User: You are an expert code reviewer. Your task is to analyze the provided code files and provide a comprehensive code review. For each file, consider:

1. Code Quality: Assess readability, maintainability, and adherence to best practices
2. Potential Issues: Identify bugs, security vulnerabilities, or performance concerns
3. Suggestions: Provide specific recommendations for improvements

Format your review as follows:
1. Start with a brief overview of all files
2. For each file, provide:
   - A summary of the file's purpose
   - Key findings (both positive and negative)
   - Specific recommendations
3. End with any overall suggestions for the codebase

Your review should be detailed but concise, focusing on the most important aspects of the code.

Files to review:

File: ./src/core/bypasses/trigon.ts
Content:
import ky from "ky";
import { load } from "cheerio";

export async function trigon(
  link: string,
  isRetry: boolean = false,
  cache: boolean = false
) {
  try {
    const url = new URL(link);
    const hwid = url.searchParams.get("hwid") || url.searchParams.get("HWID");

    if (!hwid) {
      return {
        status: "error",
        message: "HWID not found in link.",
      };
    }

    let response = await ky.get(url).text();
    let $ = load(response);

    if ($("#renewButton").length) {
      response = await ky
        .get(`https://trigonevo.fun/whitelist/index.php?HWID=${hwid}`)
        .text();
      $ = load(response);
    }

    const onclick = $(
      "div.glass-light.bg-blue-600.bg-opacity-20.hover-glow.cursor-pointer.rounded-lg.p-4.border-l-4.border-blue-400.shadow-md.relative.overflow-hidden"
    ).attr("onclick");
    if (!onclick) {
      return {
        status: "success",
        result:
          "You have been whitelisted. Please proceed back to the application.",
      };
    }

    const match = onclick.match(
      /window\.location\.href='(https:\/\/link-to\.net\/[^\']+)'/
    );

    if (match) {
      const [result, sessionCookie] = await Promise.all([
        ky
          .get(
            `https://ethos.kys.gay/api/free/bypass?url=${match[1].replace(
              "link-to.net",
              "linkvertise.com"
            )}`
          )
          .then((r) => r.json() as Promise<{ result: string }>),
        ky
          .get(url)
          .then((r) =>
            r.headers
              .getSetCookie()
              ?.find((c) => c.startsWith("trigonevo_session"))
          ),
      ]);

      if (result.result) {
        const redirectRes = await ky.get(result.result, {
          headers: {
            Cookie: sessionCookie?.split(";")[0],
            Referer: "https://linkvertise.com/",
            "Sec-CH-UA":
              '"Brave";v="129", "Not=A?Brand";v="8", "Chromium";v="129"',
            "Sec-CH-UA-Platform": '"Windows"',
          },
        });

        const text = await redirectRes.text();
        const $redirect = load(text);
        if (
          $redirect("p.text-lg.mb-3.flex.items-center.text-gray-300").filter(
            (_, el) =>
              ["Key", "Expiration"].some((t) =>
                $redirect(el).text().includes(t)
              )
          ).length
        ) {
          return {
            status: "success",
            message:
              "You have been whitelisted. Please proceed back to the application.",
          };
        } else {
          if (!isRetry) {
            return await trigon(link, true);
          }
          return {
            status: "error",
            message:
              "An error occurred while bypassing the link. Please try again later.",
          };
        }
      } else {
        if (!isRetry) {
          return await trigon(link, true);
        }
        return {
          status: "error",
          message:
            "An error occurred while bypassing the link. Please try again later.",
        };
      }
    } else {
      if (!isRetry) {
        return await trigon(link, true);
      }
      return {
        status: "error",
        message: "An error occurred while bypassing the link.",
      };
    }
  } catch (error) {
    return {
      status: "error",
      message:
        error instanceof Error
          ? error.message
          : "An unknown error occurred. Please try again later.",
    };
  }
}

console.log(
  await trigon(
    "https://trigonevo.funn/whitelist/?HWID=2820eb7420-ea93-49ed-9f5a-a3c878f6e244d1"
  )
);



AI: **Overview:**
The provided code is a single file named `trigon.ts`, which appears to handle bypassing a hyperlink mechanism related to whitelisting based on HWID (Hardware ID). The script utilizes the `ky` library for HTTP requests and `cheerio` for HTML parsing.

**File: `./src/core/bypasses/trigon.ts`**

### Summary:
The main purpose of this file is to define an asynchronous function `trigon` that attempts to bypass a whitelisting mechanism by validating and modifying a given URL. It takes as input a URL and returns a result indicating success or error, retrying as necessary.

### Key Findings:

#### Positive Aspects:
- **Async/Await Usage:** The code appropriately uses asynchronous functions with `async/await`, making the HTTP calls non-blocking and more readable.
- **Error Handling:** There is a try-catch block that handles potential exceptions during execution, returning user-friendly error messages.

