def __init__(self, *arg, **kw):
'''Initialize an OptionalItem from a item dict from the
InstallInfo.plist optional_installs array'''
super(OptionalItem, self).__init__(*arg, **kw)
if 'category' not in self:
self['category'] = NSLocalizedString(u"Uncategorized",
u"No Category name")
if self['developer']:
self['category_and_developer'] = u'%s - %s' % (self['category'],
self['developer'])
else:
self['category_and_developer'] = self['category']
self['dependent_items'] = dependentItems(self['name'])
if self.get('installer_item_size'):
self['size'] = munki.humanReadable(self['installer_item_size'])
elif self.get('installed_size'):
self['size'] = munki.humanReadable(self['installed_size'])
else:
self['size'] = u''
self['detail_link'] = u'detail-%s.html' % quote(self['name'])
self['hide_cancel_button'] = u''
if not self.get('note'):
self['note'] = self._get_note_from_problem_items()
if not self.get('status'):
self['status'] = self._get_status()
def __init__(self, *arg, **kw):
'''Initialize an OptionalItem from a item dict from the
InstallInfo.plist optional_installs array'''
super(OptionalItem, self).__init__(*arg, **kw)
if 'category' not in self:
self['category'] = NSLocalizedString(u"Uncategorized",
u"No Category name")
if self['developer']:
self['category_and_developer'] = u'%s - %s' % (
self['category'], self['developer'])
else:
self['category_and_developer'] = self['category']
self['dependent_items'] = dependentItems(self['name'])
if self.get('installer_item_size'):
self['size'] = munki.humanReadable(self['installer_item_size'])
elif self.get('installed_size'):
self['size'] = munki.humanReadable(self['installed_size'])
else:
self['size'] = u''
self['detail_link'] = u'detail-%s.html' % quote(self['name'])
self['hide_cancel_button'] = u''
if not self.get('note'):
self['note'] = self._get_note_from_problem_items()
if not self.get('status'):
self['status'] = self._get_status()
def buildOptionalInstallsData(self):
table = []
selfservedata = munki.readSelfServiceManifest()
selfserve_installs = selfservedata.get('managed_installs', [])
selfserve_uninstalls = selfservedata.get('managed_uninstalls', [])
for item in self._optionalInstalls:
row = {}
row['enabled'] = objc.YES
# current install state
row['installed'] = item.get("installed", objc.NO)
# user desired state
row['managed'] = (item['name'] in selfserve_installs)
row['original_managed'] = (item['name'] in selfserve_installs)
row['itemname'] = item['name']
row['name'] = item.get("display_name") or item['name']
row['version'] = munki.trimVersionString(
item.get("version_to_install"))
row['description'] = item.get("description", "")
if item.get("installer_item_size"):
row['size'] = munki.humanReadable(
item.get("installer_item_size"))
elif item.get("installed_size"):
row['size'] = munki.humanReadable(item.get("installed_size"))
else:
row['size'] = ""
if row['installed']:
if item.get("needs_update"):
status = NSLocalizedString(u"Update available", None)
elif item.get("will_be_removed"):
status = NSLocalizedString(u"Will be removed", None)
elif not item.get('uninstallable'):
status = NSLocalizedString(u"Not removable", None)
row['enabled'] = objc.NO
else:
row['size'] = "-"
status = NSLocalizedString(u"Installed", None)
else:
status = "Not installed"
if item.get("will_be_installed"):
status = NSLocalizedString(u"Will be installed", None)
elif 'licensed_seats_available' in item:
if not item['licensed_seats_available']:
status = NSLocalizedString(
u"No available license seats", None)
row['enabled'] = objc.NO
elif item.get("note"):
# some reason we can't install
status = item.get("note")
row['enabled'] = objc.NO
row['status'] = status
row['original_status'] = status
row_dict = NSMutableDictionary.dictionaryWithDictionary_(row)
table.append(row_dict)
self.optional_view_controller.setOptionallist_(table)
self.optional_view_controller.tableView.deselectAll_(self)
def buildOptionalInstallsData(self):
table = []
selfservedata = munki.readSelfServiceManifest()
selfserve_installs = selfservedata.get('managed_installs', [])
selfserve_uninstalls = selfservedata.get('managed_uninstalls', [])
for item in self._optionalInstalls:
row = {}
row['enabled'] = objc.YES
# current install state
row['installed'] = item.get("installed", objc.NO)
# user desired state
row['managed'] = (item['name'] in selfserve_installs)
row['original_managed'] = (item['name'] in selfserve_installs)
row['itemname'] = item['name']
row['name'] = item.get("display_name") or item['name']
row['version'] = munki.trimVersionString(
item.get("version_to_install"))
row['description'] = item.get("description", "")
if item.get("installer_item_size"):
row['size'] = munki.humanReadable(
item.get("installer_item_size"))
elif item.get("installed_size"):
row['size'] = munki.humanReadable(item.get("installed_size"))
else:
