package           : tis-paint
version           : 11.2504.551.0-64
architecture      : all
section           : base
priority          : optional
name              : Paint
categories        : Utilities
maintainer        : WAPT Team,Tranquil IT,Jimmy PELÉ
description       : Paint is a powerful but intuitive image editing app that has been a favorite on Windows. Quickly create and edit your masterpieces with the built-in tools, and when you're ready, save your files in almost any format and share them anywhere
depends           : 
conflicts         : 
maturity          : PROD
locale            : all
target_os         : windows
min_wapt_version  : 2.4
sources           : https://apps.microsoft.com/store/detail/9PCFS5B6T72H
installed_size    : 55989941
impacted_process  : mspaint
description_fr    : 
description_pl    : 
description_de    : 
description_es    : 
description_pt    : 
description_it    : 
description_nl    : 
description_ru    : 
audit_schedule    : 
editor            : 
keywords          : 
licence           : wapt_public
homepage          : 
package_uuid      : efe38ad5-eeae-4445-b469-b47eae00ced2
valid_from        : 
valid_until       : 
forced_install_on : 
changelog         : 
min_os_version    : 10.0.22000
max_os_version    : 
icon_sha256sum    : b069c6780148be78d5a7705547113bdb65aa8aee53e57821e8855d6bb64acca9
signer            : Tranquil IT
signer_fingerprint: 8c5127a75392be9cc9afd0dbae1222a673072c308c14d88ab246e23832e8c6bb
signature_date    : 2025-08-04T10:08:06.000000
signed_attributes : package,version,architecture,section,priority,name,categories,maintainer,description,depends,conflicts,maturity,locale,target_os,min_wapt_version,sources,installed_size,impacted_process,description_fr,description_pl,description_de,description_es,description_pt,description_it,description_nl,description_ru,audit_schedule,editor,keywords,licence,homepage,package_uuid,valid_from,valid_until,forced_install_on,changelog,min_os_version,max_os_version,icon_sha256sum,signer,signer_fingerprint,signature_date,signed_attributes
signature         : xegAQtiZ5vMuNQm3I3/QcHnQn10TgFF3XmFmFZ6FV1Et3PtL4bVlnaEX8o11YlKS3HnRGYZ/+m5jjf6+m23EsqOwzWXnViEU0Ig5FyC8Iee/XqfDsfvHFzhm0cR9EznLK3ixHKscJ0N78xBR66EY1iuF0Hfy82YAPd9lIttr5P6+a/CPh6v+JEAkMkFLFZVhUbcaAY/8DTaED+CNCqbSFQSdsngrTa6hbCGHhN+paB2Bh+7uhpOCpIvGoTofCb+dYx+XjvrEloi56XkBv68sPGAQR/OyNRAFXRzaQSrLP+VYm/Jc9vKHZSuqsLiRc316PrhCxwyj4cs37ez+j+TmKw==

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


appx_package_name = "Microsoft.Paint"
appx_dir = makepath(programfiles, "WindowsAppsInstallers")


def install():
    # Declare local variables
    bins_dir = control.package.split("-", 1)[1]
    old_appx_bins_dir = makepath(appx_dir, bins_dir)
    appx_bins_dir = makepath(os.getcwd(), bins_dir)

    # Removing sources because they are no longer needed
    if isdir(old_appx_bins_dir):
        print("Removing: %s" % (old_appx_bins_dir))
        remove_tree(old_appx_bins_dir)
    if dir_is_empty(appx_dir):
        print("Removing: %s since it is empty" % (appx_dir))
        remove_tree(appx_dir)

    # Removing binaries of different architectures
    for f in glob.glob(appx_bins_dir + "/*"):
        fname = f.split(os.sep)[-1]
        if control.architecture == "all":
            if "x86" in glob.glob(makepath(appx_bins_dir, f"{appx_package_name}_*"))[0].split(os.sep)[-1]:
                if not "x86" in fname and not "neutral" in fname:
                    remove_file(f)
            else:
                if not get_host_architecture() in fname and not "neutral" in fname:
                    remove_file(f)
        else:
            if not get_host_architecture() in fname and not "neutral" in fname:
                remove_file(f)
    bin_path = glob.glob(makepath(appx_bins_dir, f"{appx_package_name}_*"))[0]
    dependencies_pathes = ",".join([f'"{a}"' for a in glob.glob(makepath(appx_bins_dir, "*")) if not appx_package_name in a])
    add_appx_cmd = f'Add-AppxProvisionedPackage -Online -PackagePath "{bin_path}" -SkipLicense'
    if dependencies_pathes:
        add_appx_cmd += f" -DependencyPackagePath {dependencies_pathes}"

    # Installing the UWP application if needed
    appxprovisionedpackage = run_powershell(f'Get-AppXProvisionedPackage -Online | Where-Object DisplayName -Like "{appx_package_name}"')
    if appxprovisionedpackage is None:
        remove_appx(appx_package_name, False)
        appxprovisionedpackage = {"Version": "0"}
    elif force:
        uninstall()
    if Version(appxprovisionedpackage["Version"], 4) < Version(control.get_software_version(), 4):
        print(f"Installing: {bin_path.split(os.sep)[-1]} ({control.get_software_version()})")
        killalltasks(ensure_list(control.impacted_process))
        run_powershell(add_appx_cmd, output_format="text")
    else:
        print(f'{appxprovisionedpackage["PackageName"]} is already installed and up-to-date.')


