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Conflicting instructions lead to inconsistent edits. The decisive requirement here is to keep credentials out of persistent agent instructions. Reconciling instruction files is unrelated to a token already committed to source control. Remove and rotate the exposed secret, then eliminate hardcoded credentials.

Instruction scope depends on where the file and work occur. That addresses a different part of the system, not the requirement to keep credentials out of persistent agent instructions.

Verifying instruction-loading scope after a directory move helps path-scoped rules, but a credential committed into CLAUDE.md is already exposed in version history. Remove it, rotate or revoke the token, and use approved secret injection; changing directories cannot make the leaked value safe.

Moving shared requirements to project-level guidance helps reuse, but both project and nested instructions already contain conflicting linting rules. The team must resolve which policy governs, remove the contradiction and record any approved exception rather than add another copy of the same requirement.

Code review of policy-affecting instructions is necessary, but version control alone does not determine how to handle a nested rule that contradicts mandatory linting. Reconcile the specific conflict and preserve the higher-priority requirement unless an authorized exception explicitly modifies it.

Glob patterns can become stale after directory migrations without syntax errors. It would leave the stated need to avoid silent conflicting instructions across scopes unresolved.

Agent instructions influence future edits and validation. The required action is “Verify expected path-scoped instructions still match actual source files after directory moves”; the other measure addresses a separate concern. Moving the API package can leave an otherwise valid YAML rule pointing at paths that no longer exist.

An exception resolves a genuinely conflicting rule, but a repository relocation has simply left a path-scoped rule pointing at old files. Update and test its path matcher against the new package layout; no policy waiver is needed to restore applicability.

Unverified old glob patterns may match no code after a repository reorganization. Directory moves can leave previously correct path selectors unable to match any current files. Recheck rule globs against the new tree, test actual rule loading and migrate any requirements needed by moved packages.

The setting can skip matching non-managed instruction files, including ordinary inherited or project guidance. The failure here is specific to the centrally managed CLAUDE.md exemption, not a blanket inability to filter project instructions. Inspect where the file is deployed before changing a glob that already matches.

More-specific project text can contribute context, but it does not replace or disable an organization-managed CLAUDE.md at load time. The question asks why an exclusion pattern failed to suppress the managed file, not how the model reconciles potentially conflicting guidance.

Claude Code does not document a first-load prerequisite for claudeMdExcludes. Applicable non-managed files can be skipped by the configured path pattern, while managed CLAUDE.md remains outside that exclusion mechanism. Waiting for a previous session will not change the policy-file exception.

A version-controlled project CLAUDE.md is the right place for standards shared by contributors to that repository. It is not an organization-wide distribution mechanism for every employee across unrelated repositories. The scenario needs a centrally managed instruction scope, rather than assuming one repository file loads everywhere.

A subdirectory file is designed to scope package-specific guidance as Claude works in that part of a repository. It neither applies globally to other repositories nor distributes standards across employee workstations. Such files are useful for local exceptions, not universal company conventions.

A personal ~/.claude/CLAUDE.md applies to that developer across their own projects, not to everyone in the company. Asking every employee to copy it creates unmanaged drift and cannot provide a single centrally distributed version. Choose the managed organizational scope for the stated requirement.

Directory-specific rules prevent a local implementation constraint from affecting unrelated modules. Here, a repository has its own build and review conventions. Put repository-wide requirements in the project CLAUDE.md. Project instructions travel with the codebase and make local behavior predictable.

Instruction precedence and clear scope reduce unpredictable behavior from contradictory conventions. Here, a repository has its own build and review conventions. Put repository-wide requirements in the project CLAUDE.md. Project instructions travel with the codebase and make local behavior predictable.

A private note is invisible to other developers and automatic coding sessions, so it cannot serve as the shared repository policy. Put reviewed conventions in a tracked project-level CLAUDE.md so contributors receive the same instructions, and reserve personal notes for individual preferences rather than team requirements.

Instruction precedence and clear scope reduce unpredictable behavior from contradictory conventions. This is not a substitute for “Place scoped instructions in the relevant subdirectory instruction file”; that control is necessary in the stated circumstances. Directory-specific rules prevent a local implementation constraint from affecting unrelated modules.

Team-relevant policies should not depend on a single person's private configuration. The issue here is one package has specialized rules that should not apply elsewhere, so the relevant control is to place scoped instructions in the relevant subdirectory instruction file. Directory-specific rules prevent a local implementation constraint from affecting unrelated modules.

Durable local instructions reduce repetitive prompting and command confusion. The proposed option cannot provide the specific “Place scoped instructions in the relevant subdirectory instruction file” behavior that the case requires. Directory-specific rules prevent a local implementation constraint from affecting unrelated modules.

this choice instead describes move shared repository requirements into the tracked project guidance. The issue here is a developer finds conflicting global and project guidance, so the relevant control is to resolve the effective hierarchy and simplify conflicting overlapping instructions. Instruction precedence and clear scope reduce unpredictable behavior from contradictory conventions.

Durable local instructions reduce repetitive prompting and command confusion. This is not a substitute for “Resolve the effective hierarchy and simplify conflicting overlapping instructions”; that control is necessary in the stated circumstances. Instruction precedence and clear scope reduce unpredictable behavior from contradictory conventions.

Instruction files are not secret stores and may be checked into source control. Here, a developer finds conflicting global and project guidance. Resolve the effective hierarchy and simplify conflicting overlapping instructions. Instruction precedence and clear scope reduce unpredictable behavior from contradictory conventions.

Removing all repository guidance eliminates shared build and review conventions and leaves contributors guessing how to validate changes. The problem is outdated procedural content, which should be corrected with verified instructions rather than replaced by undocumented assumptions.

A request to ignore obsolete instructions does not repair the source document; future contributors and automated sessions can still use the incorrect commands. Update the tracked instructions to the actual supported deployment procedure, and remove retired steps so the guidance is consistent.

Storing deployment secrets in project instructions makes sensitive material accessible to source control and readers who do not need it. Use approved secret management and environment injection; the instruction file should describe safe commands and prerequisites without embedding credentials.

Instruction files are not secret stores and may be checked into source control. Here, an agent repeatedly forgets documented command names for the repository. Record stable project commands and quality checks in a concise project instruction document. Durable local instructions reduce repetitive prompting and command confusion.

Global guidance applies across workspaces but should avoid project-specific secrets or irrelevant constraints. The proposed option cannot provide the specific “Record stable project commands and quality checks in a concise project instruction document” behavior that the case requires. Durable local instructions reduce repetitive prompting and command confusion.

Project instructions travel with the codebase and make local behavior predictable. Here, an agent repeatedly forgets documented command names for the repository. Record stable project commands and quality checks in a concise project instruction document. Durable local instructions reduce repetitive prompting and command confusion.

Private developer notes are not a reliable team-wide source for repository policy. They may not be checked in, and other sessions will not automatically inherit them. Shared rules should be distributed through a supported instruction-file mechanism that project participants can inspect.

Duplicating the entire runbook inflates context and makes revisions inconsistent: one copy may be fixed while another retains obsolete instructions. A single imported source is easier to maintain and audit. The project should identify the correct relative path instead of pasting duplicate policy bodies throughout its memory file.

A conventional Markdown link is navigation, not the @path import syntax. A link can be useful for human reading, but it does not guarantee that Claude Code loads the linked file’s instructions into the project context. Use an explicit @path reference to the local authoritative runbook.