AnkiMCP Server

What was found

The repository tracks a file with executable permission.

Why it matters

Executable files identify code or tooling that may be run directly.

Evidence snippet

No public snippet is available. It was not recorded or is withheld to protect sensitive content.

Scanner interpretation

A static rule match is a signal for contextual inspection, not a confirmed vulnerability or malicious behavior.

Recommended check

Inspect the file and how it is invoked. Executable permissions are normal for CLI and server scripts; confirm the intended entry point before running it.

Limitations and legitimate-use context

Executable permission is normal for scripts and does not show that the file is unsafe or automatically executed.

What was found

The repository tracks a file with executable permission.

Why it matters

Executable files identify code or tooling that may be run directly.

Evidence snippet

No public snippet is available. It was not recorded or is withheld to protect sensitive content.

Scanner interpretation

A static rule match is a signal for contextual inspection, not a confirmed vulnerability or malicious behavior.

Recommended check

Inspect the file and how it is invoked. Executable permissions are normal for CLI and server scripts; confirm the intended entry point before running it.

Limitations and legitimate-use context

Executable permission is normal for scripts and does not show that the file is unsafe or automatically executed.

What was found

The repository tracks a file with executable permission.

Why it matters

Executable files identify code or tooling that may be run directly.

Evidence snippet

No public snippet is available. It was not recorded or is withheld to protect sensitive content.

Scanner interpretation

A static rule match is a signal for contextual inspection, not a confirmed vulnerability or malicious behavior.

Recommended check

Inspect the file and how it is invoked. Executable permissions are normal for CLI and server scripts; confirm the intended entry point before running it.

Limitations and legitimate-use context

Executable permission is normal for scripts and does not show that the file is unsafe or automatically executed.

What was found

Static analysis detected an API or option capable of launching shell commands.

Why it matters

Shell execution can interact with the host system and expands the impact of unsafe input.

Evidence snippet

def _kill_process_group(proc: subprocess.Popen[str]) -> None:

Scanner interpretation

A static rule match is a signal for contextual inspection, not a confirmed vulnerability or malicious behavior.

Recommended check

Inspect the command, its inputs and call path. Check input validation and whether execution is expected and explicitly authorized.

Limitations and legitimate-use context

The presence of an execution mechanism does not show that it is unsafe or that it runs without user intent.

What was found

Static analysis detected an API or option capable of launching shell commands.

Why it matters

Shell execution can interact with the host system and expands the impact of unsafe input.

Evidence snippet

Deliberately NOT ``subprocess.run(timeout=...)``: that kills only the direct

Scanner interpretation

A static rule match is a signal for contextual inspection, not a confirmed vulnerability or malicious behavior.

Recommended check

Inspect the command, its inputs and call path. Check input validation and whether execution is expected and explicitly authorized.

Limitations and legitimate-use context

The presence of an execution mechanism does not show that it is unsafe or that it runs without user intent.

What was found

Static analysis detected an API or option capable of launching shell commands.

Why it matters

Shell execution can interact with the host system and expands the impact of unsafe input.

Evidence snippet

with subprocess.Popen(

Scanner interpretation

A static rule match is a signal for contextual inspection, not a confirmed vulnerability or malicious behavior.

Recommended check

Inspect the command, its inputs and call path. Check input validation and whether execution is expected and explicitly authorized.

Limitations and legitimate-use context

The presence of an execution mechanism does not show that it is unsafe or that it runs without user intent.

What was found

Static analysis detected an API or option capable of launching shell commands.

Why it matters

Shell execution can interact with the host system and expands the impact of unsafe input.

Evidence snippet

# flight against the collection. subprocess.run() kills the child on

Scanner interpretation

A static rule match is a signal for contextual inspection, not a confirmed vulnerability or malicious behavior.

Recommended check

Inspect the command, its inputs and call path. Check input validation and whether execution is expected and explicitly authorized.

Limitations and legitimate-use context

The presence of an execution mechanism does not show that it is unsafe or that it runs without user intent.

What was found

Static analysis detected an API or option capable of launching shell commands.

Why it matters

Shell execution can interact with the host system and expands the impact of unsafe input.

Evidence snippet

subprocess.run([opener, str(path)], check=False)

Scanner interpretation

A static rule match is a signal for contextual inspection, not a confirmed vulnerability or malicious behavior.

Recommended check

Inspect the command, its inputs and call path. Check input validation and whether execution is expected and explicitly authorized.

Limitations and legitimate-use context

The presence of an execution mechanism does not show that it is unsafe or that it runs without user intent.