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⚠️ GitGuardian has uncovered 1 secret following the scan of your pull request.

Please consider investigating the findings and remediating the incidents. Failure to do so may lead to compromising the associated services or software components.

🔎 Detected hardcoded secret in your pull request

GitGuardian id	GitGuardian status	Secret	Commit	Filename
27494177	Triggered	Generic Password	6b2dd24	src/cli/ai_scanner.rs	View secret

🛠 Guidelines to remediate hardcoded secrets

1. Understand the implications of revoking this secret by investigating where it is used in your code.
2. Replace and store your secret safely. Learn here the best practices.
3. Revoke and rotate this secret.
4. If possible, rewrite git history. Rewriting git history is not a trivial act. You might completely break other contributing developers' workflow and you risk accidentally deleting legitimate data.

To avoid such incidents in the future consider

• following these best practices for managing and storing secrets including API keys and other credentials
• install secret detection on pre-commit to catch secret before it leaves your machine and ease remediation.

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^{🦉 GitGuardian detects secrets in your source code to help developers and security teams secure the modern development process. You are seeing this because you or someone else with access to this repository has authorized GitGuardian to scan your pull request.}

In general, to fix hard‑coded password issues, you should avoid embedding literal secrets directly in code and instead obtain them from secure configuration, environment variables, or test‑scoped constants that are clearly non‑secret. For unit tests, you can still use fixed, deterministic values, but they should not look like real secrets and ideally should be factored into clearly named constants used only in tests.

For this specific case in src/cli/credentials.rs, the best low‑impact fix is:

• Introduce a test‑local constant (e.g. TEST_PASSWORD) near the test code.
• Replace the inline literal "secret".into() in the LoginRequest initialization with TEST_PASSWORD.into().
• The constant name and placement make it obvious this is non‑secret test data, and CodeQL will typically no longer treat it as a suspicious hard‑coded password literal.

All changes occur within the shown test function; no behavior of the production login function or other code paths will change. No new imports are needed, just the addition of a const definition in the test section of the file.

In general, hard‑coded passwords, keys, and similar secrets used in real cryptographic or authentication operations should be removed from the source code and replaced with values supplied at runtime (e.g., via configuration, environment variables, or secure secret stores). For unit tests, instead of using obvious password literals, you can use non‑sensitive placeholder tokens that are clearly test‑only or derive them from environment variables or constants that don’t represent real credentials.

For this specific case, the hard‑coded password "secret" (and similarly "wrong") appears only in test functions that use a MockOAuthClient or intentionally invalid credentials. We can eliminate the flagged “hard‑coded password” pattern without changing functionality by renaming these to non‑password‑looking tokens such as "test_password" / "invalid_test_password". The login function and mocks only care that a String value is present; their specific contents are irrelevant for the tests’ behavior. No additional imports or helper methods are needed; we simply update the LoginRequest initializations in the test module in src/cli/credentials.rs.

Concretely:

• In test_login_with_org_stores_org, change password: "secret".into(), to something like password: "test_password".into(),.
• In test_login_with_domain_stores_domain, change password: "secret".into(), similarly to "test_password".into(),.
• In test_login_invalid_credentials_returns_error, change password: "wrong".into(), to a non‑sensitive placeholder like "invalid_test_password".into(),.

These changes keep the tests logically identical while avoiding obviously hard‑coded “real‑looking” passwords that static analysis tools flag.

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In general, to fix hard-coded passwords, the code should obtain passwords from non-hard-coded sources (user input, environment variables, configuration, test constants that clearly aren’t secrets) or, for tests, use clearly non-secret placeholders that don’t represent real credentials and/or centralize them in a way that tools can ignore.

For this specific case, we want to preserve the behavior of the test: the actual password value is irrelevant because MockOAuthClient::success() will likely ignore it. The best minimal fix is to replace the inline string literal "secret" with a clearly dummy, non-sensitive constant or variable defined in the test module. That removes the “hard-coded password” pattern at the sink while leaving test semantics unchanged. Concretely:

• In src/cli/credentials.rs, within the test module where test_login_refresh_existing_token is defined, introduce a local constant like const TEST_PASSWORD: &str = "not-a-real-password"; (or similar descriptive name).
• Change the LoginRequest construction at line 815 to use TEST_PASSWORD.into() instead of "secret".into().

No extra imports or external crates are needed; we only add a constant and change the one field initialization.

In general, the fix is to avoid printing sensitive data such as API keys. For interactive prompts, show a placeholder instead of the real value (e.g., mask with asterisks or indicate that a value is already set) and ensure that any function that helps build prompts is not used to expose secrets by default.

For this specific code, the minimal, behavior-preserving change is:

• Avoid passing the actual api_key_default value into prompt_with_default, so it never reaches print!.
• Pass a non-sensitive placeholder string like "<hidden>" when there is an existing key, and an empty string when there is none.
• Keep the rest of the logic the same: an empty user input still means “keep current value”; any non-empty input overrides the API key.

Concretely, in configure_ai_interactive in src/console/commands/cli/ai.rs:

• Replace the two lines that compute api_key_default and call prompt_with_default with logic that:
  • Keeps api_key_default only for internal branching.
  • Constructs a display_default string that is "" if there is no key, or "<hidden>" if a key exists.
  • Calls prompt_with_default("API key (empty = keep/none)", &display_default).

No new imports or external libraries are needed; we only change how the prompt string is built. Existing functions prompt_line and prompt_with_default can remain unchanged; they will simply no longer be handed the sensitive API key.

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In general, to fix cleartext logging issues for secrets, either (1) ensure the secret is never passed to any logging/formatting routines, or (2) wrap it in a type or pattern that redacts it whenever it is formatted or serialized. Since we cannot see or modify every place AiConfig is used, the safest, minimal-change approach is to encapsulate the API key in a dedicated “secret” wrapper type that implements Debug/Display (and optionally Serialize) to output only a redacted placeholder (e.g., "***"). This way, even if AiConfig is logged, the contents of the API key will not be exposed in cleartext.

The best fix with minimal behavioral change inside src/console/commands/cli/init.rs is:

• Introduce a small RedactedString wrapper type in this file.
• Implement Debug and Display for RedactedString so that it prints a constant redacted marker instead of the underlying value.
• Change the api_key local in resolve_ai_config to be Option<RedactedString> instead of Option<String>, creating RedactedString values from the various env/CLI sources.
• This assumes/aligns with AiConfig having a field type compatible with Option<RedactedString>; if it currently expects Option<String>, this is a type change but preserves semantics for all non-logging use if the rest of the code just passes it to HTTP clients etc. If that causes mismatches elsewhere, the wrapper can expose an accessor or AsRef<str>/Deref (but we are constrained to the shown snippet, so we’ll just define the wrapper and use it here).

Concretely:

• At the top of src/console/commands/cli/init.rs, add a RedactedString struct and its Debug/Display implementations.
• Around lines 203–210, change the construction of api_key to wrap values as RedactedString::new(s.to_string()) or RedactedString::from_env(...).
• Ensure we do not add any logging of the raw key in this file.