Microsoft MB-820 Bundle

“Authorized users can perform required operations on the new table only” concerns the alternative task “add the table-data rights to an appropriate permissionset or permissionsetextension”, but the stated failure is that a finance extension requires a service codeunit to update a protected table on behalf of a controlled workflow. The required measure is to the codeunit performs only its approved operation without giving every caller broad table rights.

The proposed “Read succeeds and an attempted unauthorized write is denied” tests a different control: assign a role with read rights and no unauthorized edit permissions to the relevant table data. The reported condition is that a finance extension requires a service codeunit to update a protected table on behalf of a controlled workflow; the more direct action is to the codeunit performs only its approved operation without giving every caller broad table rights.

“Users with the intended license retain approved features while restricted capabilities remain unavailable” concerns the separate step “model supported entitlements and application rights separately, testing their combined effect”. The reported issue is that a finance extension requires a service codeunit to update a protected table on behalf of a controlled workflow, so the direct response is to the codeunit performs only its approved operation without giving every caller broad table rights.

The proposed “Check ID conflicts against declared installed dependencies” tests a different control: allocate supported object ID ranges and check unique app identity and object conflicts. The reported condition is that a developer tries to persist a reusable security helper inside a retail document table in the Base Application; the more direct action is to review dependency direction when introducing shared utility code.

“Require owner approval for destructive extension cleanup” supports the separate task “document supported uninstall and delete-data behavior, preserve data as required and use deliberate cleanup procedures”, not the reported problem: a developer tries to persist a reusable security helper inside a retail document table in the Base Application. This case instead calls for “Review dependency direction when introducing shared utility code”.

“Run marketplace-specific checks in CI before submitting a release” concerns the alternative task “run the appropriate AppSourceCop and code analysis gates against the target runtime”, but the stated failure is that a developer tries to persist a reusable security helper inside a retail document table in the Base Application. The required measure is to review dependency direction when introducing shared utility code.

“Business Central extension dependencies are explicit contracts” concerns the separate step “declare the exact dependency identifier and compatible version constraints in the manifest”. The reported issue is that a developer tries to persist a reusable security helper inside a retail document table in the Base Application, so the direct response is to use an appropriate System Application API or a distinct reusable extension module.

“Marketplace apps are packaged extensions rather than private forks of Microsoft source” concerns the alternative task “implement published tables, page extensions and event subscribers rather than distributing a modified base application”, but the stated failure is that a developer tries to persist a reusable security helper inside a retail document table in the Base Application. The required measure is to use an appropriate System Application API or a distinct reusable extension module.

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 a developer tries to persist a reusable security helper inside a retail document table in the Base Application; the more direct action is to use an appropriate System Application API or a distinct reusable extension module.

“The extension passes compatibility tests while the base application remains independently updatable” concerns the alternative task “implement published tables, page extensions and event subscribers rather than distributing a modified base application”, but the stated failure is that a developer tries to persist a reusable security helper inside a retail document table in the Base Application. The required measure is to the helper can be reused across unrelated business extensions with an explicit dependency.

The proposed “The submitted artifact satisfies supported checks without requiring manual bypasses” tests a different control: run the appropriate AppSourceCop and code analysis gates against the target runtime. The reported condition is that a developer tries to persist a reusable security helper inside a retail document table in the Base Application; the more direct action is to the helper can be reused across unrelated business extensions with an explicit dependency.

“A compatibility test shows old consumers still work or fail with a documented upgrade path” supports the separate task “version public interfaces compatibly and review downstream dependency contracts before a breaking change”, not the reported problem: a developer tries to persist a reusable security helper inside a retail document table in the Base Application. This case instead calls for “The helper can be reused across unrelated business extensions with an explicit dependency”.

“Select a per-tenant deployment for tenant-specific use and an AppSource publishing workflow for marketplace distribution” concerns the alternative task “select a per-tenant deployment for tenant-specific use and an AppSource publishing workflow for marketplace distribution”, but the stated failure is that a developer tries to persist a reusable security helper inside a retail document table in the Base Application. The required measure is to use an appropriate System Application API or a distinct reusable extension module.

The proposed “Document supported uninstall and delete-data behavior, preserve data as required and use deliberate cleanup procedures” tests a different control: document supported uninstall and delete-data behavior, preserve data as required and use deliberate cleanup procedures. The reported condition is that a developer tries to persist a reusable security helper inside a retail document table in the Base Application; the more direct action is to use an appropriate System Application API or a distinct reusable extension module.

“Use documented extension points and define integration precedence, supported events and compatibility tests” supports the separate task “use documented extension points and define integration precedence, supported events and compatibility tests”, not the reported problem: a developer tries to persist a reusable security helper inside a retail document table in the Base Application. This case instead calls for “use an appropriate System Application API or a distinct reusable extension module”.

The proposed “Alert on sustained failed-job counters” tests a different control: emit safe failure signals and preserve actionable error outcomes in the job path. The reported condition is that a developer logs entire customer addresses in custom telemetry events to troubleshoot a report; the more direct action is to inspect custom dimensions before production deployment.

