Anthropic CCA-F Questions & Answers

The engineer asked for tracing rather than changing code. Creating another function could shadow the existing implementation and make investigation harder. The next steps should be read-only and based on current source evidence. Investigation must use the present implementation as evidence.

Deleting files is destructive and would modify the module graph that is being investigated. The engineer has not authorized changes and duplicate-looking exports may be intentional. Read the import/export chain instead of altering it. The observed graph should be documented, not changed.

File naming conventions are not a reliable indicator of execution order or symbol resolution. The shortest path may only expose the public API. Tracing should follow source imports to the real implementation rather than using superficial file attributes. Imports, not filename length, determine binding.

Home-scoped instructions are personal and do not travel with a repository clone. New teammates cannot be expected to inherit another person's filesystem or preferences. This is the existing source of inconsistency, not a remedy for shared conventions. New contributors need a tracked team source for these instructions.

Team instructions should contain only approved shared behavior. Personal shortcuts, machine paths, and secrets do not belong in a tracked file and may create privacy or security issues. Extract the common naming rule without carrying over private material. Only the reviewed shared convention should be copied.

Examples may reveal common patterns but cannot establish the required team rule or its exceptions. Relying on guessing recreates inconsistent practice. Explicit reviewed project instructions and a testable convention provide stronger evidence for developers. A controlled rule source is needed to establish the intended standard.

Discoverability is not a reason to impose individual choices on colleagues. Shared project instructions should describe requirements everyone needs for the codebase. Private aliases and response preferences belong in user-scoped or ignored local instruction files. Personal behavior should not override team coding expectations.

Shared coding rules have legitimate project-wide scope and should remain available to every contributor. Removing them would create a different onboarding inconsistency. The issue is only that personal preferences were placed in the wrong location. The existing universal rules must remain available to colleagues.

Tool descriptions should explain implemented operations, not control a developer's unrelated personal style. Such a change misuses interface metadata and may pollute tool selection. User-scoped instructions are the correct place for personal behavior. Such metadata also could alter unrelated tool-selection decisions.

A universal rule would apply to unrelated code and create unnecessary friction. The second-review requirement is specific to billing risk and ownership. Scope it so contributors working outside the billing package do not inherit irrelevant procedures. Restricting the requirement prevents needless review of unaffected modules.

Private copies drift and are not guaranteed to be present during team onboarding. The rule describes package governance, not an individual preference. Keeping it in reviewed project configuration provides clearer ownership and update history. Team policy should survive personnel changes and machine replacement.

Credentials are not an instruction storage mechanism and should never include procedural text. The practice would create both operational confusion and secret-management problems. Use an actual scoped instruction file and independent review controls. It is also likely to break dependent authentication configuration.

Duplicating the entire document increases drift and makes even small corrections expensive. It also loads irrelevant guidance into unrelated development tasks. Central topic files and appropriate scoping are more maintainable than dozens of independent copies. Each copy could express a different version of the policy.

Certain conventions and approval rules cannot be inferred reliably from implementation files. Omitting them may reduce consistency. The project should retain concise shared standards while organizing specialized guidance explicitly. Non-obvious decisions and review procedures still need explicit documentation that new contributors can inspect.

Tool descriptions should cover actual tool behavior and parameter constraints, not all coding policies. A large description can distort tool selection and does not provide a sensible ownership structure. Instruction files and scoped rules are the right mechanisms. Code-wide standards need their own readable and reviewed source.

Deleting every CLAUDE.md file destroys useful project conventions before identifying the real discrepancy. The two engineers may have different personal memory files or path-specific rules that activate on different files. First inspect the effective loaded sources with `/context`, compare their scopes, and repair the specific mismatch. A broad deletion can make the debugging harder while eliminating instructions that both engineers still need.

Searching application TypeScript files can identify references to a literal filename but cannot reliably show which instruction files Claude Code loaded into its session. User-level instructions and `.claude/rules` live outside the application source being grepped, and rule activation depends on working paths. Inspect the session’s Memory files in `/context` rather than inferring the instruction hierarchy from arbitrary `.ts` text.

The date a workstation was configured does not determine which CLAUDE.md or conditional rule is active. Distinct user settings, launch directories, and file paths can explain the disagreement. The appropriate evidence is the instruction inventory actually loaded in each session, not a guess about which installation is newer. Compare `/context` output and reconcile the precise path or scope difference.

A payments-local instruction would miss tests in search, notifications, and other packages. The rule's scope is a filename pattern across the repository, not one directory. A path-scoped test rule can cover all relevant files consistently. Cross-package rules need a shared path pattern.

Duplicated comments increase maintenance cost and are easy to leave inconsistent. They also alter source files just to convey an agent instruction. A shared rule with path matching provides clearer ownership and reduces code noise. Keeping source files free of duplicated policy text avoids maintenance drift.

Personal home instructions are not distributed through the repository and may differ across developers. The common test policy belongs in a shared project-controlled path rule. User preferences should not substitute for team standards. Repository-controlled files are needed for universal team conventions.

Timestamps may signal drift after it occurs, but they do not prevent inconsistent content or reduce maintenance effort. Multiple independent copies remain hard to update and can conflict. Central ownership of universal standards is more reliable. Owners should not have to reconcile twenty versions manually.

Some packages may have authentic local needs, such as payment-security review or specialized build commands. Removing all local instructions would discard relevant context. The aim is to centralize only the common rules while preserving scoped differences. Exceptions should remain documented close to their affected files.

Human memory is difficult to synchronize across a team and cannot be reliably inspected by an agent. It also makes onboarding harder. Reviewed, version-controlled instructions provide a reproducible reference for the shared standard. A central file can also be reviewed and versioned.

An ordinary README is not necessarily loaded as an instruction file and does not unconditionally override CLAUDE.md. The scenario includes an import, which is the mechanism to investigate. Broad assumptions about precedence can conceal the real source of conflict.

Removing the root file would discard unrelated team guidance and may make other packages inconsistent. It also does not prove the nested rule applies correctly. Scope reconciliation should target the actual conflicting instruction rather than destroying the shared baseline. The root may hold important standards for unrelated packages.

Sampling variation is not a way to adjudicate policy. Different generations might produce both names while the underlying conflicting sources remain loaded. The solution is to inspect effective instructions and correct their content. A deterministic instruction hierarchy should produce consistent results across machines.

Manual copying may produce inconsistent versions and is easy to skip. The original issue is that the shared rule has no shared source. Placing it in tracked project guidance makes updates repeatable and reviewable. A tracked file avoids an informal per-hire handoff.

There is no privacy requirement for an ordinary shared coding standard. Keeping it hidden prevents consistent onboarding and may increase review defects. Private notes are suitable for personal preferences, not mandatory team conventions. Shared guidance is useful even without access to the maintainer.

An environment variable intended for secrets is not a meaningful place for stable documentation, and its value may be unavailable to contributors or agents. Reviewed project instructions are a better source of behavioral guidance and avoid secret-system misuse. Secret storage and human-facing standards are different responsibilities.

Independent copies would recreate the divergence the team wants to eliminate. It becomes unclear which service implements the reviewed standard. A central reference with explicit exceptions offers clearer provenance and maintenance. Central ownership permits review of changes before they propagate.

Authentication code may need requirements not applicable to every component. Removing a domain-specific reviewed document discards important guidance. It can remain specialized while being shared through a reliable reference mechanism. Different threat models warrant explicit and reviewable specialized practices. This standard remains important.

Credentials and policy documents serve different purposes. A token value should not carry instruction text and may be exposed if treated as model context. Use readable, version-controlled documentation with correct scope instead. The team must not expose credentials in instructions.