connect wallet Button added

[alexmazaltov]

No description provided.

[Oleksii909]

OpenAI Review Result:

Reviewing the provided pull request, I've noted several key points regarding the changes made in the diff:

.env.example Changes

1. Environmental Variables Added:
   • New environment variables related to the TON blockchain and APIs have been added, which is great for enhancing functionality. Just ensure that these keys are kept secure and not exposed in public repositories.
   • Ensure the .env file does not accidentally get pushed to version control; consider adding it to .gitignore.

next.config.mjs Changes

2. Environment Configuration:
   • New environment variables (TON_CONNECT_PROJECT_ID and TONCENTER_API_KEY) being defined in the Next.js config. This is a valid approach, as it allows server-side access to these values.
   • Check if there are logical uses of these variables in your application (like fetching from TON or connecting to your Telegram bot). They should be utilized efficiently to have a meaningful effect.

package.json Changes

3. Dependencies Updated:
   • The addition of tonweb is essential for blockchain integrations, allowing you to interact with the TON blockchain.
   • Ensure that all dependencies are tested for compatibility, especially concerning major upgrades. It would be wise to run a compatibility check against existing usages in your codebase.

pnpm-lock.yaml Changes

4. Dependency Resolution:
   • A significant number of dependencies have been updated, which is good for keeping the project current. But you might want to:
     • Ensure all updated dependencies don’t break existing functionality with regression tests.
     • Review the removal of older dependencies. If these were in use before, make sure your code doesn't rely on them anymore.

General Observations

1. Commit Messages: If this was part of a larger commit, consider using more descriptive commit messages to indicate the purpose of these changes clearly.

2. Documentation: It might be beneficial to update any related documentation to inform team members of the new environment variables, how to set them up, and how they relate to functionalities they are implementing.

3. Security: Double-check that none of the sensitive keys (like API keys) are hardcoded anywhere in the codebase. It might also be a good practice to document a process for managing these (like rotating API keys periodically).

4. Error Handling: Ensure that the usage of these fetched variables includes error handling, especially when dealing with external APIs or keys that might be missing or incorrect

Review of Pull Request Changes

The changes presented reflect a significant modification to the dependency management structure within the project's configuration. Here’s a breakdown of the changes along with a review of improvements or specific issues to consider:

Changes Overview:

1. Removal of React Type Definitions:

   • All instances of @types/react, @types/react-dom, react, and react-dom as peer dependencies have been removed.
   • It might raise compatibility issues with projects expecting these packages if they are still in use. If your project relies heavily on React, consider keeping these as peer dependencies or communicating these removals clearly to the team.

2. Addition of Babel Plugins:

   • Numerous Babel plugins for transforming various JavaScript features (@babel/plugin-transform-...) have been added, which indicates an overhaul towards ESNext compatibility.
   • The dependencies added are significant, and each indicates a targeted transformation feature. This aligns with improved modern JavaScript syntax and may enhance overall performance if the transformations are utilized effectively.

3. Adoption of @babel/core:

   • The inclusion of @babel/core as a peer dependency throughout shows a move towards standardizing Babel transformations. The use of an engine constraint ensures that higher compatibility is enforced for using Node.js.

4. Changes to Engine Constraints:

   • There is a uniform engine constraint (node: '>=6.9.0' or node versioning) across all new plugins, which might be compatible with most modern projects, but some legacy systems might struggle. A potential warning or note about minimum Node.js version compatibility is advisable.

Recommendations for Improvement:

1. Documentation:

   • Comprehensive documentation should be updated to reflect the changes regarding React and Babel. Explain why @types/react and others are removed and how to adapt to the new structure. This change might have significant ramifications for existing users of the library.

2. Version Control:

   • Ensure that the versions of the added Babel plugins are incremented and compatible with each other. If any of the plugins depend on specific ranges of @babel/core, it should be explicitly documented or managed.

3. Tests:

   • If this change alters transformation outcomes (which could happen with the addition of many Babel plugins), ensure to add or modify tests that validate behavior under the new configuration.

4. Peer Dependency Warnings:

   • Consider establishing clear peer dependency
     The pull request reflects substantial changes, largely focusing on updating dependencies related to Babel and Expo. Here are some points to consider when reviewing the changes:

Strengths:

1. New Dependencies: The inclusion of numerous Babel plugins and presets is generally a good practice, as they enhance the transpilation capabilities, especially regarding modern JavaScript features.

2. Clear Versioning: By specifying the exact versions for the new plugins and presets (e.g., @babel/[email protected]), you ensure that the environment will be more predictable. This is critical for avoiding breaking changes due to future updates.

3. Node Engine Compatibility: The update to the minimum Node engine version (from >=8 to >=6.9.0) for several dependencies implies a broader compatibility range, which is beneficial for projects working in diverse environments.

4. Peer Dependencies: The explicit declarations of peer dependencies (especially for @babel/core) lead to better compatibility handling, ensuring that consumers of these packages utilize compatible versions.

Concerns:

1. Removing Dependencies: The removal of [email protected] and [email protected], along with other dependencies, may introduce breaking changes if they're used elsewhere in the code. Ensure you check for any declarations or references to these removed packages.

2. Version Control: While adding newer Babel plugins is good, ensure that adding these does not introduce a dependency conflict if other packages rely on different versions of Babel. Also, verify that none of the removed libraries result in a loss of functionality.

3. Engine Specification: The engine specified for various plugins has been made uniform (all set to >=6.9.0). This means that if there's any specific requirement for a plugin requiring a higher version, it should be highlighted, as it might lead to issues in environments with older Node versions.

4. Babel Plugins Assumption: Adding so many @babel/plugin-transform-* and @babel/preset-* plugins assumes that the project architecture requires all these transformations. A review of the actual usage in the project would help ascertain the necessity of each plugin. This could prevent extra bloat and improve build performance.

Recommended Improvements:

• Documentation: Add comments or documentation notes to clarify why specific plugins or presets were added. This aids team members and contributors in understanding the rationale behind
  The changes in the pull request involve updating dependencies in a project, possibly related to a Node.js application that uses various packages. Here are some detailed points about the modifications made, along with recommendations for improvements or issues to consider:

Summary of Changes

1. Dependency Upgrades:

   • Many dependencies were removed, and new versions of packages were added, suggesting an upgrade strategy for maintaining package relevance and security. This is generally a good practice.