#### Negative Aspects:
1. **Code Readability and Maintainability:**
   - **Complex Logic:** The logic within the `trigon` function is relatively complex and could benefit from further decomposition into smaller, well-named helper functions for clarity and maintainability.
   - **Inconsistent Variable Naming:** The mix of camelCase and inconsistent use of terms (like `onclick` and `sessionCookie`) can reduce readability.

2. **Potential Issues:**
   - **Unverified URL and Session Handling:** The code assumes URLs and session values are safe without explicit sanitization or validation, which can expose security vulnerabilities, especially if input URLs are user-generated.
   - **Hardcoded User-Agent and Headers:** The `Sec-CH-UA` headers are hardcoded, which might not be flexible across different platforms or browser updates.

3. **Performance Concerns:**
   - **Redundant Requests:** There are instances where HTTP requests are repeated if the conditions are not met, potentially leading to unnecessary network usage. Consideration should be given to whether retries with modifications could be optimized.

### Specific Recommendations:
1. **Enhance Readability and Maintainability:**
   - Break the large function into smaller, modular functions, such as `getWhitelistStatus`, `extractUrlFromOnclick`, and `performBypass`.
   - Adopt consistent and descriptive variable naming conventions for better understanding.

2. **Security Improvements:**
   - Implement proper validation and sanitization of URLs and other input parameters to avoid risks related to injection attacks or malformed data.
   - Review and possibly use more dynamic methods for setting headers, especially for browsers and platforms that may change often.

3. **Performance:**
   - Consider implementing an exponential backoff strategy for retries instead of simple retries, to avoid excessive network requests during failure loops.

4. **General Enhancements:**
   - Add inline comments or documentation to describe complex logic blocks or business logic decisions to aid future maintainers.

**Overall Suggestions for the Codebase:**
- **Documentation:** Create comprehensive documentation covering the purpose and usage of utility functions, APIs, and endpoints involved in the codebase.
- **Testing:** Implement unit tests especially for edge cases, error handling logic, and retry mechanisms to ensure robustness.
- **Security Audit:** Conduct a security review to address any potential vulnerabilities or data leakage concerns given the nature of the code.
  
Ensuring these recommendations are considered will likely enhance the codebase's maintainability, performance, and security.
User: 
PROMPT: User: You are an expert code reviewer. Your task is to analyze the provided code files and provide a comprehensive code review. For each file, consider:

1. Code Quality: Assess readability, maintainability, and adherence to best practices
2. Potential Issues: Identify bugs, security vulnerabilities, or performance concerns
3. Suggestions: Provide specific recommendations for improvements

Format your review as follows:
1. Start with a brief overview of all files
2. For each file, provide:
   - A summary of the file's purpose
   - Key findings (both positive and negative)
   - Specific recommendations
3. End with any overall suggestions for the codebase

Your review should be detailed but concise, focusing on the most important aspects of the code.

Files to review:

File: ./src/core/bypasses/trigon.ts
Content:
import ky from "ky";
import { load } from "cheerio";

export async function trigon(
  link: string,
  isRetry: boolean = false,
  cache: boolean = false
) {
  try {
    const url = new URL(link);
    const hwid = url.searchParams.get("hwid") || url.searchParams.get("HWID");

    if (!hwid) {
      return {
        status: "error",
        message: "HWID not found in link.",
      };
    }

    let response = await ky.get(url).text();
    let $ = load(response);

    if ($("#renewButton").length) {
      response = await ky
        .get(`https://trigonevo.fun/whitelist/index.php?HWID=${hwid}`)
        .text();
      $ = load(response);
    }

    const onclick = $(
      "div.glass-light.bg-blue-600.bg-opacity-20.hover-glow.cursor-pointer.rounded-lg.p-4.border-l-4.border-blue-400.shadow-md.relative.overflow-hidden"
    ).attr("onclick");
    if (!onclick) {
      return {
        status: "success",
        result:
          "You have been whitelisted. Please proceed back to the application.",
      };
    }

    const match = onclick.match(
      /window\.location\.href='(https:\/\/link-to\.net\/[^\']+)'/
    );

    if (match) {
      const [result, sessionCookie] = await Promise.all([
        ky
          .get(
            `https://ethos.kys.gay/api/free/bypass?url=${match[1].replace(
              "link-to.net",
              "linkvertise.com"
            )}`
          )
          .then((r) => r.json() as Promise<{ result: string }>),
        ky
          .get(url)
          .then((r) =>
            r.headers
              .getSetCookie()
              ?.find((c) => c.startsWith("trigonevo_session"))
          ),
      ]);

