Microsoft MB-820 Bundle

The proposed “Add a report request page exposing the supported filters and options” tests a different control: add a report request page exposing the supported filters and options. The reported condition is that an international business needs invoice headings in different languages but the report uses hardcoded English labels; the more direct action is to use report labels and supported translations/localized layouts for user-facing captions.

“Move expensive aggregations to appropriate query or dataset design and profile execution” supports the separate task “move expensive aggregations to appropriate query or dataset design and profile execution”, not the reported problem: an international business needs invoice headings in different languages but the report uses hardcoded English labels. This case instead calls for “use report labels and supported translations/localized layouts for user-facing captions”.

“Create a report dataset with appropriate header and line dataitems and related links” concerns the separate step “create a report dataset with appropriate header and line dataitems and related links”. The reported issue is that an international business needs invoice headings in different languages but the report uses hardcoded English labels, so the direct response is to use report labels and supported translations/localized layouts for user-facing captions.

The proposed “Published extension interfaces are integration commitments” tests a different control: version public interfaces compatibly and review downstream dependency contracts before a breaking change. The reported condition is that an ISV submits an app that passes local compilation but fails marketplace validation for unsupported patterns; the more direct action is to run the appropriate AppSourceCop and code analysis gates against the target runtime.

“App identity and object namespace allocation are distinct packaging concerns” supports the separate task “allocate supported object ID ranges and check unique app identity and object conflicts”, not the reported problem: an ISV submits an app that passes local compilation but fails marketplace validation for unsupported patterns. This case instead calls for “run the appropriate AppSourceCop and code analysis gates against the target runtime”.

“System-level services and business document schemas should not be conflated” concerns the alternative task “use an appropriate System Application API or a distinct reusable extension module”, but the stated failure is that an ISV submits an app that passes local compilation but fails marketplace validation for unsupported patterns. The required measure is to run the appropriate AppSourceCop and code analysis gates against the target runtime.

“Use an appropriate System Application API or a distinct reusable extension module” supports the separate task “use an appropriate System Application API or a distinct reusable extension module”, not the reported problem: an ISV submits an app that passes local compilation but fails marketplace validation for unsupported patterns. This case instead calls for “run the appropriate AppSourceCop and code analysis gates against the target runtime”.

“Add language translation files and validate translatable properties for the supported locales” concerns the separate step “add language translation files and validate translatable properties for the supported locales”. The reported issue is that an ISV submits an app that passes local compilation but fails marketplace validation for unsupported patterns, so the direct response is to run the appropriate AppSourceCop and code analysis gates against the target runtime.

The proposed “Use documented extension points and define integration precedence, supported events and compatibility tests” tests a different control: use documented extension points and define integration precedence, supported events and compatibility tests. The reported condition is that an ISV submits an app that passes local compilation but fails marketplace validation for unsupported patterns; the more direct action is to run the appropriate AppSourceCop and code analysis gates against the target runtime.

“Audit app.json dependency lists during release packaging” concerns the separate step “declare the exact dependency identifier and compatible version constraints in the manifest”. The reported issue is that an ISV submits an app that passes local compilation but fails marketplace validation for unsupported patterns, so the direct response is to run marketplace-specific checks in CI before submitting a release.

The proposed “Check AppSource compatibility and extension analyzer results before submission” tests a different control: implement published tables, page extensions and event subscribers rather than distributing a modified base application. The reported condition is that an ISV submits an app that passes local compilation but fails marketplace validation for unsupported patterns; the more direct action is to run marketplace-specific checks in CI before submitting a release.

“Compare exported API surfaces at every version promotion” supports the separate task “version public interfaces compatibly and review downstream dependency contracts before a breaking change”, not the reported problem: an ISV submits an app that passes local compilation but fails marketplace validation for unsupported patterns. This case instead calls for “Run marketplace-specific checks in CI before submitting a release”.

The proposed “The combined installation completes without duplicate object ID errors” tests a different control: allocate supported object ID ranges and check unique app identity and object conflicts. The reported condition is that an ISV submits an app that passes local compilation but fails marketplace validation for unsupported patterns; the more direct action is to the submitted artifact satisfies supported checks without requiring manual bypasses.

“Compilation and installation resolve the prerequisite app before loading dependent objects” supports the separate task “declare the exact dependency identifier and compatible version constraints in the manifest”, not the reported problem: an ISV submits an app that passes local compilation but fails marketplace validation for unsupported patterns. This case instead calls for “The submitted artifact satisfies supported checks without requiring manual bypasses”.

“The intended customers can install the app through the chosen supported delivery channel” concerns the separate step “select a per-tenant deployment for tenant-specific use and an AppSource publishing workflow for marketplace distribution”. The reported issue is that an ISV submits an app that passes local compilation but fails marketplace validation for unsupported patterns, so the direct response is to the submitted artifact satisfies supported checks without requiring manual bypasses.

The proposed “Reuse a suitable query data source or aggregate dataset design for report data” tests a different control: reuse a suitable query data source or aggregate dataset design for report data. The reported condition is that a query uses an inner join but the analyst also needs customers with no posted invoices; the more direct action is to select a supported outer-join or alternative query design that preserves missing related records.

