Fork injection

[TonyCTHsu]

What does this PR do?

In order to minimize side effect of the injection script. Wrap it with a fork.

[datadog-datadog-prod-us1]

🟠 Code Vulnerability

Potential shell injection, check inputs are not coming from untrusted data (...read more)

This rule checks for potential shell injection vulnerabilities in your Ruby code. Shell injection is a serious security risk, as it allows an attacker to execute arbitrary commands on your system, potentially leading to data theft, corruption, or other malicious actions. When user input is used to form shell commands, it is essential to ensure that it cannot be manipulated to alter the intended command execution.

The importance of this rule cannot be overstated. Preventing shell injection attacks is a critical aspect of maintaining the security and integrity of your application and its data. Shell injections can lead to severe consequences, including unauthorized access, data breaches, and system compromise.

To avoid shell injection vulnerabilities, always use the array form of system commands in Ruby, such as system("echo", "Hello, World!") instead of system("echo Hello, World!"). The array form ensures that the arguments are passed directly to the command and not interpreted by the shell. Also, avoid using user input directly in shell commands. If it's unavoidable, make sure to sanitize the input thoroughly before using it. Use libraries such as Shellwords.escape to escape any potentially dangerous characters in the user input.

    

[datadog-datadog-prod-us1]

🟠 Code Vulnerability

Potential shell injection, check inputs are not coming from untrusted data (...read more)

This rule checks for potential shell injection vulnerabilities in your Ruby code. Shell injection is a serious security risk, as it allows an attacker to execute arbitrary commands on your system, potentially leading to data theft, corruption, or other malicious actions. When user input is used to form shell commands, it is essential to ensure that it cannot be manipulated to alter the intended command execution.

The importance of this rule cannot be overstated. Preventing shell injection attacks is a critical aspect of maintaining the security and integrity of your application and its data. Shell injections can lead to severe consequences, including unauthorized access, data breaches, and system compromise.

To avoid shell injection vulnerabilities, always use the array form of system commands in Ruby, such as system("echo", "Hello, World!") instead of system("echo Hello, World!"). The array form ensures that the arguments are passed directly to the command and not interpreted by the shell. Also, avoid using user input directly in shell commands. If it's unavoidable, make sure to sanitize the input thoroughly before using it. Use libraries such as Shellwords.escape to escape any potentially dangerous characters in the user input.

    

[pr-commenter]

Benchmarks

Benchmark execution time: 2024-07-25 10:43:07

Comparing candidate commit 1badd78 in PR branch tonycthsu/fork-injection with baseline commit 9a7002c in branch master.

Found 0 performance improvements and 0 performance regressions! Performance is the same for 10 metrics, 2 unstable metrics.

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using string interpolation or formatting instead of concatenation. (...read more)

The rule "Avoid string concatenation" is an important coding practice in Ruby for ensuring efficient and clean code. String concatenation in Ruby using the '+' operator creates a new string object, which can lead to excessive memory usage and slower performance when dealing with large strings or performing the operation multiple times.

Instead, Ruby provides alternatives that are more efficient. The string interpolation syntax #{} allows you to insert variables directly into strings without creating new string objects. This is not only more memory efficient, but also provides cleaner and more readable code.

Another alternative is the format method, which allows you to create a formatted string with placeholders for variables. This method is particularly useful when dealing with more complex strings, as it provides a clear and concise way to format your strings.

By following this rule, you can write more efficient and cleaner Ruby code, leading to better performance and readability.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using string interpolation or formatting instead of concatenation. (...read more)

The rule "Avoid string concatenation" is an important coding practice in Ruby for ensuring efficient and clean code. String concatenation in Ruby using the '+' operator creates a new string object, which can lead to excessive memory usage and slower performance when dealing with large strings or performing the operation multiple times.

Instead, Ruby provides alternatives that are more efficient. The string interpolation syntax #{} allows you to insert variables directly into strings without creating new string objects. This is not only more memory efficient, but also provides cleaner and more readable code.

Another alternative is the format method, which allows you to create a formatted string with placeholders for variables. This method is particularly useful when dealing with more complex strings, as it provides a clear and concise way to format your strings.

