def ProcessAppFile(appFile):
"""
Process the Application File returning the appinfo and the command
dictionary.
"""
commands = dict()
# Read in .app file
appInfo = LoadConfig(appFile)
# Build command list
for key in appInfo.keys():
spList = key.split('.')
if len(spList) > 1:
(section, option) = spList
if section == "commands":
verb = option
cmd = appInfo[key]
# If the named argument python is used, replace it
if cmd.find("%(python)s") != -1:
if sys.platform == 'darwin':
cmd = cmd.replace("%(python)s", '/usr/bin/pythonw')
else:
cmd = cmd.replace("%(python)s", sys.executable)
commands[verb] = cmd
return appInfo, commands
def ProcessAppFile(appFile):
"""
Process the Application File returning the appinfo and the command
dictionary.
"""
commands = dict()
# Read in .app file
appInfo = LoadConfig(appFile)
# Build command list
for key in appInfo.keys():
spList = key.split('.')
if len(spList) > 1:
(section, option) = spList
if section == "commands":
verb = option
cmd = appInfo[key]
# If the named argument python is used, replace it
if cmd.find("%(python)s") != -1:
if sys.platform == 'darwin':
cmd = cmd.replace("%(python)s", '/usr/bin/pythonw')
else:
cmd = cmd.replace("%(python)s", sys.executable)
commands[verb] = cmd
return appInfo, commands
def LoadPreferences(self):
'''
Read preferences from configuration file.
'''
try:
log.debug("Preferences.LoadPreferences: open file")
preferences = LoadConfig(self.config.GetPreferences())
# Remove category from preference
for p in preferences.keys():
category = p.split(".")[0]
pref = p.split(".")[1]
if category == "Preferences":
self.preferences[pref] = preferences[p]
# Add any default preferences that are missing
for key in self.default:
if not self.preferences.has_key(key):
# set the initial value of the proxy enabled preference based on whether
# the user has specified a proxy host previously
# note: this only happens the first time a preferences file is loaded that
# is missing the PROXY_ENABLED preference
if key == self.PROXY_ENABLED:
if self.preferences.has_key(self.PROXY_HOST) and len(self.preferences[self.PROXY_HOST]) > 0:
self.preferences[key] = 1
continue
self.preferences[key] = self.default[key]
except:
log.exception("Preferences.LoadPreferences: open file error")
self.preferences = {}
# Load client profile separately
try:
profileFile = os.path.join(self.config.GetConfigDir(),
"profile" )
self.profile = ClientProfile(profileFile)
except IOError:
log.exception("Preferences.LoadPreferences: open file io error")
# Load bridges separately
for b in self.bridgeCache.GetBridges():
self.__bridges[b.GetKey()] = b
def LoadPreferences(self):
'''
Read preferences from configuration file.
'''
try:
log.debug("Preferences.LoadPreferences: open file")
preferences = LoadConfig(self.config.GetPreferences())
# Remove category from preference
for p in preferences.keys():
category = p.split(".")[0]
pref = p.split(".")[1]
if category == "Preferences":
self.preferences[pref] = preferences[p]
# Add any default preferences that are missing
for key in self.default:
if not self.preferences.has_key(key):
# set the initial value of the proxy enabled preference based on whether
# the user has specified a proxy host previously
# note: this only happens the first time a preferences file is loaded that
# is missing the PROXY_ENABLED preference
if key == self.PROXY_ENABLED:
if self.preferences.has_key(self.PROXY_HOST) and len(
self.preferences[self.PROXY_HOST]) > 0:
self.preferences[key] = 1
continue
self.preferences[key] = self.default[key]
except:
log.exception("Preferences.LoadPreferences: open file error")
self.preferences = {}
# Load client profile separately
try:
profileFile = os.path.join(self.config.GetConfigDir(), "profile")
self.profile = ClientProfile(profileFile)
except IOError:
log.exception("Preferences.LoadPreferences: open file io error")
# Load bridges separately
for b in self.bridgeCache.GetBridges():
self.__bridges[b.GetKey()] = b
def GetBridges(self):
# Get bridges from the local config directory
self.bridges = []
bridges = {}
if os.path.exists(self.configPath):
config = LoadConfig(self.config.GetBridges())
else:
# Cache does not exist, return
return self.bridges
# Parse config dict and create bridge descriptions
for key in config.keys():
bridgeid = key.split(".")[0]
val = key.split(".")[1]
if not bridges.has_key(bridgeid):
bridges[bridgeid] = BridgeDescription(bridgeid, "", "", "", "",
"")
if val == "name":
bridges[bridgeid].name = config[key]
elif val == "host":
bridges[bridgeid].host = config[key]
elif val == "port":
bridges[bridgeid].port = config[key]
elif val == "serverType":
bridges[bridgeid].serverType = config[key]
elif val == "description":
bridges[bridgeid].description = config[key]
elif val == "status":
bridges[bridgeid].status = config[key]
elif val == "rank":
bridges[bridgeid].rank = float(config[key])
elif val == "portMin":
bridges[bridgeid].portMin = int(config[key])
elif val == "portMax":
bridges[bridgeid].portMax = int(config[key])
elif val == "userRank":
bridges[bridgeid].userRank = float(config[key])
for b in bridges.values():
self.bridges.append(b)
return self.bridges
def GetBridges(self):
# Get bridges from the local config directory
self.bridges = []
bridges = {}
if os.path.exists(self.configPath):
config = LoadConfig(self.config.GetBridges())
else:
# Cache does not exist, return
return self.bridges
# Parse config dict and create bridge descriptions
for key in config.keys():
bridgeid = key.split(".")[0]
val = key.split(".")[1]
if not bridges.has_key(bridgeid):
bridges[bridgeid] = BridgeDescription(bridgeid, "", "", "", "", "")
if val == "name":
bridges[bridgeid].name = config[key]
elif val == "host":
bridges[bridgeid].host = config[key]
elif val == "port":
bridges[bridgeid].port = config[key]
elif val == "serverType":
bridges[bridgeid].serverType = config[key]
elif val == "description":
bridges[bridgeid].description = config[key]
elif val == "status":
bridges[bridgeid].status = config[key]
elif val == "rank":
bridges[bridgeid].rank = float(config[key])
elif val == "portMin":
bridges[bridgeid].portMin = int(config[key])
elif val == "portMax":
bridges[bridgeid].portMax = int(config[key])
elif val == "userRank":
bridges[bridgeid].userRank = float(config[key])
for b in bridges.values():
self.bridges.append(b)
return self.bridges
class AppDb:
"""
The AppDb class provides an interface for the Toolkit to store
information on a per user basis about what applications are
installed and how to run them.
