uniAIDevs / WonderOnion

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Sweep: Add Tor proxy integration, so that the cloner can access .onion websites #1

Closed uniAIDevs closed 5 months ago

uniAIDevs commented 5 months ago
Checklist - [X] Create `src/network/torConfig.ts` ✓ https://github.com/uniAIDevs/WonderOnion/commit/f89d63d6260983944a484ccdf5deb17fa08fc677 [Edit](https://github.com/uniAIDevs/WonderOnion/edit/sweep/add_tor_proxy_integration_so_that_the_cl/src/network/torConfig.ts) - [X] Running GitHub Actions for `src/network/torConfig.ts` ✓ [Edit](https://github.com/uniAIDevs/WonderOnion/edit/sweep/add_tor_proxy_integration_so_that_the_cl/src/network/torConfig.ts) - [X] Modify `src/network/onionWebsiteServices.ts` ✓ https://github.com/uniAIDevs/WonderOnion/commit/f40e7f9faee2c09dd471356918393d4e6e2b8769 [Edit](https://github.com/uniAIDevs/WonderOnion/edit/sweep/add_tor_proxy_integration_so_that_the_cl/src/network/onionWebsiteServices.ts) - [X] Running GitHub Actions for `src/network/onionWebsiteServices.ts` ✓ [Edit](https://github.com/uniAIDevs/WonderOnion/edit/sweep/add_tor_proxy_integration_so_that_the_cl/src/network/onionWebsiteServices.ts)
sweep-ai[bot] commented 5 months ago

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Step 1: 🔎 Searching

I found the following snippets in your repository. I will now analyze these snippets and come up with a plan.

Some code snippets I think are relevant in decreasing order of relevance (click to expand). If some file is missing from here, you can mention the path in the ticket description. https://github.com/uniAIDevs/WonderOnion/blob/cbb07013d3adcc2b1b0e32eb6c3dbd3e26e6a36a/src/components/module/webClone/WebCloneFormModal/index.tsx#L1-L331 https://github.com/uniAIDevs/WonderOnion/blob/cbb07013d3adcc2b1b0e32eb6c3dbd3e26e6a36a/src/pages/modules/WebClones/index.tsx#L1-L99 https://github.com/uniAIDevs/WonderOnion/blob/cbb07013d3adcc2b1b0e32eb6c3dbd3e26e6a36a/src/components/module/webClone/WebCloneListView/index.tsx#L1-L134 https://github.com/uniAIDevs/WonderOnion/blob/cbb07013d3adcc2b1b0e32eb6c3dbd3e26e6a36a/src/store/slices/webClone/actions.ts#L1-L135 https://github.com/uniAIDevs/WonderOnion/blob/cbb07013d3adcc2b1b0e32eb6c3dbd3e26e6a36a/src/network/onionWebsiteServices.ts#L1-L68 https://github.com/uniAIDevs/WonderOnion/blob/cbb07013d3adcc2b1b0e32eb6c3dbd3e26e6a36a/src/store/slices/onionWebsite/operations.ts#L1-L27 https://github.com/uniAIDevs/WonderOnion/blob/cbb07013d3adcc2b1b0e32eb6c3dbd3e26e6a36a/src/store/slices/onionWebsite/onionWebsiteSlice.ts#L1-L190 https://github.com/uniAIDevs/WonderOnion/blob/cbb07013d3adcc2b1b0e32eb6c3dbd3e26e6a36a/src/store/slices/onionWebsite/operations.ts#L1-L27 https://github.com/uniAIDevs/WonderOnion/blob/cbb07013d3adcc2b1b0e32eb6c3dbd3e26e6a36a/src/store/slices/onionWebsite/onionWebsiteSlice.ts#L1-L190 https://github.com/uniAIDevs/WonderOnion/blob/cbb07013d3adcc2b1b0e32eb6c3dbd3e26e6a36a/src/store/slices/onionWebsite/onionWebsiteSlice.ts#L1-L190

Step 2: ⌨️ Coding

Ran GitHub Actions for f89d63d6260983944a484ccdf5deb17fa08fc677:

// Example modification for a request const agent = new SocksProxyAgent(socks5h://${TOR_PROXY_CONFIG.host}:${TOR_PROXY_CONFIG.port}); const response = await queryAsync({ path: /onionWebsites/${id}, type: 'GET', agent, // Add the agent to the request options }); ``<br/>• Ensure all functions inonionWebsiteServices.ts` that make network requests are modified to use the Tor proxy configuration.

