Microsoft MB-820 Bundle

“Integration tests should isolate consequential external actions” concerns the alternative task “use controlled HTTP mocks or supported test isolation and fixture responses”, but the stated failure is that a team installs the Test Toolkit but never runs extension tests through it during releases. The required measure is to configure and execute supported Business Central tests in the Test Toolkit or automated test runner.

The proposed “Reusable test fixtures reduce validation drift” tests a different control: use shared test helpers and a clear arrange-act-assert structure. The reported condition is that a team installs the Test Toolkit but never runs extension tests through it during releases; the more direct action is to configure and execute supported Business Central tests in the Test Toolkit or automated test runner.

“Test isolation must include the underlying business database” supports the separate task “run Business Central tests using an isolated test environment and controlled fixtures”, not the reported problem: a team installs the Test Toolkit but never runs extension tests through it during releases. This case instead calls for “configure and execute supported Business Central tests in the Test Toolkit or automated test runner”.

The proposed “Error handling must not convert failure into authorization” tests a different control: handle errors explicitly and return or raise an accurate failure state. The reported condition is that a custom procedure accepts an account number as free text and silently stores invalid values; the more direct action is to use appropriate AL types, validation logic and explicit procedure parameters.

“Explicit scope and parameters make AL behavior reusable” supports the separate task “refactor it into a procedure with explicit parameters and local state”, not the reported problem: a custom procedure accepts an account number as free text and silently stores invalid values. This case instead calls for “use appropriate AL types, validation logic and explicit procedure parameters”.

“Direct field assignment and field validation are not interchangeable operations” concerns the separate step “use appropriate Validate calls or supported update APIs before committing the record change”. The reported issue is that a custom procedure accepts an account number as free text and silently stores invalid values, so the direct response is to use appropriate AL types, validation logic and explicit procedure parameters.

“Competing updates do not silently overwrite an approved value” supports the separate task “use a controlled concurrency/locking strategy and validate expected record state before updating”, not the reported problem: a custom procedure accepts an account number as free text and silently stores invalid values. This case instead calls for “Invalid values are rejected before record mutation and valid values are stored consistently”.

“Different callers obtain the same result for equivalent inputs” concerns the alternative task “refactor it into a procedure with explicit parameters and local state”, but the stated failure is that a custom procedure accepts an account number as free text and silently stores invalid values. The required measure is to invalid values are rejected before record mutation and valid values are stored consistently.

The proposed “Only authorized code surfaces can call the helper” tests a different control: use local/internal/protected access boundaries as appropriate to the AL object and intended consumers. The reported condition is that a custom procedure accepts an account number as free text and silently stores invalid values; the more direct action is to invalid values are rejected before record mutation and valid values are stored consistently.

“Use local/internal/protected access boundaries as appropriate to the AL object and intended consumers” concerns the separate step “use local/internal/protected access boundaries as appropriate to the AL object and intended consumers”. The reported issue is that a custom procedure accepts an account number as free text and silently stores invalid values, so the direct response is to use appropriate AL types, validation logic and explicit procedure parameters.

The proposed “Handle errors explicitly and return or raise an accurate failure state” tests a different control: handle errors explicitly and return or raise an accurate failure state. The reported condition is that a custom procedure accepts an account number as free text and silently stores invalid values; the more direct action is to use appropriate AL types, validation logic and explicit procedure parameters.

“Check the Boolean result of the record lookup and handle not-found cases deliberately” supports the separate task “check the Boolean result of the record lookup and handle not-found cases deliberately”, not the reported problem: a custom procedure accepts an account number as free text and silently stores invalid values. This case instead calls for “use appropriate AL types, validation logic and explicit procedure parameters”.

“Test simultaneous changes with overlapping users” concerns the alternative task “use a controlled concurrency/locking strategy and validate expected record state before updating”, but the stated failure is that a custom procedure accepts an account number as free text and silently stores invalid values. The required measure is to test valid and invalid value boundaries.

“Review global variable dependencies in shared codeunits” supports the separate task “refactor it into a procedure with explicit parameters and local state”, not the reported problem: a custom procedure accepts an account number as free text and silently stores invalid values. This case instead calls for “Test valid and invalid value boundaries”.

“Test calculations under multiple client cultures” concerns the separate step “use a suitable Decimal variable and numeric expressions, formatting only at display boundaries”. The reported issue is that a custom procedure accepts an account number as free text and silently stores invalid values, so the direct response is to test valid and invalid value boundaries.

The proposed “Join choice decides whether unmatched parent rows survive” tests a different control: select a supported outer-join or alternative query design that preserves missing related records. The reported condition is that an app exposes a query through a web service but developers assume it has the same semantics as a writable API page; the more direct action is to document the query's read-only contract and choose an API page for supported mutations.

