diff options
Diffstat (limited to 'toolchain')
| -rwxr-xr-x | toolchain/generate-fastlane-metadata.py | 62 |
1 files changed, 11 insertions, 51 deletions
diff --git a/toolchain/generate-fastlane-metadata.py b/toolchain/generate-fastlane-metadata.py index e0d7525d..bd5b8d44 100755 --- a/toolchain/generate-fastlane-metadata.py +++ b/toolchain/generate-fastlane-metadata.py @@ -192,33 +192,16 @@ def createMetadataArchive(applicationName): archive.write(file, file) os.chdir(oldcwd) -# Main function for extracting metadata from APK files -def processApkFile(apkFilepath): - # First, determine the name of the application we have here - # This is needed in order to locate the metadata files within the APK that have the information we need - - # Prepare the aapt (Android SDK command) to inspect the provided APK - commandToRun = "aapt dump badging %s" % (apkFilepath) - manifest = subprocess.check_output( commandToRun, shell=True ).decode('utf-8') - # Search through the aapt output for the name of the application - result = re.search(' name=\'([^\']*)\'', manifest) - applicationName = result.group(1) - - # Attempt to look within the APK provided for the metadata information we will need - with zipfile.ZipFile(apkFilepath, 'r') as contents: - appdataFile = contents.open("assets/share/metainfo/%s.appdata.xml" % applicationName) - desktopFileContent = None - try: - desktopFileContent = contents.read("assets/share/applications/%s.desktop" % applicationName) - except: - None - processAppstreamData(applicationName, appdataFile.read(), desktopFileContent) - -# Extract meta data from appstream/desktop file contents -def processAppstreamData(applicationName, appstreamData, desktopData): +# Generate metadata for the given appstream and desktop files +def processAppstreamFile(appstreamFileName, desktopFileName): + # appstreamFileName has the form <id>.appdata.xml or <id>.metainfo.xml, so we + # have to strip off two extensions + applicationName = os.path.splitext(os.path.splitext(os.path.basename(appstreamFileName))[0])[0] + data = {} # Within this file we look at every entry, and where possible try to export it's content so we can use it later - root = ET.fromstring(appstreamData) + appstreamFile = open(appstreamFileName, "rb") + root = ET.fromstring(appstreamFile.read()) for child in root: # Make sure we start with a blank slate for this entry output = {} @@ -261,15 +244,9 @@ def processAppstreamData(applicationName, appstreamData, desktopData): # Did we find any categories? # Sometimes we don't find any within the Fastlane information, but without categories the F-Droid store isn't of much use # In the event this happens, fallback to the *.desktop file for the application to see if it can provide any insight. - if not 'categories' in data and desktopData: - # The Python XDG extension/wrapper requires that it be able to read the file itself - # To ensure it is able to do this, we transfer the content of the file from the APK out to a temporary file to keep it happy - (fd, path) = tempfile.mkstemp(suffix=applicationName + ".desktop") - handle = open(fd, "wb") - handle.write(desktopData) - handle.close() + if not 'categories' in data and desktopFileName: # Parse the XDG format *.desktop file, and extract the categories within it - desktopFile = xdg.DesktopEntry.DesktopEntry(path) + desktopFile = xdg.DesktopEntry.DesktopEntry(desktopFileName) data['categories'] = { None: desktopFile.getCategories() } # Try to figure out the source repository @@ -293,16 +270,6 @@ def processAppstreamData(applicationName, appstreamData, desktopData): # put the result in an archive file for easier use by Jenkins createMetadataArchive(applicationName) -# Generate metadata for the given appstream and desktop files -def processAppstreamFile(appstreamFileName, desktopFileName): - appstreamFile = open(appstreamFileName, "rb") - desktopData = None - if desktopFileName and os.path.exists(desktopFileName): - desktopFile = open(desktopFileName, "rb") - desktopData = desktopFile.read() - applicationName = os.path.basename(appstreamFileName)[:-12] - processAppstreamData(applicationName, appstreamFile.read(), desktopData) - # scan source directory for manifests/metadata we can work with def scanSourceDir(): files = glob.iglob(arguments.source + "/**/AndroidManifest.xml*", recursive=True) @@ -346,7 +313,6 @@ def scanSourceDir(): # Parse the command line arguments we've been given parser = argparse.ArgumentParser(description='Generate fastlane metadata for Android apps from appstream metadata') -parser.add_argument('--apk', type=str, required=False, help='APK file to extract metadata from') parser.add_argument('--appstream', type=str, required=False, help='Appstream file to extract metadata from') parser.add_argument('--desktop', type=str, required=False, help='Desktop file to extract additional metadata from') parser.add_argument('--source', type=str, required=False, help='Source directory to find metadata in') @@ -361,12 +327,6 @@ if arguments.appstream and os.path.exists(arguments.appstream): processAppstreamFile(arguments.appstream, arguments.desktop) sys.exit(0) -# else, if we have an APK, try to find the appstream file in there -# this ensures compatibility with the old metadata generation -if arguments.apk and os.path.exists(arguments.apk): - processApkFile(arguments.apk) - sys.exit(0) - # else, look in the source dir for appstream/desktop files # this follows roughly what get-apk-args from binary factory does if arguments.source and os.path.exists(arguments.source): @@ -374,5 +334,5 @@ if arguments.source and os.path.exists(arguments.source): sys.exit(0) # else: missing arguments -print("Either one of --appstream, --apk or --source have to be provided!") +print("Either one of --appstream or --source have to be provided!") sys.exit(1) |