Anthropic CCA-F Exam Dumps, Practice Test Questions

Tool authorization should not depend on ambiguous informal documentation. In this case, an engineer edits project instructions but other developers cannot reproduce the new behavior. Version control makes team-wide agent behavior auditable across revisions. This option would state non-negotiable safe-execution rules in effective agent instructions and keep the README informational, but that does not commit shared CLAUDE.md changes with review and document their effective scope.

Instructions are operational dependencies and need maintenance when tooling changes. The question describes the following failure: an engineer edits project instructions but other developers cannot reproduce the new behavior. Version control makes team-wide agent behavior auditable across revisions. While the alternative would refresh the version-controlled commands and verify them against current CI behavior, it leaves the required step to commit shared CLAUDE.md changes with review and document their effective scope unfinished.

A local untracked instruction can affect one developer while never reaching collaborators. Shared behavior requires a reviewed, committed project instruction file with its effective scope documented.

Personal memories and home-level configuration can drift and are not reproducible from the repository. A shared, reviewed project CLAUDE.md with explicit scope is the appropriate source for team instructions.

More local instructions can express conventions relevant only to a directory. In this case, a top-level instruction asks Claude to import secrets from a plaintext team file. Instruction files may be committed and loaded into model context, so they must not hold credentials. This option would put the subsystem-specific convention in an appropriate nested CLAUDE.md or scoped rule, but that does not remove secret values from shared instructions and reference approved secret-management mechanisms.

A top-level instruction asks Claude to import secrets from a plaintext team file. A one-off request does not silently erase project-wide constraints. The important technical distinction is that instruction files may be committed and loaded into model context, so they must not hold credentials. This action would identify the applicable rules and explicitly resolve the authorized exception before editing instead of remove secret values from shared instructions and reference approved secret-management mechanisms, so the original fault would persist.

A top-level instruction asks Claude to import secrets from a plaintext team file. Stale persistent directions can cause future agents to follow outdated deployment constraints. The important technical distinction is that instruction files may be committed and loaded into model context, so they must not hold credentials. This action would remove or version-expire the obsolete instruction through review instead of remove secret values from shared instructions and reference approved secret-management mechanisms, so the original fault would persist.

A folder contains a local CLAUDE.md specifying Python 3.13 while the project root assumes Python 3.11. Locality matters when only one set of files has that convention. Conflicting instructions require grounded scoping rather than silently switching runtimes. The suggested action would move the narrow requirement back to its directory-specific scope; it does not resolve version applicability and document the narrow directory-specific rule explicitly, which is the necessary correction for the observed fault.

Promoting a folder-specific runtime statement into a repository-wide rule spreads the conflict rather than resolving it. The scenario already has local and root instructions that disagree on Python versions. Determine which interpreter applies to the target code and document that applicability at the proper scope before running tools or modifying files.

A folder contains a local CLAUDE.md specifying Python 3.13 while the project root assumes Python 3.11. Repository instructions can be discovered by team members when they open work in the project. The important technical distinction is that conflicting instructions require grounded scoping rather than silently switching runtimes. This action would add the stable instruction to the project's version-controlled CLAUDE.md instead of resolve version applicability and document the narrow directory-specific rule explicitly, so the original fault would persist.

A review label cannot make general architecture prose automatically available as binding Claude Code instructions. The engineer assumed information in the README would be applied on every session. Mandatory stable behavior needs to be placed in the effective instruction hierarchy where Claude Code reads it, while the README can remain supporting documentation.

A README is valuable documentation but does not guarantee that the agent will treat every paragraph as effective operating instructions. Put mandatory stable agent requirements in the CLAUDE.md hierarchy and link optional background material from it.

A developer treats a README architecture overview as if it were guaranteed agent instructions. A one-off request does not silently erase project-wide constraints. General documentation is useful context but may not be loaded as an instruction unless referenced. The suggested action would identify the applicable rules and explicitly resolve the authorized exception before editing; it does not put mandatory, stable agent operating requirements in the effective CLAUDE.md hierarchy, which is the necessary correction for the observed fault.

A shared rule mandates a command available only on the author's laptop. Correct instruction locality prevents irrelevant guidance from contaminating unrelated work. The important technical distinction is that repository instructions should not depend silently on one machine's executable path. This action would scope instructions by code area and retain only truly global policy at the root instead of describe the portable tool or environment bootstrap required by collaborators, so the original fault would persist.

A shared rule mandates a command available only on the author's laptop. More local instructions can express conventions relevant only to a directory. The important technical distinction is that repository instructions should not depend silently on one machine's executable path. This action would put the subsystem-specific convention in an appropriate nested CLAUDE.md or scoped rule instead of describe the portable tool or environment bootstrap required by collaborators, so the original fault would persist.