--- 
+++ 
@@ -6,13 +6,16 @@
   CreateOrUpdateOnionWebsiteType,
 } from '../types';
 import queryAsync from './apiClient';
+import { TOR_PROXY_CONFIG } from './torConfig';
+import { SocksProxyAgent } from 'socks-proxy-agent';

 export const getOnionWebsites = (
   page: number,
   limit: number = 10,
   search?: string,
 ) => {
-  return queryAsync({
+  const agent = new SocksProxyAgent(`socks5h://${TOR_PROXY_CONFIG.host}:${TOR_PROXY_CONFIG.port}`);
+  return queryAsync({ agent,
     path: `/onionWebsites`,
     type: 'GET',
     queryParams: {
@@ -26,14 +29,17 @@
 };

 export const getOnionWebsite = (id: number) => {
-  return queryAsync({
+  const agent = new SocksProxyAgent(`socks5h://${TOR_PROXY_CONFIG.host}:${TOR_PROXY_CONFIG.port}`);
+  return queryAsync({ agent,
     path: `/onionWebsites/${id}`,
     type: 'GET',
   });
 };

 export const createOnionWebsite = (params: CreateOrUpdateOnionWebsiteType) => {
-  return queryAsync({
+  const agent = new SocksProxyAgent(`socks5h://${TOR_PROXY_CONFIG.host}:${TOR_PROXY_CONFIG.port}`);
+  const agent = new SocksProxyAgent(`socks5h://${TOR_PROXY_CONFIG.host}:${TOR_PROXY_CONFIG.port}`);
+  return queryAsync({ agent, agent,
     path: `/onionWebsites`,
     type: 'POST',
     data: { ...params },
@@ -52,14 +58,16 @@
 };

 export const deleteOnionWebsite = (id: number) => {
-  return queryAsync({
+  const agent = new SocksProxyAgent(`socks5h://${TOR_PROXY_CONFIG.host}:${TOR_PROXY_CONFIG.port}`);
+  return queryAsync({ agent,
     path: `/onionWebsites/${id}`,
     type: 'DELETE',
   });
 };

 export const getOnionWebsiteDropdown = (keyword?: string) => {
-  return queryAsync({
+  const agent = new SocksProxyAgent(`socks5h://${TOR_PROXY_CONFIG.host}:${TOR_PROXY_CONFIG.port}`);
+  return queryAsync({ agent,
     path: `/onionWebsites/dropdown`,
     type: 'GET',
     queryParams: {

Ran GitHub Actions for f40e7f9faee2c09dd471356918393d4e6e2b8769:


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codeautopilot[bot] commented 5 months ago

Potential solution

The goal is to integrate Tor proxy support into the application to allow it to access .onion websites. The solution involves ensuring that the Tor proxy configuration is correct and that all HTTP request functions in onionWebsiteServices.ts use this configuration via a SocksProxyAgent.

How to implement

  1. Review Tor Proxy Configuration: Confirm that torConfig.ts has the correct host and port. If authentication is needed, add the necessary fields.

  2. Fix Duplicate Agent Declaration: In createOnionWebsite, remove the duplicate agent declaration.

  3. Apply Tor Proxy Agent to All Requests: Modify updateOnionWebsite to include the agent in the request configuration.

  4. Test Functions: Test each function to ensure they work with the Tor network.

  5. Handle Errors and Timeouts: Implement error handling and appropriate timeout settings for network requests over Tor.

  6. Code Cleanup: Remove redundant code and ensure the code is well-documented.

Here's the corrected createOnionWebsite function without the duplicate agent declaration:

export const createOnionWebsite = (params: CreateOrUpdateOnionWebsiteType) => {
  const agent = new SocksProxyAgent(`socks5h://${TOR_PROXY_CONFIG.host}:${TOR_PROXY_CONFIG.port}`);
  return queryAsync<OnionWebsiteType>({
    agent,
    path: `/onionWebsites`,
    type: 'POST',
    data: { ...params },
  });
};

And the updated updateOnionWebsite function with the agent included:

export const updateOnionWebsite = (
  id: number,
  params: CreateOrUpdateOnionWebsiteType,
) => {
  const agent = new SocksProxyAgent(`socks5h://${TOR_PROXY_CONFIG.host}:${TOR_PROXY_CONFIG.port}`);
  return queryAsync<OnionWebsiteType>({
    agent,
    path: `/onionWebsites/${id}`,
    type: 'PUT',
    data: { ...params },
  });
};

By implementing these changes, the application will be able to route its traffic through the Tor network to access .onion websites.