2. New Packages Introduced:

   • New packages like @graphql-typed-document-node/core, @hapi/topo, and various @radix-ui components have been added, which might reflect changes in application functionality or UI enhancements.

3. Dependency Integrity:

   • The resolution integrity hashes have been updated correctly, indicating that the new versions have been checked for consistency.

4. Node Version Compatibility:

   • The new dependencies have specific engines requirements. It's essential to ensure that your project's Node version matches these requirements. For instance, many packages now require at least Node 12 or higher.

5. Deprecated Packages:

   • Packages like @humanwhocodes/config-array indicate a deprecation notice, which means that users should be aware and may need to migrate their usage in future updates.

Issues and Recommendations

1. Compatibility Issues:

   • Ensure that the new versions of the packages do not introduce breaking changes. It’s important to check release notes or changelogs for major versions, particularly for key libraries like react, graphql, and others.

2. Peer Dependencies:

   • Many added packages specify peer dependencies (e.g., various Radix UI components require react and react-dom). Verify that your project includes these dependencies and their versions align with the required ranges.

3. Testing:

   • After such extensive changes, comprehensive testing should be conducted, including:
     • Unit tests
     • Integration tests
     • E2E tests to ensure that the application behaves as expected with the updated packages.

4. Documentation Updates:

   • If the usage of any previous package has changed, ensure to update any related documentation within the project to allow other developers to align with these new changes.

5. Consider Yarn or npm Clean Up:

   • If you're using yarn, consider running yarn install --check-files to verify that
     This pull request introduces several updates to package dependencies, particularly focusing on the addition of peer dependencies for various Radix-UI components. Below are my observations and recommendations for improvement:

Observations:

1. Consistency in Peer Dependencies:

   • It appears that multiple Radix-UI components have uniform peer dependencies listed, particularly for React and @types/react. This is good practice as it ensures compatibility across components used within the same React ecosystem.

2. Use of Wildcards in Peer Dependencies:

   • The use of wildcard "*" for @types/react and @types/react-dom might lead to compatibility issues down the line. It is better to specify a version range or use the latest stable version if possible. Consider updating those to specific versions or a range that matches the React versions.

3. Version Range for React:

   • Specifying "^16.8 || ^17.0 || ^18.0 || ^19.0 || ^19.0.0-rc" covers a broad range of versions which is good for flexibility, but also risky if significant breaking changes are introduced in future React releases. You may want to review these dependencies periodically to ensure they are still up to date with supported versions.

4. Optional Peer Dependencies:

   • Marking @types/react and @types/react-dom as optional is commendable as it allows consumers of the package to use it without mandating those dependencies. However, be clear in the documentation about the implications of not having these types defined.

5. Removal of Some Dependencies:

   • The removal of global dependencies (glob, graceful-fs, etc.) should be validated. If they are not directly used anymore and would not affect any existing functionality, it is fine to remove them. Double-check that no functionality is relying on these dependencies to avoid possible runtime issues.

6. Dependency Integrity Checks:

   • New dependencies like @tonconnect/sdk should have their integrity checks defined as per modern best practices to ensure stability and security when installing packages.

7. Engines Specification:

   • Several packages specify node engines versions. Ensure all new or updated packages are compatible with your project's current environment. For example, several of the newly added packages expect Node.js v18 or above ('node': '>=18'), which might require a review of the environment compatibility of existing codebases.

This pull request shows substantial changes related to package management, particularly dealing with the dependencies of a Next.js project. After reviewing the provided diff, here are my observations and recommendations:

General Observations

1. Dependency Updates:

   • It looks like many dependencies are being updated to their latest versions, which is good to keep the project current. Ensure that the updated packages do not introduce breaking changes and that they are compatible with the current codebase.

2. Type Definitions:

   • Type definitions for various packages (e.g., @types/react, @types/node, etc.) are being added, which is a positive step towards improving type safety in TypeScript projects.

3. Engines Field:

   • The inclusion of the engines field for packages helps to ensure that the package is executed in a compatible Node.js version. Good to see attention to this.

4. Removing Deprecated Packages:

   • Some packages that may have been used previously appear to be removed in this diff (e.g., dependencies related to lilconfig and language-tags). Ensure that the functionality provided by these packages is still covered elsewhere in the codebase.

Specific Issues and Recommendations

1. Peer Dependencies:

   • Ensure the peer dependencies specified in the new packages are satisfied within your project's dependency tree. For example, packages like @typescript-eslint/parser and @typescript-eslint/typescript-estree now expect specific versions of TypeScript and ESLint. It’s crucial to align these versions with your existing setup.

2. Deprecation Notices:

   • Review the deprecation notes included with the new packages (e.g., @unimodules/core, @unimodules/react-native-adapter). If a package is deprecated, consider migrating to the recommended alternatives before making this change to avoid future issues.

3. Scoped Package Names:

   • The use of scoped packages (@types/*, @unimodules/*, etc.) is consistent with modern package management practices. It's important to verify that the modules are correctly scoped to prevent conflicts during npm install.

4. New Package Additions:

   • Newly added packages, such as any-promise, async-limiter, and Babel-related packages, should be evaluated for necessity. Check if they are required in your codebase; otherwise, they may unnecessarily bloat your

General Feedback on Changes

The pull request shows a substantial series of changes to a project, primarily around updating or adding package dependencies. Here's a detailed review of specific changes, along with recommendations that could help enhance the quality and maintainability of the code:

1. Package Replacements and Updates

• Removal of postcss-* Packages:

  • The removal of postcss-load-config, postcss-nested, postcss-selector-parser, postcss-value-parser, and postcss packages raises a question about whether their functionalities are replaced. If you are migrating to babel plugins instead, ensure that the project's styles and post-processing remain functional.

• Introduction of Babel Plugins:

  • Adding babel-plugin-polyfill-corejs3, babel-plugin-polyfill-regenerator, babel-plugin-react-compiler, etc., looks good for providing better backward compatibility. However, ensure that the required polyfills and configurations are correctly set up in babel.config.js or equivalent configuration files.

