- HARD DRIVE PAGE LAYERS DIAGRAM HOW TO
- HARD DRIVE PAGE LAYERS DIAGRAM DRIVERS
- HARD DRIVE PAGE LAYERS DIAGRAM CODE
Stores images, and how these images are used by containers.
HARD DRIVE PAGE LAYERS DIAGRAM DRIVERS
Layer Explorer has a column that shows each of the properties of the artifact links.To use storage drivers effectively, it’s important to know how Docker builds and
Layer Explorer opens and shows the artifacts that are linked to the selected layers. On the dependency diagram, open the shortcut menu for one or more layers, and then choose View Links.
HARD DRIVE PAGE LAYERS DIAGRAM CODE
If a layer contains other layers that are linked to artifacts, then the container layer is also linked to those artifacts, even though the number on the container layer does not include those artifacts.įor more information about linking layers and artifacts, see:Ĭreate dependency diagrams from your code If the layer also has links to each class in the namespace, then the number will include the linked classes. However, the other artifacts are included for analysis during layer validation.įor example, if a layer is linked to a single namespace, then the number of linked artifacts is 1, even if the namespace contains classes. If a layer links to an artifact that contains other artifacts, but the layer does not link directly to the other artifacts, then the number includes only the linked artifact. However, when reading the number of artifacts on a layer, remember the following: The number on a layer shows the number of artifacts that are linked to the layer. You can link each layer to artifacts in your solution, such as projects, classes, namespaces, project files, and other parts of your software. Use to link comments to elements on the diagram. Use to add general notes to the diagram or elements on the diagram. Indicates that one layer can use the functionality in another layer, and vice versa. Direction - Specifies the direction of the dependency. Indicates that one layer can use the functionality in another layer, but not vice versa. Required Namespaces - Specifies that artifacts associated with this layer must belong to one of the specified namespaces. Forbidden Namespaces - Specifies that artifacts associated with this layer must not belong to the specified namespaces. Forbidden Namespace Dependencies - Specifies that artifacts associated with this layer cannot depend on the specified namespaces. To see the artifacts that are linked to a layer, open the shortcut menu for the layer, and then choose View Links to open Layer Explorer.įor more information, see Layer Explorer. These artifacts can be namespaces, projects, classes, methods, and so on.
ShapeĪ logical group of physical artifacts in your system. The following table describes the elements that you can use on a dependency diagram. For more information about layering patterns, visit the Patterns & Practices site.
HARD DRIVE PAGE LAYERS DIAGRAM HOW TO
For more detailed information about how to create and draw dependency diagrams, see Dependency Diagrams: Guidelines. This topic describes the elements that you can use on a dependency diagram. Reinforce the intended architecture during the development and maintenance of your code by including validation with your check-in and build operations. Visualize the impact of changes on the intended architecture when you refactor, update, or evolve your system. Use a dependency diagram to help you perform the following tasks:Ĭommunicate the existing or intended logical architecture of your system.ĭiscover conflicts between your existing code and the intended architecture.
By organizing your system into layers that describe distinct roles and functions, a dependency diagram can help make it easier for you to understand, reuse, and maintain your code. These dependencies, which are represented as arrows, indicate which layers can use or currently use the functionality represented by other layers.
You can specify the intended or existing dependencies between layers. NET Core projects are supported starting in Visual Studio 2019 version 16.2.