Matrix/eMatrix PLM Platform Technical Concepts

All listed methods (D) can retrieve attribute values from DomainObject/BusinessObject classes. getAttributeValue gets single attributes, getInfo with attribute path syntax retrieves values, and getAttributeValues returns multiple values. Different methods serve different use cases.

The getAliasForAdmin method (B) retrieves the symbolic name from the original name in Matrix database. getSchemaProperty (A) does the reverse, lookupClassName (C) finds class names, and getSystemData (D) retrieves system metadata. This is specific to Matrix naming conventions.

The getSchemaProperty method (A) retrieves the original name from a symbolic name in Matrix database schema. getAliasForAdmin (B) does the reverse operation, lookupClassName (C) finds class definitions, and getSystemData (D) retrieves system information. This complements question 152110.

The emxExtractObjectsRels.tcl TCL script is specifically designed to extract business objects of a particular type along with their relationships in ENOVIA Matrix. The naming convention 'Extract' indicates data extraction functionality, while 'ObjectsRels' shows it handles both objects and relationships. Options A and E use 'Ext' abbreviation incorrectly, and option C uses 'Objs' instead of full 'Objects'.

The emxExtractObjectsRels.tcl TCL script is used to retrieve relationship spinners in ENOVIA Matrix. Relationship spinners define how related objects are displayed and accessed through the UI. The same TCL file handles both business objects extraction and relationship spinner generation because relationships and objects are tightly coupled in the data model. The file name structure clearly indicates its dual purpose.

Tracked stores in ENOVIA Matrix are specialized storage structures with versioning, metadata, and access control managed by the Matrix kernel - they are NOT simple directories. While stored on the filesystem, tracked stores have internal Matrix management including business object references, checkout states, and file generations. Directories lack these Matrix-specific management capabilities like version tracking and policy enforcement.

When a Bootstrap file is created in ENOVIA Matrix, it automatically generates two standard user components: 'creator' (the user who created the business object) and 'guest' (a read-only access role). These components are fundamental to Matrix's access control model and are created during initialization to establish ownership and basic permissions. Option B mentions Part and ECO which are business object types, not components. Option D incorrectly pairs creator with Part.

In ENOVIA Matrix's policy model, each business object is governed by exactly ONE policy, not multiple. Policies define the lifecycle states, routes, and rules for an object type. A policy can cover many business objects, but the reverse relationship (one object to many policies) violates the fundamental Matrix architecture. This one-to-one relationship ensures consistent state management and prevents policy conflicts.

In ENOVIA Matrix relationship definitions, the REPLICATE property creates a duplicate connection between the same pair of objects. This allows multiple identical relationship instances to exist between the same source and target objects. Options B (floating), C (disconnecting), and D (revising) describe other relationship operations, while E (cloning objects) refers to object duplication, not relationship duplication.

getAliasForAdmin is the Matrix API method used to retrieve the Symbolic Name from a Schema Name. This method is typically used in administrative contexts where the human-readable symbolic name needs to be displayed or validated. Option A (getSchemaProperty) works in the opposite direction, option C (lookupClassName) retrieves class information, and option D (getSystemData) fetches system-level metadata.

getSchemaProperty is the correct Matrix API method to obtain the Schema Name from a Symbolic Name. This method queries the schema definition using the symbolic name as a key. Option B (getAliasForAdmin) performs the reverse operation (Symbolic from Schema), option C (lookupClassName) is for class resolution, and option D (getSystemData) retrieves system configuration data.

All three methods can retrieve attribute values from BusinessObjects in the Matrix API. getAttributeValue directly returns the value, getInfo uses a context-based expression string to access attributes, and getAttributeValues can return multiple values with boolean control flags. These methods offer different interfaces for the same functionality - direct access, expression-based access, and multi-value retrieval.

In SpinnerSetting configuration, the 'sParentChild' setting controls parent-child group relationships. The naming convention suggests this parameter defines spinner hierarchy for parent and child group assignments. The other options are variations of the correct term but don't match the actual setting name.

The correct expression for displaying attribute values uses the $<attribute[]> syntax with .value suffix. Option A shows the correct format: $<attribute[attribute_ABC].value>. Option B uses '.values' (plural), which is incorrect. Options C, D, and E use incorrect syntax formats - missing the angle brackets or using wrong variable notation.

The correct TCL script for extracting relationship spinners is emxExtractObjectsRels.tcl. The naming convention 'emxExtractObjectsRels' clearly indicates it extracts objects and relationships. The other options are variations that either use 'Ext' instead of 'Extract' or have incorrect name ordering. The 'emx' prefix is standard for eMatrix utility scripts.

In PLM policy systems, business objects are governed by a single policy to avoid conflicts and ensure deterministic behavior. A policy defines the lifecycle, access control, and business rules for an object type. Having multiple policies would create governance conflicts and ambiguity in object management.

This is an exact duplicate of question 152093. Relationship definitions include cardinality, revision behavior, cloning, and history propagation. 'Drop' is not a relationship definition parameter - it's a database operation. The correct answer is B, making this identical to the earlier question.

In Matrix/3DX PLM systems, an attribute's data type is locked at creation and cannot be changed later. This is a fundamental schema design principle - changing a type would break existing data and require database migration. Ranges, default values, and names can typically be modified through schema updates or admin tools without affecting the core data structure.

In Matrix/3DX architecture, Vaults are the primary storage containers for business objects and their metadata. Stores contain actual file content, while Relationships define connections between objects. Format, Policy, and similar options are configuration elements, not storage mechanisms. The question specifically asks where object information (metadata) is stored, which is the Vault's responsibility.