2. Dependency Management

• Peer Dependencies and Compatibility:

  • When updating peer dependencies for new packages like @babel/core, be cautious of your node engine versions. Ensure compatibility with the current project's ecosystem and document any major version upgrades.

• Version Ranges:

  • It appears that updating certain packages has led to stricter version ranges. For example, ensure that the updated babel packages and plugins work well with one another. Use tools like npm-check-updates or yarn upgrade-interactive to verify compatibility.

3. Compatibility Claims:

• Node Engines:
  • The added dependencies show specific Node engine requirements (>=10, >=6, etc.). This needs careful checking whether the project's engines in package.json align with the required range, especially if you are supporting legacy versions of Node.

4. Chokidar Update:

• Chokidar Updates:
  • An upgrade to chokidar to 3.6.0 is a good practice to leverage bug fixes and performance improvements. Ensure compatibility with existing file watch functionalities (if any) within the project.

5. Transitive Dependencies:

• Check for Transitive Packages:
  • Some packages have been upgraded or added due to their transitive nature (like classnames, `color-convert
    Reviewing the changes in the pull request, I noticed significant modifications to the package dependencies, mainly involving updates in package versions, resolutions, and peer dependencies. Here’s a breakdown of the review with specific feedback points:

General Observations

1. Dependency Updates:

   • There are numerous updates to dependencies, which often leads to bug fixes and performance improvements. Ensure that the updated versions are actually beneficial and compatible with the current project.

2. Node Engine Compatibility:

   • The pull request introduces various engine constraints (e.g., { node: '>= 6' }, { node: '>= 10' }). Make sure these are consistent across all dependencies and appropriate for the target environment of your application. Consider documenting the required Node.js version in the project's README if this has changed.

3. Resolution Integrity:

   • The resolution integrity hashes should be verified to ensure that the packages have not changed unexpectedly. Utilize npm or yarn to check if these hashes are indeed valid.

4. Removal of Dependencies:

   • There are many instances where dependencies like type-fest, typed-array-buffer, and others have been removed. Verify whether these are no longer needed or if they’re replaced by other dependencies. If they are part of the code, their removal might lead to runtime errors.

5. New Dependencies:

   • New dependencies like debug, cosmiconfig, and eslint-* plugins are added. Confirm that these additions align with the project’s goals and setup. For instance:
     • eslint Configuration: The addition of various eslint plugins and configurations suggests a focus on improving code quality. Make sure corresponding .eslintrc configuration files are updated to reflect any new rules or settings introduced by these plugins.

6. Engines Definition:

   • Specifying engines for many dependencies is helpful. However, ensure the project and all its dependencies are consistent in this aspect to prevent any unintended behavior in environments with different Node versions.

7. Peer Dependencies:

   • The introduction of peerDependencies for various eslint packages is noted. This is a good practice. Ensure the peer dependency recommendations align with the versions in use across your project's package.json.

Specific Recommendations

• Documentation:
  • It might help to add comments regarding why specific major versions have been set for crucial packages. This will support team members in understanding future
    Upon reviewing the changes in the pull request, here are my observations and recommendations based on the lines that were added:

1. Version Control and Resolving Dependencies

• The changes include adding multiple dependencies with their respective versions and integrity hashes. This is a good practice as it helps ensure that the installed packages are secure and have not been tampered with.
• It’s important to check if these added versions are indeed the latest stable versions relevant to your application's needs. If any of the packages have newer stable versions, consider updating them.

2. Engines Field

• Each dependency includes an engines field specifying the compatible Node.js versions.
  • Ensure that the required Node.js versions align with those used in your development and production environments.
  • Adding this information is helpful for anyone working on this codebase by preventing issues related to incompatible Node.js versions.

3. Peer Dependencies

• Several packages have peerDependencies set to '*'.
  • While this ensures compatibility, it could lead to potential issues if the specified versions are incompatible elsewhere in the application. Specify the exact version ranges if possible.

4. Deprecated Packages

• The package expo-random has been marked as deprecated in favor of expo-crypto. This is important to note as it will ensure that the project is not relying on outdated libraries that may receive no further updates or support.
  • Recommend that the migration from expo-random to expo-crypto be completed in the codebase to avoid future issues.

5. Security and Maintenance Notices

• Several libraries have deprecated or obsolete notifications (e.g., inflight). This should be closely monitored, and alternatives should be investigated, especially for critical libraries.
  • Manual review of libraries flagged as deprecated might help enhance long-term maintainability of the application.

6. Redundant Packages

• It looks like there are multiple entries for the same packages under different versions (e.g., [email protected] and [email protected]). This may lead to unnecessary bloat or conflicts in dependencies.
  • Confirm that both versions are actually required, and if they are not, consider removing the older versions. If they are needed, ensure proper compatibility checks.

7. Version Consistency and Documentation

• Review all version resolution fields to confirm whether they’re needed or
  As a senior developer with expertise in both Next.js and Python, as well as experience with Ethereum and Ton protocols, here are my observations and recommendations regarding the changes presented in the pull request:

Overview of Changes

The diff appears to be an update to dependencies in a JavaScript project, with multiple entries for various packages and their versions being added. Each entry includes resolution integrity, engine compatibility information, and in some cases, binary information.

Specific Observations

1. Engine Compatibility:

   • Many packages specify node engines using the syntax like >=, while others use a more specific version or range (e.g., ^14.15.0 || ^16.10.0 || >=18.0.0). It’s important to standardize these version requirements. This can help avoid discrepancies and potentially confusing compatibility issues during different environments or CI/CD workflows. Consider using a consistent format across all dependencies.

2. Redundant Entries:

   • Packages such as is-extglob and json5 appear twice with different versions. It is pivotal to ensure only the necessary versions are included. Retaining multiple versions can increase bundle size and create conflicts. Please verify if both versions are indeed needed.

3. Module Integrity Checks:

   • The use of integrity hashes to ensure both security and reliability of downloaded packages is commendable. However, given the frequent updates in dependencies, consider implementing a regular audit of these packages. Tools like npm audit can help identify vulnerabilities.

