Microsoft MB-820 Bundle

“Audit API field lists and permission behavior after schema changes” concerns the alternative task “expose only the minimal approved fields and apply entitlement and permission rules”, but the stated failure is that a SaaS integration makes destructive data changes through an OData endpoint with no caller authorization review. The required measure is to run negative authorization tests against API endpoints.

The proposed “Diff published schemas before deployment” tests a different control: preserve compatible contracts or introduce a deliberate versioned API and migration path. The reported condition is that a SaaS integration makes destructive data changes through an OData endpoint with no caller authorization review; the more direct action is to run negative authorization tests against API endpoints.

“Test data freshness and consistency assumptions before enabling read scale-out” supports the separate task “evaluate supported read scale-out patterns for appropriate read workloads without compromising consistency needs”, not the reported problem: a SaaS integration makes destructive data changes through an OData endpoint with no caller authorization review. This case instead calls for “Run negative authorization tests against API endpoints”.

The proposed “Review public procedures for unintended side effects” tests a different control: refactor it to accept explicit inputs and return a well-defined result without hidden mutable dependencies. The reported condition is that a legacy procedure contains duplicated tax calculation logic copied into five page extensions; the more direct action is to use unit tests to detect divergent calculation paths.

“Review deprecated or changed events during upgrades” supports the separate task “use available integration events and a subscriber or suitable extension point”, not the reported problem: a legacy procedure contains duplicated tax calculation logic copied into five page extensions. This case instead calls for “Use unit tests to detect divergent calculation paths”.

“Add regression cases for alternate event paths” concerns the separate step “inspect the event signature and handle missing or incomplete values according to contract”. The reported issue is that a legacy procedure contains duplicated tax calculation logic copied into five page extensions, so the direct response is to use unit tests to detect divergent calculation paths.

“Business events decouple cross-cutting logic from one screen” concerns the separate step “subscribe to an appropriate published business event or design a reusable codeunit validation at the relevant process boundary”. The reported issue is that a legacy procedure contains duplicated tax calculation logic copied into five page extensions, so the direct response is to move reusable logic to an appropriate codeunit and call it through a stable interface.

“Field validation triggers depend on the AL operation used” concerns the alternative task “call the appropriate validation mechanism when business rules must run during programmatic updates”, but the stated failure is that a legacy procedure contains duplicated tax calculation logic copied into five page extensions. The required measure is to move reusable logic to an appropriate codeunit and call it through a stable interface.

The proposed “Interfaces separate caller expectations from interchangeable implementations” tests a different control: define an AL interface and implement it in separate codeunits with a supported dispatch pattern. The reported condition is that a legacy procedure contains duplicated tax calculation logic copied into five page extensions; the more direct action is to move reusable logic to an appropriate codeunit and call it through a stable interface.

“Refactor it to accept explicit inputs and return a well-defined result without hidden mutable dependencies” concerns the separate step “refactor it to accept explicit inputs and return a well-defined result without hidden mutable dependencies”. The reported issue is that a legacy procedure contains duplicated tax calculation logic copied into five page extensions, so the direct response is to move reusable logic to an appropriate codeunit and call it through a stable interface.

The proposed “Preserve error meaning and stop or compensate the transaction rather than falsely reporting success” tests a different control: preserve error meaning and stop or compensate the transaction rather than falsely reporting success. The reported condition is that a legacy procedure contains duplicated tax calculation logic copied into five page extensions; the more direct action is to move reusable logic to an appropriate codeunit and call it through a stable interface.

“Subscribe to an appropriate published business event or design a reusable codeunit validation at the relevant process boundary” supports the separate task “subscribe to an appropriate published business event or design a reusable codeunit validation at the relevant process boundary”, not the reported problem: a legacy procedure contains duplicated tax calculation logic copied into five page extensions. This case instead calls for “move reusable logic to an appropriate codeunit and call it through a stable interface”.

“Fresh installations and upgrades apply only their intended initialization or migration actions” concerns the alternative task “use distinct Install and Upgrade codeunits, implementing the appropriate lifecycle triggers”, but the stated failure is that a legacy procedure contains duplicated tax calculation logic copied into five page extensions. The required measure is to all five callers return consistent results from one tested implementation.

“Both implementations satisfy the same contract and can be chosen without caller source rewrites” supports the separate task “define an AL interface and implement it in separate codeunits with a supported dispatch pattern”, not the reported problem: a legacy procedure contains duplicated tax calculation logic copied into five page extensions. This case instead calls for “All five callers return consistent results from one tested implementation”.

“Data updates via the intended code path apply field validation consistently” concerns the separate step “call the appropriate validation mechanism when business rules must run during programmatic updates”. The reported issue is that a legacy procedure contains duplicated tax calculation logic copied into five page extensions, so the direct response is to all five callers return consistent results from one tested implementation.

The proposed “The production package hash matches the artifact that passed tests” tests a different control: promote a versioned extension artifact through sandbox acceptance before production deployment. The reported condition is that a release pipeline deploys a package without checking published permissions and install status; the more direct action is to a failed installation is detected before the release is marked successful.

“The extension installs after prerequisites are present and the dependency graph resolves” supports the separate task “publish and install compatible dependencies before the dependent .app file”, not the reported problem: a release pipeline deploys a package without checking published permissions and install status. This case instead calls for “A failed installation is detected before the release is marked successful”.

“The app remains installed or is removed only by an explicit supported lifecycle action” concerns the separate step “separate debugger lifecycle from extension publish, install and uninstall procedures”. The reported issue is that a release pipeline deploys a package without checking published permissions and install status, so the direct response is to a failed installation is detected before the release is marked successful.

“Run multilingual UI checks after adding new messages” concerns the separate step “use AL labels and language translation resources rather than embedding UI messages as literals”. The reported issue is that a release pipeline deploys a package without checking published permissions and install status, so the direct response is to gate completion on installed version and smoke-test results.

“Include reproducible debug profiles in developer handoffs” concerns the alternative task “use supported VS Code AL launch or attach debugging with a matching sandbox and symbols”, but the stated failure is that a release pipeline deploys a package without checking published permissions and install status. The required measure is to gate completion on installed version and smoke-test results.

The proposed “Record deployed app versions before and after debug sessions” tests a different control: separate debugger lifecycle from extension publish, install and uninstall procedures. The reported condition is that a release pipeline deploys a package without checking published permissions and install status; the more direct action is to gate completion on installed version and smoke-test results.

“Debugging does not constitute an extension rollback mechanism” concerns the separate step “separate debugger lifecycle from extension publish, install and uninstall procedures”. The reported issue is that a release pipeline deploys a package without checking published permissions and install status, so the direct response is to separate publish, synchronize, install or upgrade and validation stages with explicit failure reporting.

“Installation lifecycle hooks differ from ordinary page execution and upgrades” concerns the alternative task “use an installation codeunit with appropriate company initialization and idempotent setup”, but the stated failure is that a release pipeline deploys a package without checking published permissions and install status. The required measure is to separate publish, synchronize, install or upgrade and validation stages with explicit failure reporting.

The proposed “Versioned app identity is central to the extension lifecycle” tests a different control: increment the extension version and follow the supported package publish/upgrade path. The reported condition is that a release pipeline deploys a package without checking published permissions and install status; the more direct action is to separate publish, synchronize, install or upgrade and validation stages with explicit failure reporting.

The proposed “Use an installation codeunit with appropriate company initialization and idempotent setup” tests a different control: use an installation codeunit with appropriate company initialization and idempotent setup. The reported condition is that a release pipeline deploys a package without checking published permissions and install status; the more direct action is to separate publish, synchronize, install or upgrade and validation stages with explicit failure reporting.

“Use a versioned upgrade codeunit and preserve/migrate existing records before using the new schema” supports the separate task “use a versioned upgrade codeunit and preserve/migrate existing records before using the new schema”, not the reported problem: a release pipeline deploys a package without checking published permissions and install status. This case instead calls for “separate publish, synchronize, install or upgrade and validation stages with explicit failure reporting”.

“Use supported VS Code AL launch or attach debugging with a matching sandbox and symbols” concerns the separate step “use supported VS Code AL launch or attach debugging with a matching sandbox and symbols”. The reported issue is that a release pipeline deploys a package without checking published permissions and install status, so the direct response is to separate publish, synchronize, install or upgrade and validation stages with explicit failure reporting.

“The extension does not crash on supported event variants” supports the separate task “inspect the event signature and handle missing or incomplete values according to contract”, not the reported problem: two independent calculation engines should be selectable by configured policy without hard-coding their implementations. This case instead calls for “Both implementations satisfy the same contract and can be chosen without caller source rewrites”.

“On an injected failure, related changes roll back consistently” concerns the separate step “review transaction boundaries and remove unintended commits from reusable business logic”. The reported issue is that two independent calculation engines should be selectable by configured policy without hard-coding their implementations, so the direct response is to both implementations satisfy the same contract and can be chosen without caller source rewrites.

“All five callers return consistent results from one tested implementation” concerns the alternative task “move reusable logic to an appropriate codeunit and call it through a stable interface”, but the stated failure is that two independent calculation engines should be selectable by configured policy without hard-coding their implementations. The required measure is to both implementations satisfy the same contract and can be chosen without caller source rewrites.

“Transaction control must respect business process atomicity” supports the separate task “review transaction boundaries and remove unintended commits from reusable business logic”, not the reported problem: two independent calculation engines should be selectable by configured policy without hard-coding their implementations. This case instead calls for “define an AL interface and implement it in separate codeunits with a supported dispatch pattern”.

“Business events decouple cross-cutting logic from one screen” concerns the alternative task “subscribe to an appropriate published business event or design a reusable codeunit validation at the relevant process boundary”, but the stated failure is that two independent calculation engines should be selectable by configured policy without hard-coding their implementations. The required measure is to define an AL interface and implement it in separate codeunits with a supported dispatch pattern.

The proposed “App installation and data upgrade are different lifecycle events” tests a different control: use distinct Install and Upgrade codeunits, implementing the appropriate lifecycle triggers. The reported condition is that two independent calculation engines should be selectable by configured policy without hard-coding their implementations; the more direct action is to define an AL interface and implement it in separate codeunits with a supported dispatch pattern.