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Previously, the new password used in password resets was not being validated to meet strength requirements. This change:

  1. Adds validation to the new password
  2. Small refactor to reduce code duplication related to the error message displayed when the new password has insufficient strength

Previously, the new password used in password resets was not being validated to meet strength requirements. This change:

1. Adds validation to the new password
2. Small refactor to reduce code duplication related to the error message displayed when the new password has insufficient strength
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Summary of Changes

Hello @christopherholland-workday, I'm Gemini Code Assist1! I'm currently reviewing this pull request and will post my feedback shortly. In the meantime, here's a summary to help you and other reviewers quickly get up to speed!

This pull request introduces essential input validation for new passwords during the password reset process, ensuring that all new passwords adhere to predefined strength requirements. It also includes a refactoring effort to consolidate the password validation logic into a single, reusable utility function, thereby improving code consistency and reducing duplication across the codebase.

Highlights

  • Password Validation Enforcement: New password validation is now enforced during password reset operations to ensure strength requirements are met, preventing weak passwords from being set.
  • Centralized Validation Logic: The logic for validating password strength has been extracted into a new utility function, validatePasswordOrThrow, promoting code reusability and maintainability across the application.
  • Code Duplication Reduction: Existing inline password validation checks in user.ts and account.service.ts have been replaced with calls to the new centralized utility, significantly reducing redundant code.
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Code Review

This pull request successfully addresses the lack of password validation in password reset flows and improves code maintainability by centralizing validation logic into a new validatePasswordOrThrow function. This refactoring reduces code duplication and ensures consistent password strength enforcement across the application. Overall, the changes are positive, but there are a couple of areas for improvement regarding type safety and comprehensive error reporting.

const diff = now.diff(tokenExpiry, 'minutes')
if (Math.abs(diff) > expiryInMins) throw new InternalFlowiseError(StatusCodes.BAD_REQUEST, UserErrorMessage.EXPIRED_TEMP_TOKEN)

// @ts-ignore
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medium

The use of @ts-ignore here indicates a type safety issue. It's preferable to explicitly define the password property within the AccountDTO or a more specific DTO for password reset operations, rather than suppressing the TypeScript error. This improves code clarity and prevents potential runtime issues.

Suggested change
// @ts-ignore
interface PasswordResetUser extends Partial<User> {
password?: string;
}
type AccountDTO = {
user: PasswordResetUser;
organization: Partial<Organization>;
organizationUser: Partial<OrganizationUser>;
workspace: Partial<Workspace>;
workspaceUser: Partial<WorkspaceUser>;
role: Partial<Role>;
}
// ... later in the code
const password = data.user.password;

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Same as before, not sure if a major concern?

Co-authored-by: gemini-code-assist[bot] <176961590+gemini-code-assist[bot]@users.noreply.github.com>
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