4. Missing Peer Dependencies:

   • Some entries like jimp-compact, and others lack mentions of peer dependencies it might require. Make sure to identify these and include them when necessary to prevent future integration issues, especially in a larger codebase where inter-module communication is key.

5. HasBin Field:

   • Certain packages include hasBin: true, which is beneficial to note for those relying on command line interfaces. Ensure that any script or automation reliant on these binaries is still functioning correctly after updates, particularly in CI/CD pipelines.

6. General Package Updates:

   • Consider periodic reviews of dependency updates beyond the pull request's scope to determine if newer versions are available. Regular updates can introduce performance improvements and reduce technical debt. However, these should be integrated with attention to change logs to mitigate potential breaking changes.

7. Documentation:

   • While code and dependency reviews are typically focused on the implementation and
     The diff you've provided shows a significant update to the package dependencies in a project, particularly several dependencies related to Metro, a JavaScript bundler often used in React Native projects. Here are my recommendations and observations based on the changes specified in the pull request:

General Observations

1. Version Bumps: The dependencies have been upgraded, and all Metro-related packages are now at version 0.80.12. It would be beneficial to ensure that this new version does not introduce breaking changes that might affect the existing code. It's advisable to review the change logs for each package.

2. Node Engines Specification: Nearly all Metro dependencies (and some other libraries) specify a minimum Node version of >=18. Before merging, ensure that the project environment supports this version of Node. If the project's environment is not guaranteed to be upgraded to this version, consider ensuring compatibility or maintaining previous versions as necessary.

3. Integrity Checks and Resolutions: This diff includes integrity checks for each package which is a best practice for ensuring that the dependencies have not been altered. However, if these hashes were generated during local development, ensure that they correspond to the exact versions you're using. It might be helpful to run a full npm install or yarn install to confirm no integrity errors arise.

Specific Recommendations

• hasBin Property: The hasBin property is included for metro-symbolicate, metro, mime, mkdirp among others. Review whether these binaries are necessary for your build or deployment processes. If they are not used, consider omitting it to reduce clutter in the package metadata.

• Duplicate Packages: mime-db appears with both 1.52.0 and 1.53.0. It’s generally preferable to avoid having duplicate versions of the same package unless they are strictly necessary for compatibility reasons. You may want to align these library versions to avoid potential issues with multiple versions of mime-db.

• Version of minimatch: There are several versions of minimatch and their engines compatibility check shows a requirement of >=16 || 14 >=14.17 for the latest versions. You might want to ensure that these versions are in alignment with your project’s use of Node and the overall tested environments.

• Deprecated Packages: The osenv package indicates that it is no longer supported. If this package is
  Upon reviewing the provided changes, here are my observations and recommendations:

General Observations:

1. Peer Dependencies Addition:

   • The addition of peerDependencies for packages like postcss, ts-node, and other libraries indicates a careful approach to package management, ensuring that consumers of these packages are aware of the necessary peer dependencies they need to install.
   • For example:

     peerDependencies:
       postcss: ^8.4.21

   • This provides clarity and helps prevent issues during development and runtime.

2. Versioning and Engines:

   • Each package has specific engine requirements declared. This is a good practice as it ensures compatibility with the required Node.js versions:

     engines: {node: ^12 || >=16}

   • Ensure that the defined versions (like ^8.4.21 for postcss) are intentional and up-to-date with the last known stable releases.

3. Integrity Hashes:

   • The use of integrity hashes (sha512-...) for each package is a strong security practice that ensures the package contents have not been altered.
   • This way of managing dependencies contributes to overall project reliability.

Specific Issues/Improvement Points:

1. Excessive or Redundant Packages:

   • Multiple versions of packages like react, pretty-format, and others were added. While managing multiple versions can be necessary for ensuring compatibility, unnecessary duplication can lead to larger bundle sizes and confusion. Consider using a single version where possible unless there's a specific reason for maintaining multiple versions.

2. Unclear Peer Dependency Management:

   • Some peer dependencies are set as optional (optional: true). Ensure that this aligns with the package usage; if certain functionalities won't work without these dependencies, they should not be marked as optional.
   • Example:

     peerDependenciesMeta:
       postcss:
         optional: true

3. Check for Package Deprecations:

   • Some packages (e.g., rimraf) mention that older versions are deprecated. Make sure to review all packages for deprecations to avoid utilizing unsupported versions:

     deprecated: Rimraf versions prior to v4 are no longer supported
     

4. Use of Mixed Versioning:

   • There are entries that imply compatibility but could be clarified further. For example
     When reviewing a pull request with a large diff like the one provided, it’s important to closely analyze the added or removed lines for both functionality and consistency. Here's a structured breakdown of the changes:

Key Observations:

1. Node Engines Specification:

   • There are multiple packages that specify their required Node.js versions using the engines field, showing a diverse range from >=0.4 to >=16 || 14 >=14.17.
   • Recommendation: Ensure that the overall project is compatible with the lowest version required by any of its dependencies, or consider updating dependencies to a more consistent Node.js version.

2. Version Integrity Checks:

   • Most added packages include resolution fields providing integrity hashes.
   • Recommendation: Make sure that the integrity hashes were generated correctly, and ensure that package versions are consistent across different environments.

3. Peer Dependencies:

   • Several packages define peerDependencies, such as tailwindcss and use-callback-ref, which might require specific versions of React or TypeScript.
   • Recommendation: Check to ensure these peer dependencies are met to avoid potential runtime issues. It may be beneficial to document these requirements clearly.

4. Redundant Version Ranges:

   • Some packages have overlapping version requirements specified in engines, such as node version ranges that could be simplified.
   • Recommendation: Consider standardizing the Node.js version across dependencies, potentially reducing compatibility confusion.

5. New Dependencies:

   • Packages like tailwind-merge, tailwindcss, and various utility libraries were added.
   • Recommendation: Evaluate if all new dependencies are necessary to prevent bloat. Also, consider the possibility of removing any duplicates or replacements for libraries already in use.

6. Potential Deprecations:

   • Packages such as tmp, temp-dir, and others have specific Node.js version requirements that may soon be outdated.
   • Recommendation: Set up a regular schedule for reviewing library dependencies and updating them to avoid using deprecated libraries in the future.

