Type Unit
In the KScope Asset Registry, a TypeUnit defines the unit of interpretation for a property β whether that property is numerical (like storage capacity or cost) or non-numerical (like version format or status labels). It helps ensure that property values are consistently described and understood, regardless of the type of data.
Think of a TypeUnit as a clarifying label or qualifier that tells you how to read or interpret a given value β numeric or textual.
π§± Why TypeUnits Matter
Whether youβre dealing with storage sizes, monetary values, version identifiers, or even operating systems, TypeUnits help bring clarity and standardization to your asset data. They ensure:
Consistent interpretation of data across teams and systems
Accurate integration of asset data from different sources
Meaningful filtering, reporting, and analysis
Support for both technical and business semantics
π§© Examples of Numerical and Non-Numerical TypeUnits
Property
Value
TypeUnit
Type
storage_capacity
500
GB
Numerical
cost_per_month
250
USD
Numerical
response_time
120
ms
Numerical
version
2.3.1
semantic_version
Non-numerical
status
active
status_label
Non-numerical
operating_system
Ubuntu 22.04
OS_version
Non-numerical
These examples show that TypeUnits can express units of measure, formats, or controlled vocabularies, depending on the nature of the property.
π Where TypeUnits Are Used
TypeUnits can be applied to:
Element attributes (properties of assets like storage, cost, version)
Edge attributes (properties of relationships like latency or connection type)
Node metadata (contextual tags or custom labels)
They help ensure that any value stored in the registry is semantically enriched and interpretable.
π§ Where TypeUnits Fit in the Modeling Framework
In the KScope data model:
TypeUnits are linked to property definitions in both Element Types and Relationships
TypeUnits can be associated with specific Modules (if the unit is source-defined)
They can be part of hierarchies or controlled vocabularies, enabling unit conversions or label normalization
π Example: Full Attribute with TypeUnit Context
Element: PayrollApp
Element Type: Application
Attributes:
- version: 2.3.1
- TypeUnit: semantic_version
Element: Server_001
Element Type: Server
Attributes:
- storage_capacity: 500
- TypeUnit: GB
In this example:
The
version
field uses a non-numerical TypeUnit to clarify its format (semantic versioning).The
storage_capacity
field uses a numerical TypeUnit (gigabytes) to describe measurable size.
π When Would I Use or Define a TypeUnit?
Define or apply a TypeUnit when:
Adding a numeric or structured property to an ElementType
Importing data from sources that use specific formats or labels
Needing standardized formats for consistent parsing and reporting
Working with controlled vocabularies for non-numeric fields (e.g., "status" or "risk level")
π‘ Tips for Managing TypeUnits
Use TypeUnits consistently across similar Element Types or Domains
Donβt assume numbers are self-explanatory β always pair with a unit
For non-numerical fields, define TypeUnits as format indicators (e.g., ISO_date, status_label)
Consider defining conversion or normalization rules for complex units or labels
β
Summary
A TypeUnit in KScope Asset Registry is a powerful way to give meaning and context to a property value β whether itβs a number, a format, or a label.
By applying TypeUnits to both numerical and non-numerical properties, you ensure your asset data is always clear, consistent, and ready for action β whether youβre analyzing cost, tracking system versions, or enforcing standards across teams.
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