row['size'] = ""
if row['installed']:
if item.get("needs_update"):
status = NSLocalizedString(u"Update available", None)
else:
row['size'] = "-"
status = NSLocalizedString(u"Installed", None)
if item.get("will_be_removed"):
status = NSLocalizedString(u"Will be removed", None)
elif not item.get('uninstallable'):
status = NSLocalizedString(u"Not removable", None)
row['enabled'] = objc.NO
else:
status = "Not installed"
if item.get("will_be_installed"):
status = NSLocalizedString(u"Will be installed", None)
elif item.get("note"):
# some reason we can't install
status = item.get("note")
row['enabled'] = objc.NO
row['status'] = status
row['original_status'] = status
row_dict = NSMutableDictionary.dictionaryWithDictionary_(row)
table.append(row_dict)
self.optional_view_controller.setOptionallist_(table)
self.optional_view_controller.tableView.deselectAll_(self)
class GenericItem(dict):
'''Base class for our types of Munki items'''
def __init__(self, *arg, **kw):
super(GenericItem, self).__init__(*arg, **kw)
# now normalize values
if not self.get('display_name'):
self['display_name'] = self['name']
self['display_name_lower'] = self['display_name'].lower()
if not self.get('developer'):
self['developer'] = self.guess_developer()
if self.get('description'):
try:
self['raw_description'] = filtered_html(self['description'])
except HTMLParseError, err:
self['raw_description'] = (
'Invalid HTML in description for %s' %
self['display_name'])
del (self['description'])
if not 'raw_description' in self:
self['raw_description'] = u''
self['icon'] = self.getIcon()
self['due_date_sort'] = NSDate.distantFuture()
# sort items that need restart highest, then logout, then other
if self.get('RestartAction') in [None, 'None']:
self['restart_action_text'] = u''
self['restart_sort'] = 2
elif self['RestartAction'] in ['RequireRestart', 'RecommendRestart']:
self['restart_sort'] = 0
self['restart_action_text'] = NSLocalizedString(
u"Restart Required", u"Restart Required title")
self[
'restart_action_text'] += u'<div class="restart-needed-icon"></div>'
elif self['RestartAction'] in ['RequireLogout', 'RecommendLogout']:
self['restart_sort'] = 1
self['restart_action_text'] = NSLocalizedString(
u"Logout Required", u"Logout Required title")
self[
'restart_action_text'] += u'<div class="logout-needed-icon"></div>'
# sort bigger installs to the top
if self.get('installed_size'):
self['size_sort'] = -int(self['installed_size'])
self['size'] = munki.humanReadable(self['installed_size'])
elif self.get('installer_item_size'):
self['size_sort'] = -int(self['installer_item_size'])
self['size'] = munki.humanReadable(self['installer_item_size'])
else:
self['size_sort'] = 0
self['size'] = u''
def __init__(self, *arg, **kw):
super(GenericItem, self).__init__(*arg, **kw)
# now normalize values
if not self.get('display_name'):
self['display_name'] = self['name']
self['display_name_lower'] = self['display_name'].lower()
if not self.get('developer'):
self['developer'] = self.guess_developer()
if self.get('description'):
try:
self['raw_description'] = filtered_html(self['description'])
except HTMLParseError:
self['raw_description'] = (
'Invalid HTML in description for %s' % self['display_name'])
del self['description']
if not 'raw_description' in self:
self['raw_description'] = u''
self['icon'] = self.getIcon()
self['due_date_sort'] = NSDate.distantFuture()
# sort items that need restart highest, then logout, then other
if self.get('RestartAction') in [None, 'None']:
self['restart_action_text'] = u''
self['restart_sort'] = 2
elif self['RestartAction'] in ['RequireRestart', 'RecommendRestart']:
self['restart_sort'] = 0
self['restart_action_text'] = NSLocalizedString(
u"Restart Required", u"Restart Required title")
self['restart_action_text'] += (
u'<div class="restart-needed-icon"></div>')
elif self['RestartAction'] in ['RequireLogout', 'RecommendLogout']:
self['restart_sort'] = 1
self['restart_action_text'] = NSLocalizedString(
u"Logout Required", u"Logout Required title")
self['restart_action_text'] += (
u'<div class="logout-needed-icon"></div>')
# sort bigger installs to the top
if self.get('installed_size'):
self['size_sort'] = -int(self['installed_size'])
self['size'] = munki.humanReadable(self['installed_size'])
elif self.get('installer_item_size'):
self['size_sort'] = -int(self['installer_item_size'])
self['size'] = munki.humanReadable(self['installer_item_size'])
else:
self['size_sort'] = 0
self['size'] = u''
def buildUpdateTableData(self):
table = []
self.restart_required = False
self.logout_required = False
for item in self._listofupdates:
row = {}
if item.get("force_install_after_date"):
row['image'] = self._exclamationImage
elif item.get("RestartAction") == "RequireRestart" or item.get(
"RestartAction") == "RecommendRestart":
row['image'] = self._restartImage