“Expose appropriate query columns and links instead of exporting full tables with unused fields” concerns the separate step “expose appropriate query columns and links instead of exporting full tables with unused fields”. The reported issue is that a query uses an inner join but the analyst also needs customers with no posted invoices, so the direct response is to select a supported outer-join or alternative query design that preserves missing related records.

“Use the query for read-oriented analysis and a suitable record/codeunit workflow for writes” concerns the alternative task “use the query for read-oriented analysis and a suitable record/codeunit workflow for writes”, but the stated failure is that a query uses an inner join but the analyst also needs customers with no posted invoices. The required measure is to select a supported outer-join or alternative query design that preserves missing related records.

“Compare totals after changes to report data source” supports the separate task “reuse a suitable query data source or aggregate dataset design for report data”, not the reported problem: a query uses an inner join but the analyst also needs customers with no posted invoices. This case instead calls for “Test matched and unmatched dataitem cases”.

“Perform contract tests against query endpoints” concerns the separate step “document the query's read-only contract and choose an API page for supported mutations”. The reported issue is that a query uses an inner join but the analyst also needs customers with no posted invoices, so the direct response is to test matched and unmatched dataitem cases.

“Test status filter changes and index selectivity” concerns the alternative task “apply a correct filter in the query or at the query execution boundary”, but the stated failure is that a query uses an inner join but the analyst also needs customers with no posted invoices. The required measure is to test matched and unmatched dataitem cases.

“Aggregation granularity follows nonaggregated grouping columns” concerns the separate step “review grouping columns and Sum/Count aggregation placement”. The reported issue is that a query uses an inner join but the analyst also needs customers with no posted invoices, so the direct response is to select a supported outer-join or alternative query design that preserves missing related records.

“Service exposure does not change a query into a transactional API” concerns the alternative task “document the query's read-only contract and choose an API page for supported mutations”, but the stated failure is that a query uses an inner join but the analyst also needs customers with no posted invoices. The required measure is to select a supported outer-join or alternative query design that preserves missing related records.

“Query join semantics determine cardinality and optional-record handling” supports the separate task “define the DataItemLink and join type that match the intended relationship”, not the reported problem: a query uses an inner join but the analyst also needs customers with no posted invoices. This case instead calls for “select a supported outer-join or alternative query design that preserves missing related records”.

“The result set includes only the intended open orders” concerns the alternative task “apply a correct filter in the query or at the query execution boundary”, but the stated failure is that a query uses an inner join but the analyst also needs customers with no posted invoices. The required measure is to results retain customers without invoices with appropriately empty joined values.

“The analytical output is read-only while update operations use authorized logic” supports the separate task “use the query for read-oriented analysis and a suitable record/codeunit workflow for writes”, not the reported problem: a query uses an inner join but the analyst also needs customers with no posted invoices. This case instead calls for “Results retain customers without invoices with appropriately empty joined values”.

“Results match ledger totals while avoiding unnecessary per-row processing” concerns the separate step “use a query object with an appropriate aggregation method and grouping columns”. The reported issue is that a query uses an inner join but the analyst also needs customers with no posted invoices, so the direct response is to results retain customers without invoices with appropriately empty joined values.

“Track the platform release cycle and qualify extension versions against available compatibility signals” supports the separate task “track the platform release cycle and qualify extension versions against available compatibility signals”, not the reported problem: an order processing extension expects all Microsoft 365 integration functionality to reside in a local AL table. This case instead calls for “select supported Business Central capabilities and explicit service integrations for Microsoft 365 workflows”.

“Design a separate AL extension that adds the required fields and logic through supported extensibility points” concerns the separate step “design a separate AL extension that adds the required fields and logic through supported extensibility points”. The reported issue is that an order processing extension expects all Microsoft 365 integration functionality to reside in a local AL table, so the direct response is to select supported Business Central capabilities and explicit service integrations for Microsoft 365 workflows.

“Assess deployment-specific restrictions and select cloud-compatible APIs when SaaS must be supported” concerns the alternative task “assess deployment-specific restrictions and select cloud-compatible APIs when SaaS must be supported”, but the stated failure is that an order processing extension expects all Microsoft 365 integration functionality to reside in a local AL table. The required measure is to select supported Business Central capabilities and explicit service integrations for Microsoft 365 workflows.

“Review customization requests for unsupported base-object replacement” supports the separate task “design a separate AL extension that adds the required fields and logic through supported extensibility points”, not the reported problem: an order processing extension expects all Microsoft 365 integration functionality to reside in a local AL table. This case instead calls for “Verify authentication and data ownership before adding any Microsoft 365 integration”.

“Validate client and service assumptions in the solution architecture review” concerns the alternative task “document how the browser client, service tier, AL extensions and managed data platform participate in operations”, but the stated failure is that an order processing extension expects all Microsoft 365 integration functionality to reside in a local AL table. The required measure is to verify authentication and data ownership before adding any Microsoft 365 integration.

The proposed “Rehearse extension compatibility against preview or sandbox release environments” tests a different control: assign extension code ownership and compatibility testing to the publisher while Microsoft maintains the online platform. The reported condition is that an order processing extension expects all Microsoft 365 integration functionality to reside in a local AL table; the more direct action is to verify authentication and data ownership before adding any Microsoft 365 integration.