7. Code Consistency:

   • Ensure consistent usage of engines and uniform formatting in similar blocks. For instance, the specified format for engines should follow a consistent standard (e.g., proper spacing like >=16 || >=14.17).
   • Recommendation:
     The pull request includes a substantial set of changes, primarily reflecting updates to package dependencies and their configurations. Here's a detailed review of the additions:

General Observations:

1. Dependency Management: The inclusion of multiple versions of packages (especially ws, xmlbuilder, and yargs) suggests some conscious effort to manage dependency versions carefully. Ensure that the application correctly resolves to the targeted versions of these packages to avoid versioning conflicts in production.

2. Node Engines Specification: The added engines field for several packages that specifies the required Node.js version is a good practice. It helps ensure that the environment running the code adheres to these constraints. However, the minimum Node.js versions specified in some cases (like xmlbuilder, yargs) vary widely. This can lead to compatibility issues. It might be worth investigating if more minimal versions can be supported or reevaluating compatibility with newer versions of Node.js.

Specific Lines of Interest:

• Versioning Conflict Resolution:

  • The various versions of packages like ws (6.2.3, 7.5.10, 8.18.0) indicate potential breaking changes, especially with WebSocket libraries. It would be advisable to ensure that the application’s WebSocket functionalities are tested against all specified versions.

• Engines Compatibility:

  • The engines specified suggest increasing compatibility requirements across the packages (e.g., ws requires Node >=8.3.0). Considering migrating to the latest LTS version of Node.js to take advantage of better performance and security if the environment permits.

• Peer Dependencies:

  • The peer dependencies introduced in ws (bufferutil, utf-8-validate) provide options for performance optimizations. Ensure these dependencies are installed in the consuming application to leverage the optional features effectively.

• Updates and Integrity Hashes:

  • The integrity hashes are provided for package resolution in the lock file. This is a good security measure to ensure that the exact intended versions of the packages are used. Make sure that the hashes are verified if there are concerns regarding the origin and integrity of the packages.

Recommended Improvements:

1. Testing:

   • It’s crucial to thoroughly test your application after these updates. Run unit tests, integration tests, and manual tests to identify any issues that may arise due to version changes or compatibility issues.

2. Documentation Updates:

   • Update documentation to
     Upon reviewing the provided pull request, there are several observations and recommendations to consider regarding the changes, particularly focusing on the new dependencies and their configurations for Babel plugins.

Observations:

1. Version Consistency:

   • Most packages are specified with individual versions such as 7.25.7 and 7.25.8. It's important to ensure consistency in the versions used across your project. If @babel/core is at 7.25.8, all plugins should ideally match this version unless there’s a specific reason not to.

2. Optional Dependencies:

   • The use of the optional: true flag suggests that these plugins are not strictly required. Ensure that your project can handle cases where these plugins might not be available. If a critical feature relies on one of these plugins, they should not be marked optional.

3. Transitive Peer Dependencies:

   • Several plugins list transitivePeerDependencies. Review whether these peer dependencies are installed in the context of your main project. It might cause version conflicts if other plugins or packages rely on different versions.

4. Dependency Structure:

   • The structure of dependencies is consistent, but it might be beneficial to use a workspace or a monorepo tool (like Yarn Workspaces or Lerna) if these Babel configurations are part of a larger project. This could simplify dependency management across various packages or services.

5. Duplicate Entries:

   • Review the necessity of all entries—some plugins have similar functionalities (e.g., @babel/plugin-transform-spread and @babel/plugin-transform-spread with slightly different attributes). If they do serve unique roles, this is fine; else, consider consolidating or removing duplicates.

Recommendations for Improvement:

1. Consolidation of Versions:

   • If not explicitly required, consider consolidating all plugins to use a uniform version equivalent to @babel/core version, i.e., 7.25.8. This avoids potential inconsistencies during runtime and compilation.

2. Documentation:

   • Document any changes related to these plugin versions clearly in your project documentation. Future developers should understand why specific versions are used and whether certain plugins are deemed optional.

3. Testing:

   • Ensure extensive testing is conducted after these changes. Particularly, test edge cases where optional plugins may affect the output or performance of your application.

4. Consider the Plugin Necessity:

Based on the provided diff, it seems like significant changes have been made regarding the configuration and dependencies of several packages, particularly surrounding Babel and Expo. Here’s a detailed review focused on the additions and removals regarding best practices and potential improvements.

General Observations:

1. Version Consistency: There’s a clear pattern of referencing specific version combinations of dependencies, which is good as it helps avoid compatibility issues. However, it's crucial to ensure that each major version being referenced is well-tested to guarantee that no breaking changes are being inadvertently introduced.

2. Optional Dependencies: The use of optional dependencies (optional: true) is a practical choice for certain packages where their functionality may not be critical for all use cases. However, it would be useful to ensure that the project documentation clarifies the implications of excluding these optional dependencies for developers and maintainers.

3. Transitive Peer Dependencies: It’s good to see transitive peer dependencies explicitly mentioned; it helps clarify any additional library requirements.

4. Remove Unnecessary Packages: You’ve removed some dependencies like @eslint-community/eslint-utils and @eslint/eslintrc, which could indicate that the ESLint setup is being refactored or streamlined. Ensure that the new setup still meets development and CI/CD requirements.

Recommendations:

1. Verify Compatibility: Since many dependencies are being set to specific versions, ensure that the new versions continue to maintain compatibility with your existing codebase. This is especially important for Babel plugins since they can introduce changes that impact behavior.

2. Document Changes: Since there are extensive changes to dependencies, consider adding a changelog or documentation highlighting the most significant changes and rationales behind them. This will help future developers understand the reason behind version updates or changes in library usage.

3. Dependency Pruning: If any of the packages marked as optional aren't necessary for your application's core functionalities, consider fully removing them to reduce the overall bundle size and improve maintainability.

4. Testing: Before merging this into the main branch, ensure that thorough testing is completed—both unit tests and integration tests. Any changes related to dependency versions, especially Babel configuration, may introduce subtle bugs that could break functionality.

