Create an Application Landscape with Views Tutorial
An Application Landscape as single interactive diagram, or as set of views, is of added value when an organization wants to manage the complexity of how applications are related or if an organization wants to change the application landscape in a controlled way.
For instance, to cut costs, standardize it, deduplicate functionality or integrate applications more efficiently.
This tutorial supports you in creating a basic Application Landscape with Views.
The four main steps are:
Dynamic Application Landscape with Views
This is an application landscape with views. Click on it to view the visualization in the Viewer.
Application Landscape with Views.
Organizations often use more than 100 applications in their business processes. So unmanageable complexity is always around the corner.
This tutorial will make you familiar with the basic steps you need take in order to create a full scale dynamic and interactive Application Landscape like the example above.
This tutorial will take about 15 minutes and is for evaluation purposes and educational purposes.
After completing all the steps in the tutorial, you should have a similar visualization like the one above.
You will have a basic application landscape where applications, application platforms, information objects and database are related and grouped into information domains.
On the visualization you will see five different types of shapes. Every shape symbolizes a different entityclass.
- Information Domains
- Application Platforms
- Information Objects
The Learning objectives of this tutorial are:
- Setup a Dossier Structure
- Import or Enter Data
- Creating a Model and Link Data to a Model
- Create of Generate a View
- Create or Generate a Visualization using a Template
- Publish a Visualization
- View and Comment the Visualization
In the next seven steps you will work towards creating a basic application landscape.
Step 1: Setup a Dossier Structure
On Dragon1, data is stored in repositories. A repository consists of a cabinet with dossiers and every dossier consists of folders. Folders hold the data your enter.
We will use the Dragon1 web application Architecture Repository to setup a dossier structure. In this dossier structure we can store our data.
A basic folder structure for an application landscape dossier would be:
Read more on the Help about creating a dossier structure.
Screenshot of a dossier structure created in the Architecture Repository.
Step 2: Collect and Import Data
We need data to have something to show on an application landscape. You can enter data manually in the Architecture Repository or you can import data in the Import Application. Here you find an example excel sheet on what data you could collect:
- Excelsheet: dragon1-example-list-of-applications.xls
- CSV File: dragon1-example-list-of-applications.csv
We will use the Import Application or the Architecture Repository to import or enter some data in the correct folders.
Go to the Import Application to import your data as CSV file: www.dragon1.com/create-trial-account
Do 3 steps: you will first choose a CSV file, next you choose a Cabinet/Dossier/Folder location for your data and finally you click om the Import button to import your data.
Go to the Architecture Repository. Open the correct cabinet. View your imported data by expanding your folder.
In the Architecture Repository you can add values for the attributes of your imported data entities, like cost, ownership, contract, vendor, lifecycle status and version.
Learn more by doing this guided demo about Enter and Edit Data.
Read here on the Dragon1 Help how to import a CSV file.
Screenshot of the CSV import in the Import Application.
Screenshot of the Imported data in folders in the Architecture Repository.
Step 3: Create a Model
We will use the web applications Architecture Repository and Visual Designer to create a model or link the imported data to an existing model or a visualization template.
On Dragon1, we define a model as a set of related data entities.
Create a model entity with a clear name in the Architecture Repository in a specific folder of a cabinet. Next insert at least 3 relationship entities in a folder. Link the relationships to your model entity.
You go to the Visual Designer. If you select the model entity in the explorer, you will see a model graph generated showing the relationships you defined. These model relationships you can use in views and visualizations to generate views and visualizations.
Read here on the Dragon1 Help how to do this manually.
Screenshot of creating relationships in the Architecture Repository.
Screenshot of a generated model in the Visual Designer.
Step 4: Create a View
We will use the Visual Designer to create a view.
On Dragon1, a view is defined as a filter of a model for certain data entities. For example purposes, we will generate a view that only shows applications that have a certain value for an attribute (like an overview of applications with an outdated platform or high maintenance costs).
In practice architects often create 20 to 30 different views for the application landscape, all to serve the needs and interests that various stakeholders. The goal is to support their decision-making with (visualizations of) the views or to guide a project with (visualizations of) the views.
Read here on the Dragon1 help how to create views.
Tip: Ask stakeholders for questions the views should answer. You will be surprised with what they will say to you.
Screenshot of a View Data Setup in the Visual Designer.
Screenshot of a generated View in the Visual Designer (Click on the View Data button).
Step 5: Create a Visualization using a Template and Visual Items
We will use the Visual Designer to create a visualization (a canvas with shapes) and use a template for that (to structure the layout of information).
On Dragon1, a visualization is defined as a graphical representation of a view or model. In the Visual Designer, you can create a dynamic or static visualization from scratch or you can use a visualization template.
To create a canvas, select a folder and use the menu buttons to insert a visualization entity. Next, you select a template from the File | New Menu. Next, you place shapes on the canvas, from the libraries at the left bottom. Next, you configure these shapes as visual items as described on the help. Make sure you press on save, to save your work.
When you configure a shape it will be a visual item. A visual item is a shape/data placeholder, meaning Dragon1 will look for data in a folder, model or view to generate a certain layout (block, row, column, square, circle or triangle) of data using the shape icon.
You create many scenarios, like using one shape as a grouping container, like a domain, and another shape as container content, like an application or process. You can work with groups and subgroups.
You can also turn shapes into buttons and when you click on them, the shapes or views are shown or hidden.
Read about creating a visualization using a template on the help.
Read about configuring shapes as visual items on the help.
Read about configuring shapes as buttons on the help.
Tip: Try to create a visualization yourself and visualize the view with different shapes.
Screenshot of a Visualization Canvas with Shapes (visual items) in the Visual Designer.
Step 6: Publish a Visualization
We will use the Visual Designer to publish a visualization in the Viewer and the Resource Center, so it can be viewed and commented on by others.
Click on the button below to publish your visualization in the Viewer. We will publish the visualization you created in the step before.
Select the visualization in the Visual Designer and click on the Publish button. The visualization is published to the Viewer.
To publish the visualization in the resource center, create a page and link the visualization to the page as is described here on the help
Screenshot of publishing a visualization in the Visual Designer.
Step 7: View a Visualization with Filters and Popup Dialogs
We will use the Viewer and the Resource Center to watch your visualization.
Go to the Viewer and watch your visualization.
Click on an application and see the information bar at the left appear. Use the features in this bar to search for items or filter out items on the visualization. You can filter any type of data that is in the visualization. If you enter a word in the search with = behind it, the viewer will generate a clickable list showing the found items for that type of data.
Depending on how much data is available for attributes, on mouse over on a shape, a Popup dialog is generated.
Double click on the visualization to enter and leave a comment for other stakeholders to see and architects to process.
Screenshot of a published visualization with filters in the Viewer.
Step 8: Update a Visualization
You have created a dynamic visualization. So if you change the data in your folders, the change is automatically shown in your visualization.
Go to the architecture repository. Open your cabinet and selected a data entity. Change its name and save the change.
Go to the Viewer and watch your visualization. You will see the data has changed in your visualization.
Stakeholders can leave behind comments on the visualization by clicking on a canvas in the viewer. Do this and leave a comment behind. Next, go to the Visual Designer and process the comment.
Click on reports in the information bar and click on History. You see a list of changes made by people to this visualization.
If you have any questions about this tutorial or want training and support in creating a full-scale application landscape, please email us: firstname.lastname@example.org