      if (result.result) {
        const redirectRes = await ky.get(result.result, {
          headers: {
            Cookie: sessionCookie?.split(";")[0],
            Referer: "https://linkvertise.com/",
            "Sec-CH-UA":
              '"Brave";v="129", "Not=A?Brand";v="8", "Chromium";v="129"',
            "Sec-CH-UA-Platform": '"Windows"',
          },
        });

        const text = await redirectRes.text();
        const $redirect = load(text);
        if (
          $redirect("p.text-lg.mb-3.flex.items-center.text-gray-300").filter(
            (_, el) =>
              ["Key", "Expiration"].some((t) =>
                $redirect(el).text().includes(t)
              )
          ).length
        ) {
          return {
            status: "success",
            message:
              "You have been whitelisted. Please proceed back to the application.",
          };
        } else {
          if (!isRetry) {
            return await trigon(link, true);
          }
          return {
            status: "error",
            message:
              "An error occurred while bypassing the link. Please try again later.",
          };
        }
      } else {
        if (!isRetry) {
          return await trigon(link, true);
        }
        return {
          status: "error",
          message:
            "An error occurred while bypassing the link. Please try again later.",
        };
      }
    } else {
      if (!isRetry) {
        return await trigon(link, true);
      }
      return {
        status: "error",
        message: "An error occurred while bypassing the link.",
      };
    }
  } catch (error) {
    return {
      status: "error",
      message:
        error instanceof Error
          ? error.message
          : "An unknown error occurred. Please try again later.",
    };
  }
}

console.log(
  await trigon(
    "https://trigonevo.funn/whitelist/?HWID=2820eb7420-ea93-49ed-9f5a-a3c878f6e244d1"
  )
);



AI: **Overview:**
The provided code is a single file named `trigon.ts`, which appears to handle bypassing a hyperlink mechanism related to whitelisting based on HWID (Hardware ID). The script utilizes the `ky` library for HTTP requests and `cheerio` for HTML parsing.

**File: `./src/core/bypasses/trigon.ts`**

### Summary:
The main purpose of this file is to define an asynchronous function `trigon` that attempts to bypass a whitelisting mechanism by validating and modifying a given URL. It takes as input a URL and returns a result indicating success or error, retrying as necessary.

### Key Findings:

#### Positive Aspects:
- **Async/Await Usage:** The code appropriately uses asynchronous functions with `async/await`, making the HTTP calls non-blocking and more readable.
- **Error Handling:** There is a try-catch block that handles potential exceptions during execution, returning user-friendly error messages.

#### Negative Aspects:
1. **Code Readability and Maintainability:**
   - **Complex Logic:** The logic within the `trigon` function is relatively complex and could benefit from further decomposition into smaller, well-named helper functions for clarity and maintainability.
   - **Inconsistent Variable Naming:** The mix of camelCase and inconsistent use of terms (like `onclick` and `sessionCookie`) can reduce readability.

2. **Potential Issues:**
   - **Unverified URL and Session Handling:** The code assumes URLs and session values are safe without explicit sanitization or validation, which can expose security vulnerabilities, especially if input URLs are user-generated.
   - **Hardcoded User-Agent and Headers:** The `Sec-CH-UA` headers are hardcoded, which might not be flexible across different platforms or browser updates.

3. **Performance Concerns:**
   - **Redundant Requests:** There are instances where HTTP requests are repeated if the conditions are not met, potentially leading to unnecessary network usage. Consideration should be given to whether retries with modifications could be optimized.

### Specific Recommendations:
1. **Enhance Readability and Maintainability:**
   - Break the large function into smaller, modular functions, such as `getWhitelistStatus`, `extractUrlFromOnclick`, and `performBypass`.
   - Adopt consistent and descriptive variable naming conventions for better understanding.

2. **Security Improvements:**
   - Implement proper validation and sanitization of URLs and other input parameters to avoid risks related to injection attacks or malformed data.
   - Review and possibly use more dynamic methods for setting headers, especially for browsers and platforms that may change often.

3. **Performance:**
   - Consider implementing an exponential backoff strategy for retries instead of simple retries, to avoid excessive network requests during failure loops.

4. **General Enhancements:**
   - Add inline comments or documentation to describe complex logic blocks or business logic decisions to aid future maintainers.

**Overall Suggestions for the Codebase:**
- **Documentation:** Create comprehensive documentation covering the purpose and usage of utility functions, APIs, and endpoints involved in the codebase.
- **Testing:** Implement unit tests especially for edge cases, error handling logic, and retry mechanisms to ensure robustness.
- **Security Audit:** Conduct a security review to address any potential vulnerabilities or data leakage concerns given the nature of the code.
  
Ensuring these recommendations are considered will likely enhance the codebase's maintainability, performance, and security.
User: