GOLD-101 stringify migration

[kgmyatthu]

No description provided.

[linear]

GOLD-101 Integration with shardus/archiver

[arhamj]

Changes LGTM but we will have to wait for shardus/types changes to be merged and released.

The problem with the code is that it logs user-provided data without sanitizing it first. This can lead to log injection attacks where an attacker can manipulate the log entries by providing malicious input.

To fix this issue, we need to sanitize the user-provided data before logging it. In this case, the user-provided data is sender.nodeInfo.port which is logged on line 248 in the file src/Data/Data.ts.

We can sanitize the data by removing any newline characters from it. This can be done using the replace method in JavaScript. The replace method can take a regular expression as the first argument and a replacement string as the second argument. We can use the regular expression /\n|\r/g to match any newline characters and replace them with an empty string.

The problem with the code is that it logs user-provided data without sanitizing it first. This can lead to log injection attacks where a malicious user can manipulate the log entries by providing input with special characters that are interpreted when the log output is displayed.

To fix this issue, we need to sanitize the user-provided data before logging it. In this case, the user-provided data is sender.nodeInfo.port which is logged on line 256 in the file src/Data/Data.ts.

We can sanitize the data by removing any newline characters from it. This can be done using the replace method in JavaScript. The replace method searches a string for a specified value, or a regular expression, and returns a new string where the specified values are replaced. We can use a regular expression to match any newline characters and replace them with an empty string.

The regular expression for matching newline characters is /\n|\r/g. Here, \n matches a newline character, \r matches a carriage return character, | is a logical OR operator which matches the pattern before or the pattern after the operator, and g is a flag that indicates a global search which means find all matches rather than stopping after the first match.

So, the code to sanitize sender.nodeInfo.port would be sender.nodeInfo.port.replace(/\n|\r/g, "").

We need to make this change on line 256 in the file src/Data/Data.ts.

The problem with the code is that it logs user-provided data without sanitizing it first. This can lead to log injection attacks where an attacker can manipulate the log entries by providing malicious input.

To fix this issue, we need to sanitize the user-provided data before logging it. In this case, the user-provided data is sender.nodeInfo.port which is logged on line 271 in the file src/Data/Data.ts.

The best way to sanitize this data is to remove any newline characters from it. This can be done using the replace method in JavaScript. The replace method can take a regular expression as its first argument and a replacement string as its second argument. We can use the regular expression /\n|\r/g to match any newline characters and replace them with an empty string.

The problem with the code is that it logs user-provided data without sanitizing it first. This can lead to log injection attacks where a malicious user can manipulate the log entries by providing input with characters that are interpreted when the log output is displayed.

To fix this issue, we need to sanitize the user-provided data before logging it. In this case, we can use the String.prototype.replace method to remove any newline characters from the user-provided data. This will prevent the user from injecting new log entries.

The specific lines to change are in the file src/Data/Data.ts. We need to sanitize sender.nodeInfo.port before logging it on lines 289 and 295.

The problem with the code is that it logs user-provided data without sanitizing it first. This can lead to log injection attacks where an attacker can manipulate the log entries by providing malicious input.

To fix this issue, we need to sanitize the user-provided data before logging it. In this case, we can use the String.prototype.replace method to remove any newline characters from the user-provided data. This will prevent the attacker from injecting new log entries.

We need to make changes in the file src/Data/Data.ts. Specifically, we need to sanitize sender.nodeInfo.publicKey, sender.nodeInfo.ip, and sender.nodeInfo.port before logging them.

The problem with the code is that it logs user-provided data without sanitizing it first. This can lead to log injection attacks where an attacker can manipulate the log entries by providing malicious input.

To fix this issue, we need to sanitize the user-provided data before logging it. In this case, we need to sanitize sender.nodeInfo.port before logging it in the console.log and Logger.mainLogger.debug statements.

We can sanitize the data by removing any newline characters (\n and \r) from the user-provided data. This can be done using the replace method of the string, which can replace all occurrences of a substring with another string.

The specific lines to change are 289 and 295 in the file src/Data/Data.ts.

The problem with the code is that it logs user-provided data without sanitizing it first. This can lead to log injection attacks where an attacker can manipulate the log entries by providing malicious input.

To fix this issue, we need to sanitize the user-provided data before logging it. In this case, the user-provided data is a URL and a parse error message. We can sanitize these by removing any newline characters (\n and \r) that they may contain. This can be done using the replace method of the String object in JavaScript.

The specific lines to change are in the file src/P2P.ts, specifically line 95 where the user-provided data is logged. We need to replace this line with a version that sanitizes the url and parseError variables before logging them.

No new methods, imports, or definitions are needed to implement these changes.

The problem with the code is that it logs user-provided data without sanitizing it first. This can lead to log injection attacks where an attacker can manipulate the log entries by providing malicious input.

To fix this issue, we need to sanitize the user-provided data before logging it. In this case, the user-provided data is a URL, so we need to ensure that it does not contain any characters that can be interpreted when the log output is displayed.

We can use the encodeURI function to encode the URL before logging it. This function encodes special characters, except: , / ? : @ & = + $ #. This should be sufficient to prevent log injection attacks in this case.

The changes need to be made in the file src/P2P.ts, specifically on line 122 where the URL is logged.

The problem with the code is that it logs user-provided data without sanitizing it first. This can lead to log injection attacks where an attacker can manipulate the log entries by providing input that includes special characters interpreted by the log viewer.

To fix this issue, we need to sanitize the user-provided data before logging it. In this case, the user-provided data is a URL, so we need to ensure that it does not contain any characters that could be interpreted by the log viewer.

We can use the encodeURI function to encode the URL before logging it. This function encodes special characters, except: , / ? : @ & = + $ #. This should be sufficient to prevent log injection attacks in this case.

The changes need to be made in the file src/P2P.ts, specifically in the function getJson on lines 122 and 127 where the url variable is logged.