defines the standard repository layout, view its diagrams on the love website, and copy the structure into your own repository.

Learn how productivity tools organize content with catalog packages, select elements beyond defaults, and generate on-demand Word PDFs and ATF documents from structured folders using templates.