def uninstall():
    print(f"Removing AppX: {appx_package_name}")
    remove_appx(appx_package_name)


def audit():
    # Declaring local variables
    audit_result = "OK"
    audit_version = True
    appxprovisionedpackage = run_powershell(f'Get-AppXProvisionedPackage -Online | Where-Object DisplayName -Like "{appx_package_name}"')

    # Auditing software
    if appxprovisionedpackage is None:
        print(f"{appx_package_name} is not installed.")
        audit_result = "ERROR"
    elif audit_version:
        if Version(appxprovisionedpackage.get("Version", "0"), 4) < Version(control.get_software_version(), 4):
            print(
                f'{appxprovisionedpackage["PackageName"]} is installed in version: {appxprovisionedpackage["Version"]} instead of: {control.get_software_version()}.'
            )
            audit_result = "WARNING"
        else:
            print(f'{appxprovisionedpackage["PackageName"]} is installed and up-to-date.')
    else:
        print(f'{appxprovisionedpackage["PackageName"]} is installed.')

    return audit_result


def remove_appx(package, default_user=True):
    """Remove Windows AppX package from the computer environment, excluding NonRemovable packages.

    Args:
        package (str): AppX package name. You can use an asterisk (*) as a wildcard.
        default_user (bool): Remove AppX package from the Windows image to prevent installation for new users.

    .. versionadded:: 2.2

    .. versionchanged:: 2.5
        No longer try to remove NonRemovable AppX package

    """
    if running_as_admin() or running_as_system():
        if default_user:
            run_powershell(
                f'Get-AppXProvisionedPackage -Online | Where-Object DisplayName -Like "{package}" | Remove-AppxProvisionedPackage -Online -AllUsers',
                output_format="text",
            )
        run_powershell(
            r'Get-AppxPackage -Name "%s" -AllUsers | Where-Object {{ -not ($_.NonRemovable) }} | Remove-AppxPackage -AllUsers' % package,
            output_format="text",
        )
    else:
        run_powershell(r'Get-AppxPackage -Name "%s" | Where-Object {{ -not ($_.NonRemovable) }} | Remove-AppxPackage' % package, output_format="text")

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

try:
    from setupdevhelpers import *

except:
    from bs4 import BeautifulSoup
import json
import waptguihelper
import html
import datetime
from xml.dom import minidom
from requests import Session
import requests
import json
import re

release_name_map = {"retail": "Retail", "RP": "Release Preview", "WIS": "Insider Slow", "WIF": "Insider Fast"}
release_type = "retail"
release_name = release_name_map[release_type]
arch = "x64"
sys.path.insert(0, os.path.dirname(os.path.realpath(__file__)))
import xmltodict


def update_package():
    # Declaring local variables
    package_updated = False
    proxies = get_proxies()
    if not proxies:
        proxies = get_proxies_from_wapt_console()
    store_url = control.sources
    if not store_url:
        store_id = waptguihelper.input_dialog(
            "Choice of app", "Enter the windows store app id (foundable in package url: https://apps.microsoft.com/store/apps)", store_url
        ).split("/")[-1]
    else:
        store_id = store_url.split("/")[-1]
    store_id = store_id.split("?")[0]
    url_ms = "https://apps.microsoft.com/store/detail/%s" % store_id
    control.sources = url_ms
    control.save_control_to_wapt()
    package_prefix = control.package.split("-")[0]
    package_json = get_json(store_id)
    
    # Updating package.json ignored_versions list
    if isfile("package.json"):
        package_infos = json_load_file("package.json")
    else:
        package_infos = {"version_prefix": None, "ignored_versions": []}
    ignored_versions = None
    ignored_versions = package_infos["ignored_versions"]
    version_prefix = package_infos.get("version_prefix", None)

    version_pref = False
    if version_prefix:
        version_pref = True

    all_files_dict = get_all_files(url_ms,version_pref,proxies)
    
	# check setup.py incase the package name doesnt match the installer file
    with open("setup.py", "r") as f:
        for line in f.readlines():
            if line.startswith("appx_package"):
                store_package_name = line.split("=")[1].split('"')[1]
                break
    
    bin_selected_dict = ask_app_filename(all_files_dict, store_package_name,ignored_versions=ignored_versions,version_prefix=version_prefix)
    appx_package = bin_selected_dict[0]["bin_name"].split("_")[0]
    bin_selected = bin_selected_dict[0]
    latest_bin = bin_selected["bin_name"]
    version = bin_selected["version"]
    download_url = bin_selected["download_url"]
    package_name = bin_selected["package_name"]
    software_name = bin_selected["software_name"]
    package_arch = bin_selected["package_arch"]
    if download_url.split("/")[2].endswith("microsoft.com"):
        if not isfile(latest_bin):
            print("Downloading: %s" % latest_bin)
            wget(download_url, latest_bin, proxies=proxies)
        else:
            print("Binary file version corresponds to online version")
    else:
        print("ERROR: The retrieved url will not download from microsoft's servers")