A shared rule mandates a command available only on the author's laptop. Conflicting instructions require grounded scoping rather than silently switching runtimes. Repository instructions should not depend silently on one machine's executable path. The option covers resolve version applicability and document the narrow directory-specific rule explicitly, but the actual correction requires the system to describe the portable tool or environment bootstrap required by collaborators. That difference determines why this choice does not resolve the incident.

A transcript can document where a convention originated, but it is not a dependable project instruction that every new Claude Code session reads. Contributors can forget to paste it or use an outdated copy. Put the stable test-evidence requirement in the effective shared project instruction file.

A policy asks all generated changes to include test evidence, but the requirement sits in a buried chat message. Instructions are operational dependencies and need maintenance when tooling changes. Persistent repository guidance survives new sessions better than transient dialogue history. The suggested action would refresh the version-controlled commands and verify them against current CI behavior; it does not move stable project conventions into the shared instruction entrypoint, which is the necessary correction for the observed fault.

A pull-request checklist can help reviewers enforce evidence at merge time, but it does not ensure that Claude Code sees the instruction while creating every proposed change. The stated defect is a requirement buried outside the effective instructions. Add the enduring convention to the shared CLAUDE.md hierarchy so it is part of the agent’s normal project context.

A policy asks all generated changes to include test evidence, but the requirement sits in a buried chat message. Instruction files may be committed and loaded into model context, so they must not hold credentials. Persistent repository guidance survives new sessions better than transient dialogue history. The suggested action would remove secret values from shared instructions and reference approved secret-management mechanisms; it does not move stable project conventions into the shared instruction entrypoint, which is the necessary correction for the observed fault.

Removing secrets from instructions is essential, but this root manual's size creates excessive always-present context even when it has no secret values.

Putting stable instructions in version-controlled CLAUDE.md improves sharing but can make the huge root manual load on every task. More centralized text does not correct the context-pressure problem.

Directory-scoped rules help requirements relevant only to one path, but the huge manual includes many unrelated topics. Splitting reference content into on-demand documents is the direct fix.

Adding the old exception as a stable project instruction would institutionalize a temporary bypass, allowing future unrelated changes to follow a policy that should have expired.

Moving the exception into user-scoped settings would simply preserve an obsolete waiver for one developer and may create divergence from the approved team policy.

Committing CLAUDE.md with review helps change control, but an approved commit can still contain outdated instructions. The required fix is removing the exception, not merely documenting its effective scope.

Moving a convention into the repository root makes it apply to more files, including language areas that do not have the relevant package or compiler. The team’s defect is precisely an overly global instruction. Keep component-specific rules scoped to their code area.

Duplicating a narrow rule across unrelated source trees spreads requirements that may be invalid for other languages. A matching directory or file-glob scope lets the convention reach only the subsystem where it applies. Avoid treating a mixed-language monorepo as uniform.

Version-controlled root CLAUDE.md is appropriate for truly project-wide rules such as test commands and safety boundaries. It should not contain a subsystem-only build requirement that breaks other components. Keep the root guidance universal and use nested or scoped instructions for component conventions.

Reviewed CLAUDE.md changes can improve traceability and explain scope, but committing an overbroad instruction does not fix its behavior. The review should first identify which packages and tools actually need the requirement and constrain its activation accordingly.

A concise index reduces context volume and helps contributors find detailed rules, but the index alone does not restrict where those rules apply. The system must enforce matching scope based on relevant directories or file patterns, not merely link to the same broad convention.

Placing non-negotiable safe-execution constraints in instructions is useful governance, but that setup does not answer how this specific requested exception is authorized or rejected before editing.

Keeping stable requirements in CLAUDE.md improves continuity. Simply repeating the standard without acknowledging the user’s conflicting request leaves the immediate change ambiguous.

Removing secrets from shared instructions protects credentials, but the scenario identifies a coding-standard conflict rather than exposed secrets or authentication data.

A root CLAUDE.md is the appropriate shared place for stable project commands, but this scenario says the commands already exist and point at obsolete targets. Merely retaining their version-controlled location does not correct their behavior. Check the current deployment names, flags and CI entrypoints, then revise the instructions.

Code review can improve quality, yet rereviewing unchanged instructions without exercising the new CI workflow does not reveal that the old deploy target is retired. The action needed is to replace obsolete commands with ones verified against current pipelines. Approval process and command correctness are different controls.

Moving conventions into a common entrypoint helps discoverability for teammates, but relocation preserves the same stale command if the value is not checked. The failure is a deployment command that no longer matches the actual target. A validated update, not another file arrangement, closes it.

Secrets should not be stored in shared instructions, but secret hygiene does not tell the agent which deployment target is current. Moving tokens into a secret manager leaves the deprecated command untouched. Apply secrecy rules separately while updating and validating the target and invocation.