6.2 Test

Go to 6. DIDO-TE Information Model

A Test is the top-level testing element represented by the Testing Package of [DTE4] DIDO Reference Data Model.

Within [DTE4], a Test provides identifying and descriptive information, may contain one or more Test Plans, may be associated with Test Results, and may be associated with classification tags.

The DIDO-TE Information Model preserves the [DTE4] Test element while its relationship to the Test Definition is evaluated.

Class Diagram

Figure 6.2-1 presents the Test element and its immediate relationships in [DTE4].

Figure 6.2-1: Test and its immediate source-model relationships

The diagram provides an overview of the immediate relationships represented by [DTE4]. Each relationship is described separately in the child pages of this section.

Source-Model Element

The [DTE4] class is named:

Test

The class resides at:

DIDO - RI
DIDO - Conceptual Model
Community
Testing Package
Test

Attributes

[DTE4] defines the following attributes and navigable properties for Test:

Attribute	Type	Multiplicity	Description
Test ID	dido_id_type	[1]	Identifier for the Test.
Long Name	dido_name_type	[1]	Long-form name of the Test.
Short Name	dido_name_type	[1]	Short-form name of the Test.
Purpose	document_type	[1]	Descriptive information identifying the purpose of the Test.
Parameter List	ParameterLlist Type	[1]	Parameter information associated with the Test.
fk_Test tagged wit Test Tags	Test_Tag	[0..1]	Source-model navigable property associated with Test tagging.
unnamed navigable property	Test_Result	[0..*]	Source-model property representing Test Results associated with the Test.

The attribute and property names above preserve the spelling and structure represented by [DTE4]. Apparent spelling or modeling issues are not silently corrected.

The reusable types referenced by these attributes are documented independently in Section 5, Common Information Types.

Relationships to Other Classes

[DTE4] establishes direct relationships between Test and the following classes:

Related Class	Relationship
6.2.1 Domain	Associates a Test with its Domain context.
6.2.2 Test Plan	Provides subordinate organization of Test Sets and related testing structures.
6.2.3 Test Result	Associates Test Results with the Test.
6.2.4 Test Tag	Associates classification tags with the Test.

Each child page documents the [DTE4] multiplicities, architectural meaning, and any model-refinement considerations for that relationship.

Contents

Parameter Structure

The Test element includes a required Parameter List property.

[DTE4] defines the type as:

ParameterLlist Type

The spelling ParameterLlist is preserved from [DTE4].

The Testing Package also defines supporting parameter structures, including:

Parameter_Type;Parameter_Definition_Type;Parameter_Diretion_Type;JSON String Type; andParameterLlist Type.These reusable types belong to the Common Information Types portion of the DIDO-TE architecture and are documented independently in Section 5 rather than being defined by the Test class.

The extracted model indicates a potential structural issue: ParameterLlist Type contains values typed as Parameter_Definition_Type rather than Parameter_Type.

If the intent was to represent a list of parameter instances containing type, direction, required status, multiplicity, and default value, this relationship requires review.

DIDO-TE does not silently correct the [DTE4] structure.

Architectural Meaning

Within [DTE4], Test functions as the highest-level testing element represented by the Testing Package.

A Test provides identity and purpose for an organized testing activity and provides the source-model context for subordinate Test Plans, associated Test Results, and Test Tags.

The Test element therefore serves primarily as an organizing and identifying construct.

[DTE4] does not, by itself, establish all governed information required to define, configure, execute, evaluate, and provide evidence for a test within DIDO-TE.

Relationship to Test Definition

The Test Definition is a DIDO-TE architectural concept that is not represented explicitly as a class in [DTE4].

At this stage of the Information Model review:

Test remains the [DTE4] source-model element;Test Definition remains the governed DIDO-TE concept; andno equivalence between Test and Test Definition is asserted.The eventual relationship between Test and Test Definition is determined after the Test Plan, Test Set, Test Case, Test Step, Test Executable, Expected Results, Test Result, and related model elements have been reviewed.

Model Refinement Considerations

Review of the Test element raises the following model-refinement questions:

Should Test remain a first-class DIDO-TE information element?Should Test Plan remain distinct from Test Definition?Is the Parameter List associated directly with Test required in the normalized DIDO-TE Information Model?Should every Test be associated with exactly one Domain?How should Test identity and versioning relate to the governed Test Definition?How should repeated Test Executions relate to Test?Should Test Results relate directly to Test, or should the relationship be mediated through Test Execution or Test Run?How should Test, Test Definition, Test Execution, Test Result, Validation, Evidence, and Traceability be connected?These questions are recorded for normalization of the DIDO-TE Information Model and are not resolved by [DTE4].

Source

, DIDO - RI::DIDO - Conceptual Model::Community::Testing Package::Test.

Notes for Editors

Test is currently shown as a [DTE4] source-model class name and is not treated as a glossary-controlled DIDO-TE term.Document each direct Test relationship on its corresponding child leaf page.Define reusable datatypes, structured types, enumerations, identifiers, names, and parameter structures in Section 5, Common Information Types rather than on this page.Do not duplicate the complete semantics of a glossary-controlled class when the canonical glossary entry can be transcluded.Do not equate Test with Test Definition until the constituent testing elements have been reviewed.Preserve [DTE4] names, spellings, attributes, relationships, and multiplicities when documenting the source model.Record deliberate DIDO-TE corrections or refinements separately from the [DTE4] representation.Review the ParameterLlist Type structure before adopting it into the normalized DIDO-TE Information Model.Review whether the optional Domain relationship remains appropriate for DIDO-TE.

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