5. Review the Removal of ESLint Packages: Ensure the removal of ESLint-related packages (particularly if the intention is to simplify or change linting strategies) doesn’t result in a loss of important linting checks, which are
   The changes in this pull request involve modifications to the dependency definitions, specifically adding new dependencies and marking several as optional, along with removing a few existing dependencies. Here are the highlights and concerns based on the diff provided:

General Observations:

1. Dependency Clean-up:

   • A number of dependencies such as strip-json-comments, minimatch, and ignore have been removed, which suggests that they might no longer be needed. If these are indeed no longer referenced, this is a good move to keep the dependencies lean.

2. Adding Optional Dependencies:

   • Multiple libraries are added as optional (e.g., @graphql-typed-document-node/core, @hapi/hoek, various @jest/* packages). Optional dependencies can be beneficial as they allow for flexibility; however, it's crucial to ensure that their absence doesn’t break any functionality during runtime.

3. Version Changes:

   • New versions of dependencies are pulled in, such as chalk: 4.1.2, and several @jest/* libraries. Ensure that these updates do not introduce breaking changes into the code.

Specific Recommendations:

1. Verify Optional Dependencies Usage:

   • For every dependency you mark as optional, ensure that the code gracefully handles the absence of those libraries. It’s important that functionality that relies on these optional dependencies does not lead to crashes if they’re not available.

2. Semantic Versioning & Compatibility:

   • Prior to merging this PR, validate that the new versions of dependencies are compatible with other libraries in the project. Tools like npm outdated or npm audit can help identify any potential conflicts.

3. Documentation Update:

   • If the documentation specifies which dependencies are required for certain features, ensure that it reflects the latest changes, especially since you've removed some dependencies and added others as optional.

4. Test Coverage:

   • You should run a comprehensive suite of tests after these changes are merged. Since a large number of testing-related dependencies were added, it’s vital to ensure that the tests are properly configured and that there are no latent bugs introduced by these updates.

5. Evaluate Removed Libraries:

   • For the libraries that are removed, verify the dependency tree to confirm they are indeed unused. Use npm ls or similar tools to get a clear view of what is depending on what.

6. Comments and Context
   Based on the diff provided, here’s a review of the changes made along with some recommendations and observations:

Review of Changes

1. Package Updates:

   • The changes involve significant additions and modifications to dependency definitions for various packages, many of which are concerning React Native libraries, Babel, and transpiler dependencies.
   • Notably, package versions have been updated (e.g., from 0.74.85 to 0.75.4 for multiple libraries), which is a good practice to ensure the project stays up to date with improvements and bug fixes.

2. Transitive Dependencies:

   • The addition of transitivePeerDependencies for several packages can be beneficial in clarifying dependency relationships and potentially avoiding version conflicts in the future. However, ensure these dependencies are strictly necessary, as excessive dependencies can lead to bloated node_modules and longer install times.

3. Optional Dependencies:

   • Marking several packages as optional: true is sensible. It can reduce installation overhead for users who may not need certain features but ensure that the features relying on these optional dependencies handle their absence gracefully.

4. Missing Affected Imports or Types:

   • The sections where dependencies have been removed (like segments related to @radix-ui/react-*) may affect the functionality if they were in use. Ensure that any removed packages are accounted for in the codebase, and check if any equivalent functionalities are covered by the newly added ones.

5. Consistency:

   • Ensure consistency in version pinning across the dependencies. For example, multiple references to @babel/core at different version numbers may create inconsistencies in behavior. Use the same version whenever possible to avoid conflicts.

6. Licensing Consideration:

   • Ensure that all newly added packages comply with your project’s licensing requirements. This may involve checking the licenses of new dependencies added in the changes.

Recommendations for Improvements

1. Commit Messages:

   • If this is a part of a larger feature branch, consider using well-structured commit messages to explain the purpose of these updates. The history can be valuable for other developers reviewing the code later.

2. Documentation:

   • If there are any breaking changes or significant modifications in how dependencies are expected to work, document those changes clearly in the project's CHANGELOG or README. This can help other developers and future maintainers understand the impact of the updates.

The changes in this pull request primarily involve the addition and removal of package dependencies in a project, likely managed through a package manager such as npm or yarn. Here are a few points to consider regarding the additions and removals:

Positive Observations:

1. Version Updates:

   • Many of the packages listed, particularly Babel-related packages, have updated versions. Keeping dependencies up to date ensures that the project benefits from the latest features, optimizations, and security patches.
   • Ensure that critical packages like @babel/core are consistently updated since it forms the core of the Babel toolchain.

2. Optional Dependencies:

   • A significant number of dependencies are flagged as optional. This is good practice if these packages provide functionality that is not critical to the core operation of the application, as it can reduce the risk of build failures in environments where these packages may not be applicable.

3. New Packages:

   • New packages (e.g., bser, cliui, chalk) could potentially enhance the functionality of the application. It would be beneficial to document how and where these new packages are used in the codebase.

Areas for Improvement:

1. Dependency Clean-Up:

   • The removal of array.prototype.toreversed, array.prototype.tosorted, and similar packages may indicate that their functionality is no longer required. Confirm that there are no lingering references or dependencies on these packages throughout the codebase to prevent runtime errors.

2. Transitive Dependencies:

   • While you have included transitive peer dependencies (like supports-color), make sure that they are indeed compatible. If any transitive dependencies have known vulnerabilities, they need to be addressed.

3. Review of Deprecated or Redundant Packages:

   • During the review process, check for any deprecated packages or those known for vulnerabilities (verbose tracking with tools like npm audit can help). If alternatives are available, consider replacing them rather than just marking them as optional.

4. Doc Changes:

   • If any new libraries introduce substantial changes to functionality, consider updating documentation (README, comments in the code, etc.) to reflect how those changes may affect developers or users.

5. Testing Considerations:

   • Given the addition of various optional packages and changes to existing dependencies, ensure that you have a comprehensive testing plan. Unit tests should cover the new functionalities added by these libraries, and integration tests

Review of Changes

Overview

The changes mainly introduce multiple new dependencies marked as optional across different packages in a JavaScript/Node.js project. The addition of optional: true allows for more flexible package management, enabling the application to run even if those dependencies are not installed.

Specific Feedback

1. Optional Dependencies:

   • The introduction of the optional: true attribute makes it clear that these modules are not essential for the core functionality. This is beneficial for reducing the overall bundle size and improving installation speed.