    # # Adding dependencies
    # control.depends = ""
    # for dependency in list(set(d["package_name"] for d in all_files)):
    #     if dependency not in control.depends and package_name != dependency:
    #         control.add_depends(dependency)

    # Warn end-user that depencies are required
    # missing_depends = []
    # for d in control.depends.split(","):
    #     if not WAPT.is_available(d) and d != "":
    #         missing_depends.append(d)
    # if missing_depends and "template" in control.package:
    #     waptguihelper.message_dialog(
    #         control.package,
    #         'The following packages are not found in your repo, you must import them or use "template-microsoft-store-dependency" to create them with the same Store ID as this package\n\n%s'
    #         % "\n".join(a for a in missing_depends),
    #     )

    control.architecture = package_arch
    # Asking pkg infos if needed and not running as luti
    if not params.get("running_as_luti"):
        ask_control_categories()
        ask_control_package(package_name, "template-microsoft-store", remove_base_files=True)
        ask_control_name(software_name, "Template Microsoft Store")
        # description from microsoft website
        ask_control_description("update_package", get_description(package_json))

    # Changing setup.py appx_package variable
    new_lines = []
    with open("setup.py", "r") as f:
        for line in f.readlines():
            if line.startswith("appx_package"):
                line = 'appx_package_name = "%s"\n' % latest_bin.split("_")[0]
            new_lines.append(line)
    with open("setup.py", "w") as f:
        f.writelines(new_lines)

	# Keep app files
    uwp_app_dict = make_dependency_dict(appx_package)
    if not uwp_app_dict:
        # error(f'{appx_package_name} not found in "uwp_app_dict".\n\n{list(set([ua["bin_name"].split("_")[0] for ua in all_files]))}')
        error(f'"{appx_package}" not found in "uwp_app_dict". This is probably caused by "package_json" filters:\n{package_json}')
    newer_uwp_app = get_uwp_app(uwp_app_dict)

    # Downloading dependency files
    dependencies_to_download = []
    if newer_uwp_app["Dependencies"]:
        for dependency in newer_uwp_app["Dependencies"]:
            dependencies_to_download.append(get_newer_uwp_depency(dependency, all_files_dict, min_version=dependency["MinVersion"]))
    if dependencies_to_download:
        for dependency_file in all_files_dict:
            latest_bin = dependency_file["bin_name"]
            if not True in [d in latest_bin for d in dependencies_to_download]:  # ignore unecessary dependencies
                continue
            if not "all" in ensure_list(control.architecture):
                if not get_uwp_filename_arch(latest_bin) in ensure_list(control.architecture) and not "neutral" in latest_bin:
                    if isfile(latest_bin):
                        remove_file(latest_bin)
                    continue
            if latest_bin.split(".")[-1].lower().startswith("e"):  # ignore encrypted uwp apps
                continue
            download_url = dependency_file["download_url"]
            if download_url.split("/")[2].endswith("microsoft.com"):
                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)
            else:
                error("ERROR: The retrieved URL will not download from microsoft's servers")

    # Changing version of the package
    if Version(version) > Version(control.get_software_version()):
        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()

    # Placing binaries in a dir ["appxbundle", "msixbundle", "appx", "msix]
    for f in glob.glob("*.part"):
        remove_file(f)
    bins_dir = control.package.split("-", 1)[1]
    if isdir(bins_dir):
        remove_tree(bins_dir)
    mkdirs(bins_dir)
    for uwp_file in glob.glob(f'{newer_uwp_app["Name"]}*{newer_uwp_app["Version"]}*.*'):
        if not isfile(makepath(bins_dir, uwp_file)):
            shutil.move(uwp_file, bins_dir)
    if uwp_app_dict[newer_uwp_app["FileName"]]["Dependencies"] is not None:
        for l in [glob.glob(a["Name"] + "_*") for a in uwp_app_dict[newer_uwp_app["FileName"]]["Dependencies"]]:
            for f in l:
                if not isfile(makepath(bins_dir, f)):
                    shutil.move(f, bins_dir)

    # Deleting outdated binaries
    remove_outdated_binaries(version, ["appxbundle", "msixbundle", "appx", "msix", "part"], latest_bin)

    # Validating or not update-package-sources
    return package_updated


def ask_control_description(blank_str=None, description_from_store=""):
    """Requesting that the user supply package description for the control.description field

    Args:
        blank_str   (str): The description will be cleared if it includes the specified string to avoid using the template description (default: do not clear description)
    """
    if not control.description:
        control.description = ask_dialog("Description", "Please fill the description", description_from_store)
        control.save_control_to_wapt()
    if blank_str is not None and blank_str in control.description:
        control.description = ""
        control.save_control_to_wapt()
    return control.description


def ask_control_categories():
    """Requesting that the user supply package categories for the control.categories field if empty or Template is selected"""

    if control.categories == "Template":
        categories = waptguihelper.grid_dialog(
            "Select package categories",
            [
                "Internet",
                "Utilities",
                "Messaging",
                "Security",
                "System and network",
                "Media",
                "Development",
                "Office",
                "Drivers",
                "Education",
                "Configuration",
                "CAD",
                "Template",
                "Dependencies",
                "Extensions",
            ],
            waptguihelper.GRT_SELECTED,
        )
        if categories:
            control.categories = ",".join([a["unknown"] for a in categories])
        else:
            control.categories = ""
        control.save_control_to_wapt()
    return control.categories


def ask_control_package(control_package, conditionnal_package_name=None, remove_base_files=False):
    """Requesting that the user provide a package name to be entered into the control.package field, and offering the possibility of removing the base files (icon.png and changelog.txt) for template package usage

