# -*- 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 xml.dom.minidom import parse
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
#Fo debug mode, set as True
debug_mode = False
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_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)
#If version_prefix present in package.json
version_pref = False
if version_prefix:
version_pref = True
if debug_mode:
print("\n\n=== CAREFUL : DEBUG MODE IS ACTIVE ===\n\n")
print(f"version prefix : {version_prefix}")
print(f"ignored versions : {ignored_versions}\n")
print("Retrieving informations from Microsoft Store API, please wait\n")
all_files_dict = get_all_files(url_ms,version_pref,proxies)
if debug_mode:
all_files_dict_json = json.dumps(all_files_dict,indent=4)
print(f"all_files_dict : {all_files_dict_json}\n")
# 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)
if debug_mode:
bin_selected_dict_json = json.dumps(bin_selected_dict,indent=4)
print(f"bin_selected_dict : {bin_selected_dict_json}\n")
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")
# Asking pkg infos if needed and not running as luti
if not params.get("running_as_luti"):
if package_arch == "all":
ask_control_architecture(package_arch)
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)
#Making dependency dict from downloaded binary
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:
if debug_mode:
print("\nNO DOWNLOADED DEPENDENCY - ONLY PRINTING\n")
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
if debug_mode:
print(f"Dependencie to download : {latest_bin}")
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))
if debug_mode:
print("Deleting binary files and exiting")
for uwp_file in glob.glob(f'{newer_uwp_app["Name"]}*{newer_uwp_app["Version"]}*.*'):
remove_file(uwp_file)
return
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 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
dict = json.loads(requests.get(url).text)
return dict
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 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 = control.architecture
for k in names_dict:
if pat_main.search(k):
content_list = names_dict[k]
if debug_mode:
content_list_json = json.dumps(content_list,indent=4)
print(f"content_list : {content_list_json}\n")
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))
#To avoid picking wrong miror, make 5 more requests and merge responses
#req = 0
#for req in range(4):
#out2 = 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
#doc2 = minidom.parseString(html.unescape(out2))
#imp = doc.importNode(doc2.childNodes[0],True)
#doc.childNodes[0].appendChild(imp)
#req += 1
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}
if debug_mode:
final_dict_json = json.dumps(final_dict,indent=4)
print(f"final_dict : {final_dict_json}\n")
else:
final_dict = {value: identities[value] for value in parse_names}
if debug_mode:
final_dict_json = json.dumps(final_dict,indent=4)
print(f"final_dict : {final_dict_json}\n")
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 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 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:
target_version = 0
for app_file in all_files_dict:
latest_bin = app_file["bin_name"]
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(".")) and Version(target_version) < Version(app_file["version"])
):
target_version=app_file["version"]
continue
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 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_architecture(package_arch):
"""Requesting that the user supply package architecture for the control.architecture field if empty or Template is selected"""
if control.categories == "Template":
architecture = waptguihelper.grid_dialog(
f"Package Architecture available : {package_arch}",
[
"all",
"x64",
"x86",
"arm",
"arm64",
],
waptguihelper.GRT_SELECTED,
)
if architecture:
control.architecture = ",".join([a["unknown"] for a in architecture])
else:
control.architecture = package_arch
control.save_control_to_wapt()
return control.architecture
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 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_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 get_description(dict):
# get the description from the dict
return dict["Payload"]["Skus"][0]["Description"]
def make_dependency_dict(appx_package_name):
#Make dependendy dict directly from binary file
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
def get_uwp_app(uwp_app_dict):
newer_uwp_app = None
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"
