Bump enterprise agent version

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[step-security-bot]

Please find StepSecurity AI-CodeWise code comments below.

Code Comments

dist/pre/index.js.map

{
"recommendations":[
{
"Severity":"High",
"Recommendation":"Input validation",
"Description":"The code does not perform any input validation on user-supplied data which can lead to various attacks such as injection and buffer overflow. This can be fixed by validating user input and rejecting malformed or potentially dangerous input.",
"Remediation":"Perform input validation using a trusted library or write custom code to ensure that all input data is sanitized and validated before it is used in the application."
},
{
"Severity":"High",
"Recommendation":"Insecure password storage",
"Description":"The code stores user passwords in plaintext format which can result in unauthorized access if the password database is compromised. It is recommended to store user passwords in a hashed and salted format.",
"Remediation":"Use a secure password storage mechanism such as bcrypt, scrypt or argon2 and ensure that passwords are salted before being hashed."
},
{
"Severity":"High",
"Recommendation":"SQL injection",
"Description":"The code performs dynamic SQL queries without sanitizing user input, which can result in SQL injection attacks. It is recommended to use parameterized SQL queries to prevent SQL injection.",
"Remediation":"Use parameterized SQL queries to ensure that user-supplied data is properly sanitized and quoted before being used in a SQL query."
},
{
"Severity":"High",
"Recommendation":"Cross-site scripting",
"Description":"The code does not properly sanitize output before displaying it to users, which can result in cross-site scripting (XSS) attacks. It is recommended to sanitize all output to prevent XSS attacks.",
"Remediation":"Encode all user input before displaying it to users, or use a trusted output encoding library to sanitize output and prevent XSS attacks."
},
{
"Severity":"Medium",
"Recommendation":"Sensitive data exposure",
"Description":"The code does not properly protect sensitive data such as user passwords, API keys or session tokens. It is recommended to use encryption or hashing to protect sensitive data.",
"Remediation":"Use encryption or hashing to protect sensitive data such as user passwords, API keys or session tokens. Ensure that encryption keys or hashes are stored securely."
},
{
"Severity":"Medium",
"Recommendation":"Insecure cryptographic storage",
"Description":"The code uses weak cryptographic algorithms or key sizes, or stores encryption keys in an insecure manner. It is recommended to use strong cryptographic algorithms and key sizes, and to store encryption keys securely.",
"Remediation":"Use strong cryptographic algorithms and key sizes to protect sensitive data. Store encryption keys securely using a trusted key management system."
},
{
"Severity":"Medium",
"Recommendation":"Insecure communications",
"Description":"The code does not use secure communications to protect sensitive data in transit. It is recommended to use HTTPS or other secure communication protocols.",
"Remediation":"Use HTTPS or other secure communication protocols to protect sensitive data in transit. Ensure that certificates are valid and up-to-date."
},
{
"Severity":"Low",
"Recommendation":"Unused code",
"Description":"The code contains unused or dead code that can cause confusion and increase the attack surface of the application.",
"Remediation":"Remove unused or dead code from the application to reduce confusion and the attack surface of the application."
},
{
"Severity":"Low",
"Recommendation":"Code comments",
"Description":"The code does not contain sufficient comments or documentation to help developers understand how the code works. This can lead to bugs and security vulnerabilities.",
"Remediation":"Add sufficient comments and documentation to the code to help developers understand how it works and to reduce the likelihood of bugs and security vulnerabilities."
}
]
}

src/checksum.ts

• [High]Verify checksums before using downloaded files
  The code is downloading files, but not verifying the authenticity of the downloaded files. Verify the checksum of the downloaded files against a checksum that is signed by the software provider before using the downloaded files. This can be achieved by downloading the checksum file, verifying the checksum file signature, and then using the checksum file to verify the downloaded files.
• [Medium]Replace multiple declarations of constants with a single object
  The code is declaring constants in separate variables. This makes it difficult to manage when the number of constants increases, and it is better to declare them as an object that holds all the constants together. Declare constants as an object that holds all the constants together and is easier to manage.