    Args:
        control_package             (str)   : prefilled control_package (default: actual control_package)
        conditionnal_package_name   (str)   : only ask when the control.package contains conditionnal_package_name (default: always ask for control_package)
        remove_base_files           (bool)  : removes base files if parameter is True and conditionnal_package_name is provided (default: False)
    """
    if conditionnal_package_name is None or conditionnal_package_name in control.package:
        control.package = waptguihelper.input_dialog(control.package, "You can redefine the package name", control_package)
        control.save_control_to_wapt()

    # Removing template files
    if conditionnal_package_name in control.package and remove_base_files:
        if isfile("WAPT\\changelog.txt"):
            remove_file("WAPT\\changelog.txt")
        if isfile("WAPT\\icon.png"):
            remove_file("WAPT\\icon.png")
    return control.package


def ask_control_name(control_name, conditionnal_package_name=None):
    """Requesting that the user provide a package name to be entered into control.name field

    Args:
        control_name                (str)   : prefilled control_name (default: control.name)
        conditionnal_package_name   (str)   : only ask when the control.name contains conditionnal_package_name (default: always ask for control_name)
    """
    if conditionnal_package_name is None or conditionnal_package_name in control.name:
        control.name = waptguihelper.input_dialog(control.name, "You can redefine the name for the self-service", control_name)
        control.save_control_to_wapt()
    return control.name


def get_json(app_id):
    # download json from url and return it as dict
    url = "https://storeedgefd.dsx.mp.microsoft.com/v9.0/products/%s?market=US&locale=en-us&deviceFamily=Windows.Desktop" % app_id
    print(f"url used is {url}")
    dict = json.loads(requests.get(url).text)
    return dict


def get_cat_id(dict):
    # get the category id from the dict, the ca_id is used to retrieve files names and url
    fullfillment_data_string = dict["Payload"]["Skus"][0]["FulfillmentData"]
    # transform fullfillment data to dict
    fullfillment_data_dict = json.loads(fullfillment_data_string)
    cat_id = fullfillment_data_dict["WuCategoryId"]
    return cat_id


def get_description(dict):
    # get the description from the dict
    return dict["Payload"]["Skus"][0]["Description"]


def get_min_os_version(dict):
    # get the min os version from the dict
    return dict["Payload"]["Skus"][0]["PackageRequirements"][0]["PlatformDependencies"][0]["MinVersion"]


def url_generator(url, version_pref, all_dependencies,proxies):
    def uwp_gen(data_list):

        def parse_dict(main_dict, file_name):
            file_name = clean_name(file_name.split("-")[0])
            pattern = re.compile(r".+\.BlockMap")
            full_data = {}

            for key, value in main_dict.items():
                if not pattern.search(str(key)):
                    temp = key.split("_")
                    content_lst = (
                        clean_name(temp[0]),
                        temp[2].lower(),
                        temp[-1].split(".")[1].lower(),
                        value,
                        temp[1],
                    )
                    full_data[content_lst] = key

            names_dict = {}
            for v in full_data:
                names_dict.setdefault(v[0], []).append(v[1:])

            file_arch, main_file_name, main_file_name_key = None, None, None
            pat_main = re.compile(file_name)
            sys_arch = os_arc()
            for k in names_dict:
                if pat_main.search(k):
                    content_list = names_dict[k]
                    main_file_name_key = k
                    arch, ext, modifed, ver = select_latest(content_list, sys_arch)
                    main_file_name = full_data[(k, arch, ext, modifed, ver)]
                    file_arch = sys_arch if arch == "neutral" else arch
                    break

            if main_file_name_key in names_dict:
                del names_dict[main_file_name_key]

            final_list = []
            for k in names_dict:
                content_list = names_dict[k]
                if all_dependencies:
                    for data in content_list:
                        final_list.append(full_data[(k, *data)])
                else:
                    arch, ext, modifed, ver = select_latest(content_list, file_arch)
                    final_list.append(full_data[(k, arch, ext, modifed, ver)])

            if main_file_name:
                final_list.append(main_file_name)
                file_name = main_file_name
            else:
                file_name = final_list[0] if final_list else file_name

            return final_list, file_name

        cat_id = data_list["WuCategoryId"]
        main_file_name = data_list["PackageFamilyName"].split("_")[0]
        release_type = "Retail"

        with open(rf"{basedir}\data\xml\GetCookie.xml", "r") as f:
            cookie_content = f.read()

        out = requests.post(
            "https://fe3cr.delivery.mp.microsoft.com/ClientWebService/client.asmx",
            data=cookie_content,
            headers={"Content-Type": "application/soap+xml; charset=utf-8"},
            proxies=proxies,
            verify=False
        ).text
        doc = minidom.parseString(out)

        cookie = doc.getElementsByTagName("EncryptedData")[0].firstChild.nodeValue

        with open(rf"{basedir}\data\xml\WUIDRequest.xml", "r") as f:
            cat_id_content = f.read().format(cookie, cat_id, release_type)

        out = requests.post(
            "https://fe3cr.delivery.mp.microsoft.com/ClientWebService/client.asmx",
            data=cat_id_content,
            headers={"Content-Type": "application/soap+xml; charset=utf-8"},proxies=proxies,verify=False).text

        doc = minidom.parseString(html.unescape(out))

        filenames = {}
        for node in doc.getElementsByTagName("Files"):
            try:
                filenames[
                    node.parentNode.parentNode.getElementsByTagName("ID")[0].firstChild.nodeValue
                ] = (
                    f"{node.firstChild.attributes['InstallerSpecificIdentifier'].value}_{node.firstChild.attributes['FileName'].value}",
                    node.firstChild.attributes["Modified"].value,
                )
            except KeyError:
                continue
        if not filenames:
            raise Exception("server returned an empty list")

        identities = {}
        name_modified = {}
        for node in doc.getElementsByTagName("SecuredFragment"):
            try:
                file_name, modifed = filenames[
                    node.parentNode.parentNode.parentNode.getElementsByTagName("ID")[0].firstChild.nodeValue
                ]
                update_identity = node.parentNode.parentNode.firstChild
                name_modified[file_name] = modifed
                identities[file_name] = (
                    update_identity.attributes["UpdateID"].value,
                    update_identity.attributes["RevisionNumber"].value,
                )
            except KeyError:
                continue

        parse_names, main_file_name = parse_dict(name_modified, main_file_name)
        
        if version_pref:
            final_dict = {value: identities[value] for value in name_modified}
        else:
            final_dict = {value: identities[value] for value in parse_names}

        with open(rf"{basedir}\data\xml\FE3FileUrl.xml", "r") as f:
            file_content = f.read()

        file_dict = {}

        for file_name, (updateid, revisionnumber) in final_dict.items():

            out = requests.post(
                "https://fe3cr.delivery.mp.microsoft.com/ClientWebService/client.asmx/secured",
                data=file_content.format(updateid, revisionnumber, release_type),
                headers={"Content-Type": "application/soap+xml; charset=utf-8"},
                proxies=proxies,
                verify=False
            ).text
            doc = minidom.parseString(out)
            for i in doc.getElementsByTagName("FileLocation"):
                url = i.getElementsByTagName("Url")[0].firstChild.nodeValue
                if len(url) != 99:
                    file_dict[file_name] = url


        if len(file_dict) != len(final_dict):
            raise Exception("server returned an incomplete list")


        return file_dict, parse_names, main_file_name

    def non_uwp_gen(product_id):

        api = f"https://storeedgefd.dsx.mp.microsoft.com/v9.0/packageManifests//{product_id}?market=US&locale=en-us&deviceFamily=Windows.Desktop"

        data = requests.get(api,proxies=proxies).text
        datas = json.loads(data)

        if not datas.get("Data"):
            raise Exception("server returned an empty list")

        file_name = datas["Data"]["Versions"][0]["DefaultLocale"]["PackageName"]
        installer_list = datas["Data"]["Versions"][0]["Installers"]

        download_data = set((d["Architecture"], d["InstallerLocale"], d["InstallerType"], d["InstallerUrl"]) for d in installer_list)
        curr_arch = os_arc()
        download_data = list(download_data)

        arch, locale, installer_type, url = download_data[0]
        if len(download_data) > 1:
            for data in download_data[1:]:
                if arch not in ("neutral", curr_arch) and data[0] in ("neutral", curr_arch):
                    arch, locale, installer_type, url = data
                elif data[0] == arch and data[1] != locale and ("us" in data[1] or "en" in data[1]):
                    locale, installer_type, url = data[1], data[2], data[3]
                    break

        main_file_name = clean_name(file_name) + "." + installer_type
        file_dict = {main_file_name: url}
        return file_dict, [main_file_name], main_file_name, False

    def clean_name(badname):
        name = "".join([(i if (64 < ord(i) < 91 or 96 < ord(i) < 123) else "") for i in badname])
        return name.lower()

    pattern = re.compile(r".+\/([^\/\?]+)(?:\?|$)")
    matches = pattern.search(str(url))
    if not matches:
        raise Exception("No Data Found: --> [You Selected Wrong Page, Try Again!]")

    product_id = matches.group(1)
    details_api = f"https://storeedgefd.dsx.mp.microsoft.com/v9.0/products/{product_id}?market=US&locale=en-us&deviceFamily=Windows.Desktop"
    data = requests.get(details_api,proxies=proxies).text
    response = json.loads(data, object_hook=lambda obj: {k: json.loads(v) if k == "FulfillmentData" else v for k, v in obj.items()})

    if not response.get("Payload"):
        raise Exception("No Data Found: --> [You Selected Wrong Page, Try Again!]")

    response_data = response["Payload"]["Skus"][0]
    data_list = response_data.get("FulfillmentData")

    if data_list:
        return uwp_gen(data_list)
    else:
        return non_uwp_gen(product_id)
    
def get_all_files(store_id,version_pref,proxies):
    all_files = url_generator(
        store_id,
        version_pref=version_pref,
        all_dependencies=True,
        proxies=proxies
    )
    all_files_dict = []
    # parse every file name and url in all_files:

    for i,download_url in all_files[0].items():
        version = i.split("_")[1]
        bin_name = i.replace("~", "_")
        pkg_splitted = re.split(r"_\d+\.", bin_name)[0]
        package_prefix = control.package.split("-")[0]
        package_name = package_prefix + "-" + pkg_splitted.split("_")[0].replace(".", "-").lower()
        software_name = bin_name.split("_")[0].replace("-", " ").replace(".", " ")
        if "arm64" in bin_name:
            package_arch = "arm64"
        elif "arm" in bin_name:
            package_arch = "arm"
        elif "x64" in bin_name:
            package_arch = "x64"
        # elif "x86" in bin_name:
        #     package_arch = "all"  # not x86 since it may be required for x64
        else:
            package_arch = "all"

        file_dict = {
            "version": version,
            "bin_name": bin_name,
            "package_name": package_name,
            "software_name": software_name,
            "package_arch": control.architecture,
            "package_arch": package_arch,
            "download_url": download_url,
        }
        all_files_dict.append(file_dict)
    return all_files_dict


def ask_dialog(title, text, default="", stay_on_top=False):
    """This function opens a dialog box with a action input"""
    # - Title: the title for the dialog
    # - Text: indicates which value the user should type
    # - Default: the default value, if the user do not want to type any
    # Optional:
    # - StayOnTop: indicates if the form will always stay on top - default is False
    return waptguihelper.input_dialog(title, text, default, stay_on_top)


def ask_app_filename(all_files_dict, store_package_name, ignored_versions=[], version_prefix=None):
    # input files dict and a  store packa_name if it exist, if empty selct automatically the proper file if not ask user to select it
    if "template-microsoft-store" in control.package:
        selected = waptguihelper.grid_dialog(
            "Please select the proper file",
            json.dumps(all_files_dict),
            waptguihelper.GRT_SELECTED,
            '{"columns":[{"propertyname":"version","datatype":"String","required":false,"readonly":false,"width":130},{"propertyname":"bin_name","datatype":"String","required":false,"readonly":false,"width":420},{"propertyname":"package_name","datatype":"String","required":false,"readonly":false,"width":190},{"propertyname":"software_name","datatype":"String","required":false,"readonly":false,"width":172},{"propertyname":"package_arch","datatype":"String","required":false,"readonly":false,"width":88},{"propertyname":"download_url","datatype":"String","required":false,"readonly":false,"width":1472}]}',
        )
    else:
        selected = [a for a in all_files_dict if (a["package_arch"] in ensure_list(control.architecture) or control.architecture == "all" or a["package_arch"] == "all")]
        if len(selected) > 1:
            if version_prefix:
                for app_file in all_files_dict:
                    latest_bin = app_file["bin_name"]
                    target_version = None
                    if not latest_bin.startswith(f"{store_package_name}_"):  # ignore other files
                        continue
                    if latest_bin.split(".")[-1].lower().startswith("e"):  # ignore encrypted UWP apps
                        continue
                    if version_prefix is not None and Version(app_file["version"], len(version_prefix.split("."))) == Version(
                        version_prefix, len(version_prefix.split("."))
                    ):
                        target_version=app_file["version"]
                        break
                selected = [a for a in selected if target_version == a["version"] and store_package_name in a["bin_name"]]
            else:
                higher_version = "0"
                for a in all_files_dict:
                    if any(
                        Version(a["version"], len(ignored_version.split("."))) == Version(ignored_version, len(ignored_version.split(".")))
                        for ignored_version in ignored_versions
                    ):
                        continue
                    if Version(higher_version) < Version(a["version"]) and store_package_name in a["bin_name"]:
                        higher_version = a["version"]
                        continue
                selected = [a for a in selected if higher_version == a["version"] and store_package_name in a["bin_name"]]

    return selected

def get_uwp_app(uwp_app_dict):
    """Get the newer Universal Windows Platform (UWP) app from a dictionary of UWP apps based on specified criteria.

    Args:
        uwp_app_dict (dict): A dictionary containing UWP app information with app IDs as keys and app details as values.
        version_prefix (str, optional): The prefix of the version number to filter the apps. Defaults to None.
        min_version (str, optional): The minimum version of the UWP app. Defaults to None.
        max_version (str, optional): The maximum version of the UWP app. Defaults to None.
        tdf_list (list, optional): A list of target device families to filter the apps. Defaults to ["Windows.Universal", "Windows.Desktop"].

    Returns:
        dict or None: The dictionary containing the details of the newer UWP app that matches the specified criteria, or None if no app is found.