“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: an app exposes a query through a web service but developers assume it has the same semantics as a writable API page. This case instead calls for “document the query's read-only contract and choose an API page for supported mutations”.

“Filtering at the data source reduces unnecessary output and ambiguity” concerns the alternative task “apply a correct filter in the query or at the query execution boundary”, but the stated failure is that an app exposes a query through a web service but developers assume it has the same semantics as a writable API page. The required measure is to document the query's read-only contract and choose an API page for supported mutations.

“Expose appropriate query columns and links instead of exporting full tables with unused fields” supports the separate task “expose appropriate query columns and links instead of exporting full tables with unused fields”, not the reported problem: an app exposes a query through a web service but developers assume it has the same semantics as a writable API page. This case instead calls for “document the query's read-only contract and choose an API page for supported mutations”.

“Use a query object with an appropriate aggregation method and grouping columns” concerns the alternative task “use a query object with an appropriate aggregation method and grouping columns”, but the stated failure is that an app exposes a query through a web service but developers assume it has the same semantics as a writable API page. The required measure is to document the query's read-only contract and choose an API page for supported mutations.

The proposed “Apply a correct filter in the query or at the query execution boundary” tests a different control: apply a correct filter in the query or at the query execution boundary. The reported condition is that an app exposes a query through a web service but developers assume it has the same semantics as a writable API page; the more direct action is to document the query's read-only contract and choose an API page for supported mutations.

“The consumer receives only necessary joined attributes” concerns the separate step “expose appropriate query columns and links instead of exporting full tables with unused fields”. The reported issue is that an app exposes a query through a web service but developers assume it has the same semantics as a writable API page, so the direct response is to consumers can read the result without unsupported update attempts.

“Each returned row matches a valid linked customer and invoice” concerns the alternative task “define the DataItemLink and join type that match the intended relationship”, but the stated failure is that an app exposes a query through a web service but developers assume it has the same semantics as a writable API page. The required measure is to consumers can read the result without unsupported update attempts.

The proposed “Totals reconcile at both overall and dimension level” tests a different control: reevaluate grouping and totals when adding the dimension to the query projection. The reported condition is that an app exposes a query through a web service but developers assume it has the same semantics as a writable API page; the more direct action is to consumers can read the result without unsupported update attempts.

The proposed “Reconcile totals across report versions” tests a different control: reevaluate grouping and totals when adding the dimension to the query projection. The reported condition is that an app exposes a query through a web service but developers assume it has the same semantics as a writable API page; the more direct action is to perform contract tests against query endpoints.

“Profile query results and execution against representative volumes” supports the separate task “use a query object with an appropriate aggregation method and grouping columns”, not the reported problem: an app exposes a query through a web service but developers assume it has the same semantics as a writable API page. This case instead calls for “Perform contract tests against query endpoints”.

“Test status filter changes and index selectivity” concerns the separate step “apply a correct filter in the query or at the query execution boundary”. The reported issue is that an app exposes a query through a web service but developers assume it has the same semantics as a writable API page, so the direct response is to perform contract tests against query endpoints.

The proposed “Include user-assistance strings in the language resource review and translation workflow” tests a different control: include user-assistance strings in the language resource review and translation workflow. The reported condition is that a new purchasing app opens directly to advanced pages before users have completed initial setup; the more direct action is to create an onboarding checklist with required tasks and suitable launch destinations.

“Add contextual user assistance or an appropriate teaching tip that explains the purpose and next step” supports the separate task “add contextual user assistance or an appropriate teaching tip that explains the purpose and next step”, not the reported problem: a new purchasing app opens directly to advanced pages before users have completed initial setup. This case instead calls for “create an onboarding checklist with required tasks and suitable launch destinations”.

“Use an assisted setup flow with ordered steps, validation and completion state” concerns the separate step “use an assisted setup flow with ordered steps, validation and completion state”. The reported issue is that a new purchasing app opens directly to advanced pages before users have completed initial setup, so the direct response is to create an onboarding checklist with required tasks and suitable launch destinations.

“Revalidate saved views when underlying fields are renamed” concerns the separate step “provide a suitable list view or supported view customization for the role”. The reported issue is that a new purchasing app opens directly to advanced pages before users have completed initial setup, so the direct response is to update checklist items when installation prerequisites change.

“Check profile assignments after new Role Centers are deployed” concerns the alternative task “create an AL profile tied to an appropriate Role Center and assign it to the intended users”, but the stated failure is that a new purchasing app opens directly to advanced pages before users have completed initial setup. The required measure is to update checklist items when installation prerequisites change.

The proposed “Audit translation coverage of teaching tips and checklist text” tests a different control: include user-assistance strings in the language resource review and translation workflow. The reported condition is that a new purchasing app opens directly to advanced pages before users have completed initial setup; the more direct action is to update checklist items when installation prerequisites change.