Microsoft PL-300 Bundle

Row-level security filters semantic-model records for members of the role. It serves “sales team only its assigned fixed Region rows”, not “rows from two Region assignments, not only one”.

Visual and report filters are navigation aids, not security controls. The present requirement is “rows from two Region assignments, not only one”; “users cannot remove it to see other rows” is a distinct situation.

Identity-to-entity mappings allow model security to restrict related facts. The boundary it addresses is “a UserAccess table mapping users to allowed StoreIDs”, while this case concerns “rows from two Region assignments, not only one”.

Build permission does not bypass RLS for Viewer consumers. The boundary it addresses is “an RLS-protected semantic model. Does Build remove RLS”, while this case concerns “tell whether it hides the intended Customer rows”.

Test with representative identities and verify excluded rows are truly absent. This solves “authorized and unauthorized row counts by regional role”; the stated issue is “tell whether it hides the intended Customer rows”.

Workspace edit roles bypass RLS enforcement for the model. The deciding difference is “Admin and notices data is not restricted. Why” versus “tell whether it hides the intended Customer rows”.

Workspace edit roles bypass RLS enforcement for the model. That is a different operating condition from “so recipients do not see expected regional data”: “Admin and notices data is not restricted. Why”.

Security testing reveals the filtered model view under a specified role. It serves “tell whether it hides the intended Customer rows”, not “so recipients do not see expected regional data”.

Test with representative identities and verify excluded rows are truly absent. The present requirement is “so recipients do not see expected regional data”; “authorized and unauthorized row counts by regional role” is a distinct situation.

Defining role rules alone does not populate its service membership. That matters for “so recipients do not see expected regional data” rather than the condition “Admin and notices data is not restricted. Why”.

Security testing reveals the filtered model view under a specified role. The boundary it addresses is “tell whether it hides the intended Customer rows”, while this case concerns “Admin and notices data is not restricted. Why”.

Test with representative identities and verify excluded rows are truly absent. This solves “authorized and unauthorized row counts by regional role”; the stated issue is “Admin and notices data is not restricted. Why”.

Security testing reveals the filtered model view under a specified role. This solves “tell whether it hides the intended Customer rows”; the stated issue is “an RLS-protected semantic model. Does Build remove RLS”.

Test with representative identities and verify excluded rows are truly absent. The deciding difference is “authorized and unauthorized row counts by regional role” versus “an RLS-protected semantic model. Does Build remove RLS”.

Workspace edit roles bypass RLS enforcement for the model. That is a different operating condition from “an RLS-protected semantic model. Does Build remove RLS”: “Admin and notices data is not restricted. Why”.

Defining role rules alone does not populate its service membership. It serves “so recipients do not see expected regional data”, not “authorized and unauthorized row counts by regional role”.

Security testing reveals the filtered model view under a specified role. The present requirement is “authorized and unauthorized row counts by regional role”; “tell whether it hides the intended Customer rows” is a distinct situation.

Build permission does not bypass RLS for Viewer consumers. That matters for “an RLS-protected semantic model. Does Build remove RLS” rather than the condition “authorized and unauthorized row counts by regional role”.

Sharing a URL is not identical to granting all dependent data rights. That matters for “with a colleague who lacks underlying semantic-model access” rather than the condition “not automatically browse every item in its workspace”.

Build authorizes dependent report creation without editing source model structure. This solves “analyst to design reports using its shared measures”; the stated issue is “not automatically browse every item in its workspace”.

Least privilege avoids unnecessary write rights to finance content. The deciding difference is “a sensitive finance report and no model-editing capabilities” versus “not automatically browse every item in its workspace”.

Item- or audience-level distribution can limit workspace-wide visibility. Its application is “not automatically browse every item in its workspace”, not the need “a sensitive finance report and no model-editing capabilities”.

Build authorizes dependent report creation without editing source model structure. That is a different operating condition from “a sensitive finance report and no model-editing capabilities”: “analyst to design reports using its shared measures”.

Sharing a URL is not identical to granting all dependent data rights. It serves “with a colleague who lacks underlying semantic-model access”, not “a sensitive finance report and no model-editing capabilities”.

Item- or audience-level distribution can limit workspace-wide visibility. It serves “not automatically browse every item in its workspace”, not “analyst to design reports using its shared measures”.

Sharing a URL is not identical to granting all dependent data rights. That matters for “with a colleague who lacks underlying semantic-model access” rather than the condition “analyst to design reports using its shared measures”.

Least privilege avoids unnecessary write rights to finance content. The boundary it addresses is “a sensitive finance report and no model-editing capabilities”, while this case concerns “analyst to design reports using its shared measures”.

Build authorizes dependent report creation without editing source model structure. The boundary it addresses is “analyst to design reports using its shared measures”, while this case concerns “has Workspace Admin and a report uses RLS”.

Sharing a URL is not identical to granting all dependent data rights. The deciding difference is “with a colleague who lacks underlying semantic-model access” versus “has Workspace Admin and a report uses RLS”.

Least privilege avoids unnecessary write rights to finance content. Its application is “a sensitive finance report and no model-editing capabilities”, not the need “has Workspace Admin and a report uses RLS”.

RLS is not enforced for model editors and administrators in that workspace. Its application is “has Workspace Admin and a report uses RLS”, not the need “with a colleague who lacks underlying semantic-model access”.

Build authorizes dependent report creation without editing source model structure. That is a different operating condition from “with a colleague who lacks underlying semantic-model access”: “analyst to design reports using its shared measures”.

Least privilege avoids unnecessary write rights to finance content. The present requirement is “with a colleague who lacks underlying semantic-model access”; “a sensitive finance report and no model-editing capabilities” is a distinct situation.