    """
    newer_uwp_app = None
    newer_version = "0"

    for uwp_app in uwp_app_dict.values():
        newer_uwp_app = uwp_app

    return newer_uwp_app

def get_newer_uwp_depency(dependency_dict, all_files_dict, version_prefix=None, min_version=None):
    """Returns a list of the bin_name of the latest required dependencies"""
    newer_version = "0"

    for uwp_app in all_files_dict:
        if not uwp_app["bin_name"].startswith(f'{dependency_dict["Name"]}_'):
            continue
        if version_prefix is not None and Version(uwp_app["version"], len(version_prefix.split("."))) != Version(
            version_prefix, len(version_prefix.split("."))
        ):
            continue

        if Version(newer_version) < Version(uwp_app["version"]):
            newer_uwp_depency = uwp_app
            newer_version = uwp_app["version"]

    return newer_uwp_depency["bin_name"].split(newer_version + "_")[0] + newer_version + "_"

def get_uwp_filename_arch(appx_filename, appx_package_name=None):
    """
    Returns the architecture of a Universal Windows Platform (UWP) app based on the provided 'appx_filename'
    and optionally, the 'appx_package_name'.

    Args:
        appx_filename (str): The filename of the UWP app package.
        appx_package_name (str, optional): The package name of the UWP app. Defaults to None.

    Returns:
        str: The architecture of the UWP app, which can be "x64", "arm64", "x86", or "all" (if no specific
        architecture is detected).
    """
    if not appx_package_name:
        appx_package_name = None
    if len(glob.glob(f'{appx_package_name}*{appx_filename.split("_")[1]}*')) > 1:
        pass
    elif "arm64" in appx_filename:
        return "arm64"
    elif "arm" in appx_filename:
        return "arm"
    elif "x64" in appx_filename:
        return "x64"
    if appx_filename is not None and "x86" in appx_filename and (appx_package_name is None or not appx_package_name in appx_filename):
        return "x86"

    return "all"

def os_arc():
    machine = control.architecture
    if machine.endswith("arm64"):
        return "arm64"
    if machine.endswith("64"):
        return "x64"
    if machine.endswith("32") or machine.endswith("86"):
        return "x86"
    else:
        return "arm"
    
def select_latest(content_list, curr_arch, ignore_ver=False):
    def score(item):
        fav_type = {"appx", "msix", "msixbundle", "appxbundle"}
        arch, ext, modified_str, version_str = item
        arch_score = 2 if arch == curr_arch else (1 if arch == "neutral" else 0)
        type_score = 1 if ext in fav_type else 0
        if ignore_ver:
            dt = 0
            ver_tuple = (0, 0, 0, 0)
        else:
            dt = datetime.datetime.fromisoformat(modified_str.rsplit('.',1)[0])
            ver_tuple = tuple(map(int, version_str.split(".")))
        return (arch_score, type_score, dt, ver_tuple)

    candidates = [item for item in content_list if item[0] in (curr_arch, "neutral")]
    if not candidates:
        candidates = content_list
    best = max(candidates, key=score)
    return best

def make_dependency_dict(appx_package_name):

    ms_app_db = {}
    # for ms_app_file in (
    #     glob.glob("*.appxbundle")
    #     + glob.glob("*.msixbundle")
    #     + glob.glob("*.appx")
    #     + glob.glob("*.msix")
    # ):
    for ms_app_file in (
        glob.glob(f"{appx_package_name}*.appxbundle")
        + glob.glob(f"{appx_package_name}*.msixbundle")
        + glob.glob(f"{appx_package_name}*.appx")
        + glob.glob(f"{appx_package_name}*.msix")
    ):
        data_dict = {}
        before_dependencies = []
        sub_dependencies = []
        dependency_data_dict = None

        manifest = None
        bundle_manifest = None

        manifest_path = makepath(basedir,"AppxManifest.xml")
        unzip_with_7zip(ms_app_file, ".", "AppxManifest.xml", False)
        if isfile(manifest_path):
            manifest = manifest_path
        bundle_manifest_path = makepath(basedir,"AppxBundleManifest.xml")
        unzip_with_7zip(ms_app_file, ".", "AppxMetadata\\AppxBundleManifest.xml", False)
        if isfile(bundle_manifest_path):
            bundle_manifest = bundle_manifest_path
        ms_app_info = {
            "FileName": ms_app_file,
        }

        if not manifest:
            if bundle_manifest:
                with open(bundle_manifest, encoding="utf8") as xml_file:
                    data_dict = xmltodict.parse(xml_file.read(), attr_prefix="")

                if type(data_dict["Bundle"]["Packages"]["Package"]) == dict:
                    data_dict["Bundle"]["Packages"]["Package"] = [dict(data_dict["Bundle"]["Packages"]["Package"])]

                for app_pkg in list(data_dict["Bundle"]["Packages"]["Package"]):
                    if app_pkg["Type"] == "application":
                        before_dependency_info = {
                            "FileName": app_pkg["FileName"],
                            "Version": app_pkg["Version"],
                            "Architecture": app_pkg["Architecture"],
                        }
                        before_dependencies.append(before_dependency_info)

