import shutil  # used for the function's implementation

# imports
import pytest  # used for our unit tests
from src.mcp.client.stdio.win32 import get_windows_executable_command

# unit tests

def test_basic_command_exists():
    # Test with a basic command that should exist without extensions
    codeflash_output = get_windows_executable_command("python")

def test_command_with_extension():
    # Test with a command that should resolve with an extension
    codeflash_output = get_windows_executable_command("cmd")

def test_nonexistent_command():
    # Test with a command that does not exist
    codeflash_output = get_windows_executable_command("nonexistentcommand")

def test_command_with_spaces():
    # Test with a command containing spaces, which should not resolve
    codeflash_output = get_windows_executable_command("Program Files")

def test_command_with_path():
    # Test with a direct path to an executable
    path = "C:\\Windows\\System32\\calc.exe"
    codeflash_output = get_windows_executable_command(path)

def test_empty_command():
    # Test with an empty command string
    codeflash_output = get_windows_executable_command("")

def test_command_with_mixed_case():
    # Test with a command with mixed case
    codeflash_output = get_windows_executable_command("NoTePaD")

def test_large_scale_commands():
    # Test with a large list of commands to assess performance
    commands = ["cmd", "python", "git", "powershell"]
    for command in commands:
        codeflash_output = get_windows_executable_command(command)

def test_multiple_versions():
    # Test with a command that might have multiple versions
    codeflash_output = get_windows_executable_command("python")

def test_environment_specific_command():
    # Test with a command that might exist only in certain environments
    codeflash_output = get_windows_executable_command("envspecificcommand")
# codeflash_output is used to check that the output of the original code is the same as that of the optimized code.

import shutil  # used to locate commands in the system's PATH

# imports
import pytest  # used for our unit tests
from src.mcp.client.stdio.win32 import get_windows_executable_command

# unit tests

def test_command_exists_without_extension():
    # Test with a command that exists in PATH without extension
    codeflash_output = get_windows_executable_command('python')

def test_command_exists_with_extension():
    # Test with a command that exists in PATH with an extension
    codeflash_output = get_windows_executable_command('python.exe')

def test_command_exists_only_with_extensions():
    # Test with a command that exists only with extensions
    codeflash_output = get_windows_executable_command('npm')

def test_command_exists_with_multiple_extensions():
    # Test with a command that exists with multiple extensions
    # Assuming 'mytool.cmd' is found first
    codeflash_output = get_windows_executable_command('mytool')

def test_nonexistent_command():
    # Test with a command that does not exist
    codeflash_output = get_windows_executable_command('nonexistentcommand')

def test_empty_command_string():
    # Test with an empty command string
    codeflash_output = get_windows_executable_command('')

def test_command_with_spaces():
    # Test with a command that has spaces in it
    # Assuming 'my tool.exe' exists
    codeflash_output = get_windows_executable_command('my tool')

def test_special_characters_in_command():
    # Test with a command that has special characters
    # Assuming '[email protected]' exists
    codeflash_output = get_windows_executable_command('command@123')

def test_permission_issues():
    # Simulate permission issues by checking a command that exists but is inaccessible
    # This test assumes that 'restrictedcommand' is a command with restricted permissions
    # Since we cannot actually change file permissions in this test, we rely on the fallback behavior
    codeflash_output = get_windows_executable_command('restrictedcommand')

def test_large_number_of_commands():
    # Test performance with a large number of commands
    commands = [f'cmd{i}' for i in range(1000)]
    for command in commands:
        # Assuming none of these commands exist
        codeflash_output = get_windows_executable_command(command)
# codeflash_output is used to check that the output of the original code is the same as that of the optimized code.

from src.mcp.client.stdio.win32 import get_windows_executable_command

def test_get_windows_executable_command():
    get_windows_executable_command('')

def test_get_windows_executable_command_2():
    get_windows_executable_command('[')