flawfinder

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.

Terminal Output Spoofing: A malicious file whose name contains ANSI escape sequences can end up being included in flawfinder's standard terminal output, with many effects. For example, this might allow an attacker to hide critical scan results, falsely making it appear to a human reviewer that no security issues were found.

CSV and XML Injection: Untrusted fields (such as filenames, categories, or code context text) were not properly sanitized when generating structured reports. An attacker could exploit this to corrupt CSV formats or inject arbitrary XML attributes into SonarQube outputs via output_sonar().

Pre-scanning filenames: Manually or programmatically verifying that target repositories do not contain filenames with control characters (including ANSI escape sequences) before passing them to flawfinder.

Inspecting raw output: Reviewing flawfinder outputs in a text editor or logging mechanism that explicitly displays or strips raw escape sequences, rather than relying on live terminal rendering.

Restricting untrusted inputs: Avoiding the generation of SonarQube or CSV reports from completely untrusted repositories until the tool is updated.