Click here to create a Pull Request with the proposed solution

Files used for this task:

Changes on src/network/torConfig.ts The `torConfig.ts` file contains the configuration for the Tor proxy, which is necessary for the application to route its traffic through the Tor network to access `.onion` websites. The current configuration specifies the `host` and `port`, which are the basic requirements for connecting to a Tor proxy. To ensure that the Tor proxy configuration is correctly set up, you should: 1. Verify that the Tor service is running on `localhost` and listening on port `9050`. This is the default configuration for the Tor service, but it could be different if the user has customized their Tor setup. 2. If the Tor service requires authentication (which is not common for local setups but might be necessary for some use cases), you would need to add the authentication parameters to the `TOR_PROXY_CONFIG` object. For example, if password authentication is required, you might add a `password` field: ```typescript export const TOR_PROXY_CONFIG = { host: 'localhost', port: 9050, password: 'your_password', // Only if your Tor proxy requires authentication }; ``` 3. Ensure that any changes to the Tor configuration are reflected in the application's documentation, so that users are aware of how to configure their Tor service to work with the application. 4. If the application is intended to be used in an environment where the Tor service might not be running on `localhost` or listening on port `9050`, consider making the `host` and `port` configurable through environment variables or a configuration file. Currently, the `torConfig.ts` file does not require any additional changes unless there is a need for authentication or external configuration. If such needs arise, you should implement the changes as described above.
Changes on src/network/onionWebsiteServices.ts The `onionWebsiteServices.ts` file contains functions that make HTTP requests to an API for operations related to "onion websites". The task is to modify these functions to use a Tor proxy configuration for accessing .onion websites. Here's a practical proposal to ensure that the application can successfully make requests to .onion sites through the Tor network: 1. **Review the Tor Proxy Configuration**: Before modifying the HTTP request functions, ensure that the `TOR_PROXY_CONFIG` object imported from `torConfig.ts` contains the correct host and port for the Tor proxy. If authentication is required, ensure that these details are also included in the configuration. 2. **Use the Tor Proxy Agent for HTTP Requests**: Each function that makes an HTTP request should create a `SocksProxyAgent` instance with the Tor proxy configuration. This is already done in the provided code, but there is a mistake in the `createOnionWebsite` function where the `agent` is declared twice. This needs to be fixed by removing the duplicate line. 3. **Apply the Tor Proxy Agent to All Requests**: Ensure that all functions use the `agent` when making requests. The `updateOnionWebsite` function is currently not using the `agent`, so it needs to be modified to include the `agent` in the request configuration. 4. **Test the Functions**: After making the changes, test each function to ensure that they can successfully communicate with .onion websites through the Tor network. This may involve setting up a local Tor proxy for testing purposes or using an existing Tor proxy service. 5. **Handle Errors and Timeouts**: When using Tor, network requests can be slower or more prone to failure. Ensure that the application gracefully handles errors and timeouts. This might involve setting appropriate timeout values and providing user feedback in case of a failure. 6. **Code Cleanup**: After ensuring that all functions are correctly using the Tor proxy agent, remove any redundant code or comments, and ensure that the code is clean and well-documented. Here's the corrected `createOnionWebsite` function: ```javascript export const createOnionWebsite = (params: CreateOrUpdateOnionWebsiteType) => { const agent = new SocksProxyAgent(`socks5h://${TOR_PROXY_CONFIG.host}:${TOR_PROXY_CONFIG.port}`); return queryAsync({ agent, path: `/onionWebsites`, type: 'POST', data: { ...params }, }); }; ``` And the modified `updateOnionWebsite` function to include the `agent`: ```javascript export const updateOnionWebsite = ( id: number, params: CreateOrUpdateOnionWebsiteType, ) => { const agent = new SocksProxyAgent(`socks5h://${TOR_PROXY_CONFIG.host}:${TOR_PROXY_CONFIG.port}`); return queryAsync({ agent, path: `/onionWebsites/${id}`, type: 'PUT', data: { ...params }, }); }; ``` By following these steps, the application should be able to access .onion websites through the Tor network using the provided proxy configuration.