self.restart_required = True
elif item.get("RestartAction") == "RequireLogout" or item.get(
"RestartAction") == "RecommendLogout":
row['image'] = self._logoutImage
self.logout_required = True
else:
row['image'] = self._emptyImage
row['name'] = item.get("display_name") or item.get("name", "")
row['version'] = munki.trimVersionString(
item.get("version_to_install"))
if item.get("installer_item_size"):
row['size'] = munki.humanReadable(
item.get("installer_item_size"))
elif item.get("installed_size"):
row['size'] = munki.humanReadable(item.get("installed_size"))
else:
row['size'] = ""
row['description'] = item.get("description", "")
row_dict = NSDictionary.dictionaryWithDictionary_(row)
table.append(row_dict)
self.update_view_controller.setUpdatelist_(table)
self.update_view_controller.tableView.deselectAll_(self)
if self.restart_required:
self.update_view_controller.restartInfoFld.setStringValue_(
NSLocalizedString(u"Restart will be required.", None))
self.update_view_controller.restartImageFld.setImage_(
self._restartImage)
elif self.logout_required:
self.update_view_controller.restartInfoFld.setStringValue_(
NSLocalizedString(u"Logout will be required.", None))
self.update_view_controller.restartImageFld.setImage_(
self._logoutImage)
def buildUpdateTableData(self):
table = []
self.restart_required = False
self.logout_required = False
for item in self._listofupdates:
row = {}
row['image'] = self._emptyImage
if (item.get("RestartAction") == "RequireRestart"
or item.get("RestartAction") == "RecommendRestart"):
row['image'] = self._restartImage
self.restart_required = True
elif (item.get("RestartAction") == "RequireLogout"
or item.get("RestartAction") == "RecommendLogout"):
row['image'] = self._logoutImage
self.logout_required = True
if item.get("force_install_after_date"):
row['image'] = self._exclamationImage
row['name'] = item.get("display_name") or item.get("name","")
row['version'] = munki.trimVersionString(
item.get("version_to_install"))
if item.get("installer_item_size"):
row['size'] = munki.humanReadable(
item.get("installer_item_size"))
elif item.get("installed_size"):
row['size'] = munki.humanReadable(item.get("installed_size"))
else:
row['size'] = ""
row['description'] = item.get("description","")
row_dict = NSDictionary.dictionaryWithDictionary_(row)
table.append(row_dict)
self.update_view_controller.setUpdatelist_(table)
self.update_view_controller.tableView.deselectAll_(self)
if self.restart_required:
self.update_view_controller.restartInfoFld.setStringValue_(
NSLocalizedString(u"Restart will be required.", None))
self.update_view_controller.restartImageFld.setImage_(
self._restartImage)
elif self.logout_required:
self.update_view_controller.restartInfoFld.setStringValue_(
NSLocalizedString(u"Logout will be required.", None))
self.update_view_controller.restartImageFld.setImage_(
self._logoutImage)
for c in CATALOGS:
for item in updatecheck.CATALOG[c]['items']:
for path_key in [
'installer_item_location', 'uninstaller_item_location'
]:
if path_key in item.keys():
report_item = {}
report_item['path'] = os.path.join(PKGS_ROOT, item[path_key])
report_item['size'] = item['installer_item_size']
defined_locations.append(report_item)
totalbytes = 0
print "%-100s %-16s" % ("Path", "Size")
print
for r, d, f in os.walk(PKGS_ROOT):
for phile in f:
if (phile.endswith('.dmg') or phile.endswith('.pkg')) and \
'.AppleDouble' not in r and \
not phile.startswith('._'):
repo_pkg_path = os.path.join(r, phile)
relative_path = repo_pkg_path.split(PKGS_ROOT + '/')[1]
if repo_pkg_path not in [k['path'] for k in defined_locations]:
item_size = os.path.getsize(repo_pkg_path)
print "%-100s %-16s" % (relative_path,
humanReadable(item_size / 1024))
totalbytes += item_size
print
print "Total size: %s" % (humanReadable(totalbytes / 1024))
updatecheck.getCatalogs(CATALOGS)
defined_locations = []
for c in CATALOGS:
for item in updatecheck.CATALOG[c]['items']:
for path_key in ['installer_item_location', 'uninstaller_item_location']:
if path_key in item.keys():
report_item = {}
report_item['path'] = os.path.join(PKGS_ROOT, item[path_key])
report_item['size'] = item['installer_item_size']
defined_locations.append(report_item)
totalbytes = 0
print "%-100s %-16s" % ("Path", "Size")
print
for r, d, f in os.walk(PKGS_ROOT):
for phile in f:
if (phile.endswith('.dmg') or phile.endswith('.pkg')) and \
'.AppleDouble' not in r and \
not phile.startswith('._'):
repo_pkg_path = os.path.join(r, phile)
relative_path = repo_pkg_path.split(PKGS_ROOT + '/')[1]
if repo_pkg_path not in [k['path'] for k in defined_locations]:
item_size = os.path.getsize(repo_pkg_path)
print "%-100s %-16s" % (relative_path, humanReadable(item_size / 1024))
totalbytes += item_size
print
print "Total size: %s" % (humanReadable(totalbytes / 1024))