2. Dependency Management:

   • You added numerous packages (e.g., dayjs, debug, del, etc.) with their specified versions and optional flags. It would be good practice to ensure that these packages are indeed necessary for the project and are properly tested across different environments.
   • Optional dependencies can introduce subtle bugs if not properly handled in the codebase. Make sure to check if there are appropriate guards in the application code to handle scenarios where these optional packages may not be present.

3. Testing and Documentation:

   • Ensure that any new dependencies are covered in the test cases. Include tests to verify that the application behaves correctly if optional dependencies are not present.
   • Updates in the documentation may be necessary to inform other developers about the new optional dependencies and the potential impacts on the application.

4. Redundancy Check:

   • Look for redundancy in versions of dependencies. Several packages like fs-extra appear multiple times in different versions. It's crucial to ensure compatibility and avoid potential conflicts.
   • Specifically, for execa, which shows multiple versions. It might be better to choose a single version across the project to keep dependencies consistent.

5. Version Sensitivity:

   • Check the semantic versioning of the packages added; some packages may have breaking changes in later versions. Ensure that your application is tested against the exact versions you are importing.

6. Performance Considerations:

   • Some added dependencies may bring performance implications due to increased package size or additional overhead at runtime. The impact should be reviewed, especially in critical performance areas of the application.

7. Security Audit:

   • It's prudent to run a security audit on the newly added packages, especially when adding optional libraries that might not be as frequently maintained. Use tools like npm audit or yarn audit to assess potential vulnerabilities.

8. Code Comments:

This pull request appears to be a substantial update to the project dependencies, as indicated by the numerous new entries added to the snapshots section of a package configuration file, likely for a JavaScript or Node.js project. Here's a breakdown of the changes and some suggestions for potential improvements or considerations:

Summary of Changes

1. New Dependencies: A significant number of new dependencies marked as optional: true have been added. This indicates they are not strictly required for the package to function but are included for additional features or improvements.
2. Version Updates: Some dependencies have newer versions specified, which is often important for performance improvements, bug fixes, and security updates.
3. Transitive Dependencies: Notable entries for transitive dependencies suggest that some packages rely on others, which is common in package management.

Suggestions and Considerations

1. Review Optional Dependencies:

   • While optional dependencies can enhance functionality, it's important to ensure that they do not introduce unnecessary bloat or create conflicts during installations. Consider reviewing if each optional dependency is necessary and if its inclusion aligns with project goals.

2. Check for Security Vulnerabilities:

   • Run a security audit (e.g., npm audit or yarn audit) after changes to dependencies. Ensure that there are no known vulnerabilities with the newly added packages or their dependencies.

3. Functionality Testing:

   • After integrating these dependencies, rigorous testing should be run to verify that nothing breaks in the application. Pay special attention to areas of the code that interact with dependencies that have changed or been added.

4. Documentation Update:

   • If these changes impact how the project operates—such as new functionality introduced by optional dependencies or any breaking changes—update relevant documentation accordingly. Consider providing a changelog for these updates.

5. Performance Impact:

   • Analyze whether any of the new dependencies introduce significant overhead or performance degradation. If feasible, do some benchmark testing on the build size and performance.

6. Namespace Collisions:

   • With many packages being added or updated, ensure that there are no naming collisions or unintended overrides, particularly if the application extends behavior using any of these packages.

7. Peer Dependencies:

   • Review the transitivePeerDependencies to ensure that they align correctly with the versions specified in your project. Mismatched versions could lead to runtime errors.

8. Optional Dependency Handling:

Upon reviewing the pull request, I want to address a few points based on the changes made in the dependency list. Here are the observations and recommendations:

1. Optional Dependencies:

   • Several packages are marked as optional. This is fine, but it's important to assess whether these optional packages are truly non-essential for the core functionality. If a package is optional, ensure that the rest of the application behaves gracefully when they are not present.

2. Version Updates:

   • The diff shows upgrades to many packages (e.g., json5, md5, metro-cache-key). Check if these package versions are compatible with the rest of the dependencies in use. Consider running tests to ensure that no breaking changes were introduced with these updates.

3. Consolidation of Dependencies:

   • There are multiple versions of some packages listed, such as jsonfile with different versions but marked as optional. Consolidating or clearly commenting why multiple versions are necessary can help maintain clarity. This will aid in avoiding potential issues with dependency resolution.

4. Redundant Dependencies:

   • Some dependencies, such as metro and its related packages (like metro-cache, metro-config), may have interdependencies. Make sure that we aren't adding redundant packages that may increase our application size unnecessarily.

5. Testing:

   • Ensure thorough testing after these changes. Given that this is a dependency refactor (along with some new additions), it's crucial to validate that integrating modules still plays well together. Consider adding unit tests or integration tests post-implementation to ensure that nothing is broken.

6. Documentation:

   • Adding comments or documentation regarding major updates or any deprecations (such as what new features or breaking changes occur due to the update) can help future developers understand the implications of these changes.

7. Security Considerations:

   • Investigate whether any of the dependencies have known vulnerabilities. This can often be checked through tools like npm audit. If there are any flagged vulnerabilities, ensure that appropriate versions are used to mitigate risks.

8. Organization & Readability:

   • The large chunk of changes makes it difficult to assess at the first glance. Consider segmenting the changes or providing short summaries of major sections or dependencies that are significantly changed, added, or removed.

9. Testing Library Compatibility:

   • Some libraries (like Babel related) are at specific versions. Confirm that these versions
     Upon reviewing the provided pull request diff, here are my comments, observations, and suggestions with a focus on the lines added or removed:

General Observations

1. Dependency Management:

   • There are multiple new dependencies marked as optional. Ensure that the optional dependencies being added are truly non-essential for the core functionalities of the application, or they are utilized in an optional manner.
   • Since optional dependencies do not affect the functionality when missing, consider documenting how these are used in the project to keep future maintainers informed.

2. Dependency Versions:

   • Newer versions of dependencies (like next, react, and others) have been introduced in the diff. Generally, it's good to keep dependencies up to date for performance improvements and security patches. However, ensure the new versions do not introduce breaking changes for your application.
   • Particularly with React, if you are upgrading across major versions, review the respective migration guides as there may be breaking changes.