                if before_dependencies:
                    for dependency in before_dependencies:
                        unzip(
                            ms_app_file,
                            ".",
                            makepath(
                                dependency["FileName"],
                            ),
                            False,
                        )
                        unzip(dependency["FileName"], ".", makepath("AppxManifest.xml"), False)
                        manifest = manifest_path = makepath(basedir,"AppxManifest.xml")
                        if isfile(dependency["FileName"]):
                            remove_file(dependency["FileName"])
                        with open(manifest, encoding="utf8") as xml_file:
                            dependency_data_dict = xmltodict.parse(xml_file.read(), attr_prefix="")

                    if dependency_data_dict["Package"].get("Dependencies"):
                        if dependency_data_dict["Package"]["Dependencies"].get("PackageDependency"):
                            sub_dependencies = list(dependency_data_dict["Package"]["Dependencies"]["PackageDependency"])
                            if type(dependency_data_dict["Package"]["Dependencies"]["PackageDependency"]) == dict:
                                sub_dependencies = [dict(dependency_data_dict["Package"]["Dependencies"]["PackageDependency"])]
                            if type(dependency_data_dict["Package"]["Dependencies"]["PackageDependency"]) == list:
                                sub_dependencies = dependency_data_dict["Package"]["Dependencies"]["PackageDependency"]
                        if dependency_data_dict["Package"]["Dependencies"].get("TargetDeviceFamily"):
                            if not "TargetDeviceFamily" in ms_app_info:
                                if type(dependency_data_dict["Package"]["Dependencies"]["TargetDeviceFamily"]) == dict:
                                    ms_app_info["TargetDeviceFamily"] = [dict(dependency_data_dict["Package"]["Dependencies"]["TargetDeviceFamily"])]
                                if type(dependency_data_dict["Package"]["Dependencies"]["TargetDeviceFamily"]) == list:
                                    ms_app_info["TargetDeviceFamily"] = dependency_data_dict["Package"]["Dependencies"]["TargetDeviceFamily"]
            else:
                error("nothing to parse")
        else:
            unzip_with_7zip(ms_app_file, ".", makepath("AppxManifest.xml"), False)
            manifest = manifest_path = makepath(basedir,"AppxManifest.xml")
            with open(manifest, encoding="utf8") as xml_file:
                dependency_data_dict = xmltodict.parse(xml_file.read(), attr_prefix="")

        if dependency_data_dict["Package"].get("Dependencies"):
            if "PackageDependency" in dependency_data_dict["Package"]["Dependencies"]:
                sub_dependencies = list(dependency_data_dict["Package"]["Dependencies"]["PackageDependency"])
                if type(dependency_data_dict["Package"]["Dependencies"]["PackageDependency"]) == dict:
                    sub_dependencies = [dict(dependency_data_dict["Package"]["Dependencies"]["PackageDependency"])]
                if type(dependency_data_dict["Package"]["Dependencies"]["PackageDependency"]) == list:
                    sub_dependencies = dependency_data_dict["Package"]["Dependencies"]["PackageDependency"]
            if "TargetDeviceFamily" in dependency_data_dict["Package"]["Dependencies"]:
                if not "TargetDeviceFamily" in ms_app_info:
                    if type(dependency_data_dict["Package"]["Dependencies"]["TargetDeviceFamily"]) == dict:
                        ms_app_info["TargetDeviceFamily"] = [dict(dependency_data_dict["Package"]["Dependencies"]["TargetDeviceFamily"])]
                    if type(dependency_data_dict["Package"]["Dependencies"]["TargetDeviceFamily"]) == list:
                        ms_app_info["TargetDeviceFamily"] = dependency_data_dict["Package"]["Dependencies"]["TargetDeviceFamily"]
        else:
            ms_app_info.update({"Dependencies": None})

        if ms_app_info.get("TargetDeviceFamily"):
            ms_app_info.update(
                {
                    "MinVersion": ms_app_info["TargetDeviceFamily"][0]["MinVersion"],
                    "MaxVersionTested": ms_app_info["TargetDeviceFamily"][0]["MaxVersionTested"],
                }
            )
        elif dependency_data_dict is not None and dependency_data_dict["Package"].get("Prerequisites"):
            ms_app_info.update(
                {
                    "MinVersion": dependency_data_dict["Package"]["Prerequisites"]["OSMinVersion"],
                    "MaxVersionTested": dependency_data_dict["Package"]["Prerequisites"]["OSMaxVersionTested"],
                }
            )
        else:
            ms_app_info.update({"TargetDeviceFamily": None})

        if data_dict:
            ms_app_info.update(data_dict["Bundle"]["Identity"])
        else:
            ms_app_info.update(dependency_data_dict["Package"]["Identity"])
        if "ProcessorArchitecture" in ms_app_info:
            ms_app_info.update({"Architecture": ms_app_info["ProcessorArchitecture"]})
        if before_dependencies:
            ms_app_info["b4:Dependencies"] = before_dependencies
        else:
            ms_app_info.update({"b4:Dependencies": None})

        if sub_dependencies:
            ms_app_info["Dependencies"] = sub_dependencies
        else:
            ms_app_info.update({"Dependencies": None})

        ms_app_db[ms_app_file] = ms_app_info

        for xml_file in glob.glob("AppxManifest.xml") + glob.glob("AppxBundleManifest.xml"):
            remove_file(xml_file)

    return ms_app_db