View difference between Paste ID: gWk4qKrm and PQJL8U4s

 #!/usr/bin/python
 
 PATH="/var/mobile/applink"
 
 import sys,os,objc # PyObjC; this is a dependency of the AppBackup package
 from objc import YES, NO, NULL
 objc.loadBundle("Foundation", globals(), "/System/Library/Frameworks/Foundation.framework")
 
 # a class to work with plists using Foundation (so we can read binary plists)
 class plist:
  @classmethod
  def read(cls, filename):
   return NSDictionary.alloc().initWithContentsOfFile_(filename)
 
 # Gets the info from the MobileInstallation cache.
 def find_apps():
  if not os.path.exists("/var/mobile/Library/Caches/com.apple.mobile.installation.plist"):
-  sys.stdout.write("MobileInstallation cache not found; reverting to old method of finding apps...\n")
+  sys.stderr.write("MobileInstallation cache not found; reverting to old method of finding apps...\n")
   find_apps_old()
   return
  try:
   mobileInstallationCache = plist.read("/var/mobile/Library/Caches/com.apple.mobile.installation.plist")
  except:
-  sys.stdout.write("Reading the MobileInstallation cache failed; reverting to old method of finding apps...\n")
+  sys.stderr.write("Reading the MobileInstallation cache failed; reverting to old method of finding apps...\n")
   find_apps_old()
   return
  if "User" not in mobileInstallationCache:
-  sys.stdout.write("MobileInstallation cache doesn't have a User key; reverting to old method of finding apps...\n")
+  sys.stderr.write("MobileInstallation cache doesn't have a User key; reverting to old method of finding apps...\n")
   find_apps_old()
   return
  appStoreApps = mobileInstallationCache["User"]
- sys.stdout.write("Here are the app bundles I found:\n")
+ sys.stderr.write("Here are the app bundles I found:\n")
  for key in appStoreApps:
   i = appStoreApps[key]
   path = "/".join(i["Path"].rstrip("/").split("/")[:-1])
   if os.path.exists(path) and "CFBundleDisplayName" in i and i["CFBundleDisplayName"] != "":
    #dotApp = i["Path"].rstrip("/").split("/")[-1]
    #dotAppFull = path + "/" + dotApp
    if path.startswith("/private"):
     path = path.split("/private", 1)[1]
    guid = path.split("/")[-1]
-   sys.stdout.write(guid+"\n")
+   sys.stderr.write(guid+"\n")
    try:
     os.symlink(path,i["CFBundleDisplayName"])
    except:
-    sys.stdout.write("Duplicate name\n")
+    sys.stderr.write("Duplicate name\n")
     os.symlink(path,i["CFBundleDisplayName"]+"_"+guid)
 
 def find_apps_old():
  mobile = u"/var/mobile"
  root = mobile+"/Applications"
  applist = []; applist1 = []; appdict = {}; apps = []
  apps1 = os.listdir(root)
  for i in apps1:
   if os.path.isdir(root+"/"+i) == True:
    apps.append(i)
- sys.stdout.write("Here are the app bundles and Info.plist's I found:\n")
+ sys.stderr.write("Here are the app bundles and Info.plist's I found:\n")
  for k in apps:
   appdir = root+"/"+k
   for j in os.listdir(appdir):
    if j.endswith(u".app"):
     plistfile = u"%s/%s/Info.plist" % (appdir, j)
     if os.path.exists(plistfile) == True:
      pl = plist.read(plistfile)
      if "CFBundleDisplayName" in pl:
       guid = appdir.split("/")[-1]
-      sys.stdout.write(guid+"\n")
+      sys.stderr.write(guid+"\n")
       try:
        os.symlink(appdir,pl["CFBundleDisplayName"])
       except:
-       sys.stdout.write("Duplicate name\n")
+       sys.stderr.write("Duplicate name\n")
        os.symlink(appdir,pl["CFBundleDisplayName"]+"_"+guid)
 
 #main
 os.system("rm -rf \""+PATH+"\"")
 os.mkdir(PATH)
 os.chdir(PATH)
 find_apps()