By following this rule, you can write more efficient and cleaner Ruby code, leading to better performance and readability.

    

[datadog-datadog-prod-us1]

🟠 Code Vulnerability

Potential shell injection, check inputs are not coming from untrusted data (...read more)

This rule checks for potential shell injection vulnerabilities in your Ruby code. Shell injection is a serious security risk, as it allows an attacker to execute arbitrary commands on your system, potentially leading to data theft, corruption, or other malicious actions. When user input is used to form shell commands, it is essential to ensure that it cannot be manipulated to alter the intended command execution.

The importance of this rule cannot be overstated. Preventing shell injection attacks is a critical aspect of maintaining the security and integrity of your application and its data. Shell injections can lead to severe consequences, including unauthorized access, data breaches, and system compromise.

To avoid shell injection vulnerabilities, always use the array form of system commands in Ruby, such as system("echo", "Hello, World!") instead of system("echo Hello, World!"). The array form ensures that the arguments are passed directly to the command and not interpreted by the shell. Also, avoid using user input directly in shell commands. If it's unavoidable, make sure to sanitize the input thoroughly before using it. Use libraries such as Shellwords.escape to escape any potentially dangerous characters in the user input.

    

[datadog-datadog-prod-us1]

🟠 Code Vulnerability

Potential shell injection, check inputs are not coming from untrusted data (...read more)

This rule checks for potential shell injection vulnerabilities in your Ruby code. Shell injection is a serious security risk, as it allows an attacker to execute arbitrary commands on your system, potentially leading to data theft, corruption, or other malicious actions. When user input is used to form shell commands, it is essential to ensure that it cannot be manipulated to alter the intended command execution.

The importance of this rule cannot be overstated. Preventing shell injection attacks is a critical aspect of maintaining the security and integrity of your application and its data. Shell injections can lead to severe consequences, including unauthorized access, data breaches, and system compromise.

To avoid shell injection vulnerabilities, always use the array form of system commands in Ruby, such as system("echo", "Hello, World!") instead of system("echo Hello, World!"). The array form ensures that the arguments are passed directly to the command and not interpreted by the shell. Also, avoid using user input directly in shell commands. If it's unavoidable, make sure to sanitize the input thoroughly before using it. Use libraries such as Shellwords.escape to escape any potentially dangerous characters in the user input.

    

[codecov-commenter]

Codecov Report

All modified and coverable lines are covered by tests ✅

Project coverage is 97.90%. Comparing base (9a7002c) to head (1badd78).
Report is 7 commits behind head on master.

Additional details and impacted files

@@           Coverage Diff           @@
##           master    #3803   +/-   ##
=======================================
  Coverage   97.89%   97.90%           
=======================================
  Files        1261     1261           
  Lines       75614    75614           
  Branches     3706     3706           
=======================================
+ Hits        74026    74031    +5     
+ Misses       1588     1583    -5     

☔ View full report in Codecov by Sentry.
📢 Have feedback on the report? Share it here.

[datadog-datadog-staging-us1-all]

🟠 Code Vulnerability

Potential shell injection, check inputs are not coming from untrusted data (...read more)

This rule checks for potential shell injection vulnerabilities in your Ruby code. Shell injection is a serious security risk, as it allows an attacker to execute arbitrary commands on your system, potentially leading to data theft, corruption, or other malicious actions. When user input is used to form shell commands, it is essential to ensure that it cannot be manipulated to alter the intended command execution.

The importance of this rule cannot be overstated. Preventing shell injection attacks is a critical aspect of maintaining the security and integrity of your application and its data. Shell injections can lead to severe consequences, including unauthorized access, data breaches, and system compromise.

To avoid shell injection vulnerabilities, always use the array form of system commands in Ruby, such as system("echo", "Hello, World!") instead of system("echo Hello, World!"). The array form ensures that the arguments are passed directly to the command and not interpreted by the shell. Also, avoid using user input directly in shell commands. If it's unavoidable, make sure to sanitize the input thoroughly before using it. Use libraries such as Shellwords.escape to escape any potentially dangerous characters in the user input.