src/install-agent.ts

• [High]Verify TLS certificate of package source
  The package download URL is using HTTPS, but there is no validation of the server's TLS certificate. This may leave the agent installation process vulnerable to man-in-the-middle attacks. Before downloading the tool, use a certificate validation library, such as the Node.js 'tls' module's 'checkServerIdentity' method, to verify that the server certificate matches the expected hostname and is issued by a trusted CA.
• [Medium]Use a consistent version of the package
  The package version is being changed between requests based on a variable, which may result in different versions being installed for different requests. This may cause inconsistencies and stability issues. Use a static version of the package URL, or use a package manager tool to ensure consistent versioning.
• [Medium]Check if the downloaded file matches the expected package
  There is no verification step to check if the downloaded file contains the expected package. This may lead to installation of a malicious or unintended package. Before installation, use a hash function library, such as 'crypto' or 'hasha', to verify that the downloaded package matches the expected hash value.
• [Low]Use strict comparison in conditional statement
  The 'variant' variable is compared using non-strict equality operator '==', which may cause unexpected behavior if the variable type changes. Change the comparison operator to '===' for strict identity comparison.

dist/pre/index.js

• [High]Avoid the use of property descriptors that are not supported on all platforms and could result in unexpected behavior. Use a more widely supported approach instead
  The use of Object.defineProperty with a non-standard value option could cause compatibility issues with some platforms. Replace the use of Object.defineProperty with a plain assignment to the exports object: exports.__esModule = true;
• [High]Do not use deprecated APIs when better alternatives exist
  The function Promise.race() is deprecated in favor of Promise.any(), which is more performant and has a better API. Replace the call to Promise.race() with Promise.any(), making sure to handle the possibility of all promises being rejected. Return the result of running Promise.any().
• [High]Avoid the use of deprecated APIs when better alternatives exist
  The use of Buffer.from() with no encoding argument can cause compatibility issues with some platforms. Use a more standard approach instead. Use the TextEncoder API to convert the string to a Uint8Array. Alternatively, provide an encoding argument to Buffer.from() to specify the encoding format of the input string.
• [High]Avoid the use of deprecated APIs when better alternatives exist
  The use of Buffer for encoding and decoding within the uint8ArrayToString and stringToUint8Array functions can cause compatibility issues with some platforms. Use more standard APIs instead. Use the TextEncoder and TextDecoder APIs to encode and decode strings from and to Uint8Arrays, respectively.
• [High]When using potentially long-running asynchronous operations, the use of an AbortSignal can be used to cancel the operation when necessary
  The cancelablePromiseRace function does not use the AbortSignal parameter provided in the options argument to cancel the operation when requested. Modify the cancelablePromiseRace function so that it registers the abort event listener on the provided AbortSignal. When the abort event is received, cancel the AbortController instance created within the function by calling its abort() method, and remove the previously-registered abort event listener from the AbortSignal.
• [Medium]When using cryptographic algorithms, provide a digest algorithm name to ensure that the correct hash function is used
  The computeSha256Hash function provides no digest algorithm name when calling crypto.subtle.digest, which can lead to unexpected hash function selection. Supply the name of a digest algorithm to the crypto.subtle.digest method, such as SHA-256.
• [Low]Use specific error types instead of general purpose Error object so code can differentiate errors and handle them appropriately
  The getErrorMessage function catches any unknown type of value, and its return type is controlled by the unknown type. A more specific error type should be used so the code can differentiate errors and handle them appropriately. Define a custom error type with a name and message fields. Catch that error type in the getErrorMessage function instead of the unknown type. Return an instance of the custom error type with a message that includes the original error's message.
• [Low]Avoid the use of redundant fields or code
  The createAbortablePromise function adds the isAborted property to the promise that it creates. This is redundant because the Promise object has a state property that indicates if the promise has resolved or rejected. Additionally, options are passed in as an argument but are never used. Remove the isAborted property from the promise instance creation. Remove the options argument from the function signature.

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