Specific Changes

• Optional Dependencies Added:

  • A large number of optional packages (like minipass-collect, node-forge, ora, etc.) were added.
  • Evaluate whether each of these are necessary. If they are seldom used features, ensure to have strong documentation.

• Consistency in Pattern:

  • Ensure the format when adding dependencies is consistent. For instance, some dependencies are listed with additional metadata (like dependencies under them), while some don't. Consistency helps for readability and maintainability.

• New Packages:

  • Packages like prompts, qrcode-terminal, pretty-format, etc., are added. Validate their necessity in the codebase. If these packages are not used significantly, consider if they need to be included.

• Transitive Peer Dependencies:

  • The addition of transitivePeerDependencies for react-devtools-core is noted. Ensure this approach is suitable and that it aligns with the dependency management strategy employed in the project.

Suggested Improvements

1. Dependencies Review:

   • Review each optional dependency added to check if you can list them under a feature flag instead. This promotes a clean environment without unnecessary packages unless specifically needed.

2. Testing:

   • Make sure any new dependencies are followed by corresponding tests to ensure that functionalities remain operational post-integration. Temporary or mock implementations should exist wherever

Overall Summary

The pull request introduces a substantial number of changes related to package dependencies, specifically for the react-native package and its ecosystem. Below are detailed analysis and recommendations based on the modifications made in the pull request.

Detailed Review

1. Versioning and Dependency Management

• There are multiple instances where @babel/core, @babel/preset-env, @types/react, and other packages are reiterated across different dependency trees. Ensure that this isn't leading to version conflicts or potential bloat. Consider using a project-wide dependency list or a tool like npm dedupe or Yarn's resolutions feature to manage version consistency.

2. Optional Dependencies

• Many added dependencies are marked as optional. While this can reduce the footprint of installations, be cautious with optional dependencies since they might lead to failures if not integrated properly into your app. Always validate in the environment where the application will run.

3. Transitive Peer Dependencies

• The use of transitivePeerDependencies is a good practice, as it indicates the library's reliance on these packages even if they don't directly declare them. Ensure that any associated necessary dependencies are clearly documented, especially when sharing the codebase with other developers.

4. Version Consistency

• Ensure that consistent versions are being used and check if any dependencies have known vulnerabilities. Use tools like npm audit or yarn audit to automatically check for vulnerabilities across the added/changed packages.

5. Redundant Dependencies

• There are instances where the same package (e.g., react, @babel/core) appears multiple times with varying versions or configurations. Confirm if this is necessary or if these can be simplified, which not only makes the package.json cleaner but can also improve installation and performance.

6. Performance Considerations

• Consider the impact of loading numerous packages and their optional variants on the bundle size if this connects to a front-end project. Using tools like webpack-bundle-analyzer can help visualize the impact on the final bundle size.

7. Testing

• Ensure that adequate tests are present for any functionality that depends on newly added dependencies. Additional testing is especially crucial if any of the updates involve breaking changes from further upstream dependencies.

8. Documentation

• There’s no mention of changes to the documentation to reflect new dependencies or any relevant usage guidelines
  Upon reviewing the provided pull request diff, here are some detailed observations and recommendations focused on the lines that have been added or removed:

General Observations:

1. Versioning: It's good to see that the diff reflects a consistent use of versioning with semantic versioning (@major.minor.patch). Ensure that these version updates align with your project’s release strategy.

2. Optional Dependencies: There has been a considerable increase in the number of optional dependencies. While optional dependencies can make installation lighter for users who do not require certain features, they can also lead to issues if not properly documented. Consider ensuring that the reasons for each optional dependency's inclusion are clear.

Specific Sections:

New Dependencies/Additions:

• Dependencies Added:
  Many new dependencies have been added (e.g., sudo-prompt, supports-color, terminal-link, etc.). Ensure that:

  • Each added dependency is necessary for the functionality of the application.
  • None of the added dependencies have known vulnerabilities. You may want to run a check with tools like npm audit.

• Duplication/Widespread Library Use:
  Libraries like yargs, uuid, and ws are included multiple times in different versions.

  • Review whether multiple versions are necessary. If they are used in shared code, managing their version may simplify project dependency resolution. If they don't conflict, use tools like npm dedupe to clean up the overall tree.

Optional Flags:

• Optional Flags are Abundant:
  Many of the newly added libraries are marked as optional which is good for flexibility but could lead to confusion:
  • Make sure there's documentation available on how to enable these optional functionalities. Consider providing examples or documentation for developers on how the optional dependencies might affect the overall system.
  • If optional features provide critical functionality, they should be revisited to consider making those dependencies non-optional.

Naming/Uniqueness:

• Naming Consistency:
  Ensure naming conventions remain consistent (e.g., @babel/core, styled-jsx, etc.). While they seem to be following a standard convention, it’s good practice to stick to widely accepted naming conventions.

• Unique Dependencies:
  The addition of unique-string and unique-slug suggests a focus on handling unique identifiers. Ensure there is no conflict or redundancy with existing libraries that might fulfill the same purpose.

Review of Changes in Pull Request

Overall, the changes in this pull request appear to integrate a TONConnect functionality into the dashboard application effectively. Several improvements are introduced for handling the TON wallet, fetching token balances, and updating the dashboard accordingly. Below are detailed considerations on specific areas:

1. Dependencies Update

• Added Dependency on Zod:
  • The addition of zod: 3.23.8 as an optional dependency seems fine, but provide context on why it’s being added. Is it necessary for validation in this context? If so, consider a brief comment to clarify.

2. New Image File

• Placeholder User Image:
  • The addition of placeholder-user.jpg is reasonable. Ensure that this image is indeed required and not already present elsewhere in the project. Consider whether it should be included in the assets folder for better organization.

3. Manifest File Updates

• JSON Structure:
  • The updates to tonconnect-manifest.json to change the application name and add additional properties (projectId, redirectURL, and network) improve clarity and configurability of the application. Ensure that all entries reflect accurate values for your production environment.

4. Root Component Changes

• Using Environment Variables:
  • The introduction of an environment variable for the ...[Comment body truncated]