# -*- coding: utf-8 -*-
from setuphelpers import *
import time
import winshell

def remove_putty_if_install_with_exe():
    if uninstall_key_exists("PuTTY_is1"):
        killalltasks(control.impacted_process.split(","))
        # uninstaller cannot be silenced by design (cf putty.iss), so we remove stuff by hand
        # run('"%s" /VERYSILENT /SUPPRESSMSGBOXES' % os.path.join(programfiles32,'putty','unins000.exe'))
        if isdir(install_location("PuTTY_is1")):
            remove_tree(install_location("PuTTY_is1"))
        registry_delete(HKEY_LOCAL_MACHINE, "SOFTWARE\\Classes\\PuTTYPrivateKey", None)
        if iswin64():
            registry_delete(HKEY_LOCAL_MACHINE, "SOFTWARE\\Wow6432Node\\Microsoft\\Windows\\CurrentVersion\\Uninstall\\PuTTY_is1", None)
        else:
            registry_delete(HKEY_LOCAL_MACHINE, "SOFTWARE\\Microsoft\\Windows\\CurrentVersion\\Uninstall\\PuTTY_is1", None)
        putty_link = makepath(winshell.programs(common=1), "PuTTY")
        if isdir(putty_link):
            remove_tree(putty_link)
        unregister_uninstall("Putty_is1")


def install():
    # Uninstalling the EXE versions of the software
    remove_putty_if_install_with_exe()
    
    # Initializing variables
    package_version = control.version.split("-", 1)[0]
    bin_name = glob.glob("putty-*-installer.msi")[0]

    # Force uninstalling older versions of the software
    for to_uninstall in installed_softwares(name="PuTTY "):
        if Version(to_uninstall["version"]) < Version(control.get_software_version()) or force:
            print("Removing: %s (%s)" % (to_uninstall["name"], to_uninstall["version"]))
            killalltasks(ensure_list(control.impacted_process))
            try:
                run(uninstall_cmd(to_uninstall["key"]))
                wait_uninstallkey_absent(to_uninstall["key"], max_loop=60, raise_on_timeout=True)
            except Exception as e:
                print(e)
                time.sleep(60)
                unregister_uninstall(to_uninstall["key"], win64app=to_uninstall["win64"])
                if isdir(to_uninstall["install_location"]):
                    remove_tree(to_uninstall["install_location"])

    # Installing the package
    install_msi_if_needed(
        bin_name,
        min_version=package_version,
    )


def session_setup():
    remove_user_programs_menu_folder("PuTTY (64-bit)")
    remove_user_programs_menu_folder("PuTTY")


def uninstall():
    remove_programs_menu_folder("PuTTY (64-bit)")
    remove_programs_menu_folder("PuTTY")


def remove_user_programs_menu_folder(folder):
    """Remove a folder from the start menu of current user

    Args:
        folder(str): folder to remove
    """
    user_programs_menu_folder = makepath(winshell.programs(common=0), folder)
    if isdir(user_programs_menu_folder):
        remove_tree(user_programs_menu_folder)

                                

# -*- coding: utf-8 -*-
from setuphelpers import *
from setupdevhelpers import *


def update_package():
    # Declaring local variables
    package_updated = False
    proxies = get_proxies()
    if not proxies:
        proxies = get_proxies_from_wapt_console()
    download_dict = {
        "windows-x64": "https://the.earth.li/~sgtatham/putty/latest/w64/",
        "windows-x86": "https://the.earth.li/~sgtatham/putty/latest/w32/",
    }
    url = download_dict[control.target_os + "-" + ensure_list(control.architecture)[0]]
    download_str = download_dict[control.target_os + "-" + ensure_list(control.architecture)[0]]

    # Getting latest version from official sources
    print("URL used is: %s" % url)
    for bs_search in bs_find_all(url, "a", "href", proxies=proxies):
        if "installer.msi" in bs_search["href"]:
            latest_bin = bs_search["href"]
            version = latest_bin.rsplit("-")[-2]
            download_url = url + bs_search["href"]
            break

    # Downloading latest binaries
    print("Latest %s version is: %s" % (control.name, version))
    print("Download URL is: %s" % download_url)
    if not isfile(latest_bin):
        print("Downloading: %s" % latest_bin)
        wget(download_url, latest_bin, proxies=proxies)
    else:
        print("Binary is present: %s" % latest_bin)

    # Deleting outdated binaries
    remove_outdated_binaries(latest_bin)
    # arch_list = ensure_list(control.architecture)
    # remove_outdated_binaries(version, filename_contains=("x64" if "x64" in arch_list else "x86" if "x86" in arch_list else []))

    # Checking version from file
    if get_os_name() == "windows" in control.target_os.lower():
        version_from_file = get_version_from_binary(latest_bin)
        if Version(version_from_file, 4) == Version(version, 4):
            print(f"INFO: Binary file version ({version_from_file}) corresponds to online version ({version})")
        else:
            error(f"ERROR: Binary file version ({version_from_file}) do NOT corresponds to online version ({version})")

    # Changing version of the package
    if Version(version, 4) > Version(control.get_software_version(), 4):
        print("Software version updated (from: %s to: %s)" % (control.get_software_version(), Version(version)))
        package_updated = True
    else:
        print("Software version up-to-date (%s)" % Version(version))
    control.set_software_version(version)
    control.save_control_to_wapt()

    # Validating or not update-package-sources
    return package_updated

    # # Changing version of the package and validating update-package-sources
    # return complete_control_version(control, version)