“Review p95 durations for critical reports after deploy” supports the separate task “measure report-specific duration and relevant operation dimensions over comparable periods”, not the reported problem: a developer logs entire customer addresses in custom telemetry events to troubleshoot a report. This case instead calls for “Inspect custom dimensions before production deployment”.

“Monitor missing correlation fields in sampled events” concerns the separate step “use supported telemetry correlation identifiers and span context where available”. The reported issue is that a developer logs entire customer addresses in custom telemetry events to troubleshoot a report, so the direct response is to inspect custom dimensions before production deployment.

“An alert identifies failing attempts and lets operators distinguish error classes” supports the separate task “instrument both success and failure paths with status, duration and safe error identifiers”, not the reported problem: a developer logs entire customer addresses in custom telemetry events to troubleshoot a report. This case instead calls for “Reports remain diagnosable while telemetry contains no unnecessary addresses”.

“Application Insights records support tracing an individual slow operation without exposing private content” concerns the alternative task “configure telemetry and use meaningful dimensions to link the operation to the affected environment”, but the stated failure is that a developer logs entire customer addresses in custom telemetry events to troubleshoot a report. The required measure is to reports remain diagnosable while telemetry contains no unnecessary addresses.

The proposed “An expected test signal appears in the authorized Application Insights resource” tests a different control: configure a supported telemetry destination and confirm the extension's emitted events reach it. The reported condition is that a developer logs entire customer addresses in custom telemetry events to troubleshoot a report; the more direct action is to reports remain diagnosable while telemetry contains no unnecessary addresses.

“Measure report-specific duration and relevant operation dimensions over comparable periods” concerns the separate step “measure report-specific duration and relevant operation dimensions over comparable periods”. The reported issue is that a developer logs entire customer addresses in custom telemetry events to troubleshoot a report, so the direct response is to emit minimized non-sensitive dimensions and avoid personal data in custom signals.

“Use stable event identifiers and a controlled schema for emitted telemetry” concerns the alternative task “use stable event identifiers and a controlled schema for emitted telemetry”, but the stated failure is that a developer logs entire customer addresses in custom telemetry events to troubleshoot a report. The required measure is to emit minimized non-sensitive dimensions and avoid personal data in custom signals.

“Instrument both success and failure paths with status, duration and safe error identifiers” supports the separate task “instrument both success and failure paths with status, duration and safe error identifiers”, not the reported problem: a developer logs entire customer addresses in custom telemetry events to troubleshoot a report. This case instead calls for “emit minimized non-sensitive dimensions and avoid personal data in custom signals”.

“Telemetry should balance useful signal and operational overhead” concerns the alternative task “use appropriate verbosity and targeted instrumentation for meaningful events”, but the stated failure is that a developer logs entire customer addresses in custom telemetry events to troubleshoot a report. The required measure is to emit minimized non-sensitive dimensions and avoid personal data in custom signals.

The proposed “Silent background failures require explicit diagnostics” tests a different control: emit safe failure signals and preserve actionable error outcomes in the job path. The reported condition is that a developer logs entire customer addresses in custom telemetry events to troubleshoot a report; the more direct action is to emit minimized non-sensitive dimensions and avoid personal data in custom signals.

“Telemetry event contracts should be versioned deliberately” supports the separate task “use stable event identifiers and a controlled schema for emitted telemetry”, not the reported problem: a developer logs entire customer addresses in custom telemetry events to troubleshoot a report. This case instead calls for “emit minimized non-sensitive dimensions and avoid personal data in custom signals”.

“The user can edit one entity with clear sectioned detail while list navigation remains separate” supports the separate task “use a Card page bound to the record and organize fields into logical groups”, not the reported problem: a new table stores customer email data without any declared data classification. This case instead calls for “Field metadata correctly classifies personal identifiers for governance review”.

“The UI supports header navigation and related line entry using the intended structure” concerns the separate step “select the proper Document page pattern and related subpage for line data”. The reported issue is that a new table stores customer email data without any declared data classification, so the direct response is to field metadata correctly classifies personal identifiers for governance review.

“The standard Customer table remains intact and the field is visible after extension installation” concerns the alternative task “create a tableextension to add the field and a pageextension to surface it on the customer page”, but the stated failure is that a new table stores customer email data without any declared data classification. The required measure is to field metadata correctly classifies personal identifiers for governance review.

“Select the proper Document page pattern and related subpage for line data” supports the separate task “select the proper Document page pattern and related subpage for line data”, not the reported problem: a new table stores customer email data without any declared data classification. This case instead calls for “set appropriate DataClassification properties on table fields and review their privacy meaning”.

“Add the field in the appropriate pageextension layout section and verify ApplicationArea and permissions” concerns the separate step “add the field in the appropriate pageextension layout section and verify ApplicationArea and permissions”. The reported issue is that a new table stores customer email data without any declared data classification, so the direct response is to set appropriate DataClassification properties on table fields and review their privacy meaning.

The proposed “Use a Card page bound to the record and organize fields into logical groups” tests a different control: use a Card page bound to the record and organize fields into logical groups. The reported condition is that a new table stores customer email data without any declared data classification; the more direct action is to set appropriate DataClassification properties on table fields and review their privacy meaning.