"""
defaultSeparator = ":"
def __init__(self, path=None, filename="ApplicationDatabase"):
"""
The constructor for the AppDb, it uses a file for persistent storage.
"""
self.AppDb = dict()
if path is None:
self.path = UserConfig.instance().GetConfigDir()
else:
self.path = path
self.fileName = os.path.join(self.path, filename)
# Create the file if it doesn't exist
if not os.path.exists(self.fileName):
try:
file(self.fileName,'w').close()
except:
log.exception("Couldn't create app db file %s", self.fileName)
self.Load(self.fileName)
def Load(self, fileName=None):
"""
Load the app db from the file it's stored in.
"""
if fileName == None:
fileName = self.fileName
try:
self.AppDb = LoadConfig(fileName, separator=self.defaultSeparator)
# update the file modification time
self._UpdateModTime()
except:
print sys.exc_info()
print "Couldn't open application database: %s" % fileName
def _Synch(self):
"""
Synch the in-memory app db with the file, if necessary
"""
if os.access(self.fileName,os.R_OK):
fileLastModified = os.stat(self.fileName)[stat.ST_MTIME]
if fileLastModified > self.fileLastModified:
self.Load()
def _UpdateModTime(self):
"""
Update the last modified time of the appdb file
"""
if os.access(self.fileName,os.R_OK):
# store the file modification time
self.fileLastModified = os.stat(self.fileName)[stat.ST_MTIME]
def _Flush(self):
"""
Flush the current db out to file storage.
"""
try:
SaveConfig(self.fileName, self.AppDb, self.defaultSeparator)
# update the file modification time
self._UpdateModTime()
except:
print "Couldn't flush the db to disk."
def _GetPrivName(self, name):
"""
Look up the private name for the exposed name.
returns name as string or None
"""
pname = None
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == "priv_names":
if self.AppDb[key] == name:
pname = option
return pname
def _GetNiceName(self, pName):
"""
Get a user friendly name for a private name.
"""
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == "priv_names":
if option == pName:
return self.AppDb[key]
return None
def _GetPrivVerb(self, verb, mimeType):
"""
Look up the private verb for the exposed verb.
"""
pVerb = None
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == "priv_cmds":
mtCheckKey = self.defaultSeparator.join([mimeType, option])
if self.AppDb[key] == verb and self.AppDb.has_key(mtCheckKey):
pVerb = option
return pVerb
def _GetNiceVerb(self, pVerb):
"""
Get a user friendly name for a private verb.
"""
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == "priv_cmds":
if option == pVerb:
return self.AppDb[key]
return None
def GetMimeType(self, name = None, extension = None):
"""
Find a mimetype for the specified app name or extension.
returns a mimeType in a string.
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
mimeType = None
if name != None:
privName = self._GetPrivName(name)
if privName == None:
return mimeType
lookupName = self.defaultSeparator.join(["name", privName])
try:
mimeType = self.AppDb[lookupName]
except KeyError:
mimeType = None
if extension != None:
lookupExt = self.defaultSeparator.join(["extension", extension])
try:
mimeType = self.AppDb[lookupExt]
except KeyError:
mimeType = None
return mimeType
def GetNameForMimeType(self, mimeType):
"""
returns a name in a string.
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
appName = None
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == "name":
mt = self.AppDb[key]
if mt == mimeType:
appName = self._GetNiceName(option)
return appName
def GetExtForMimeType(self, mimeType):
"""
returns a extension in a string.
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
ext = None
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == "extension":
mt = self.AppDb[key]
if mt == mimeType:
ext = option
return ext
def AddMimeType(self, name, extension, mimeType, startable="1"):
"""
returns a tuple of (int, string). Success is (1, mimeType),
failure is (0, reason)
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
namekey = self._GetPrivName(name)
if namekey == None:
namekey = str(GUID())
privName = self.defaultSeparator.join(["priv_names", namekey])
nameStr = self.defaultSeparator.join(["name", namekey])
extStr = self.defaultSeparator.join(["extension", extension])
mimeStr = self.defaultSeparator.join([mimeType, "None"])
startableStr = self.defaultSeparator.join(["startable", mimeType])
self.AppDb[privName] = name
self.AppDb[nameStr] = mimeType
self.AppDb[extStr] = mimeType
self.AppDb[mimeStr] = None
self.AppDb[startableStr] = startable
self._Flush()
return (1, mimeType)
def RemoveMimeType(self, name = None, extension = None, mimeType = None):
"""
returns a tuple of (int, string). Success is (1, mimeType),
failure is (0, reason)
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
if name == None and extension == None and mimeType == None:
return (0, "Not enough information to remove mime type.")
privName = None
nameStr = None
extStr = None
mimeStr = None
if name != None and self._GetPrivName(name) != None:
namekey = self._GetPrivName(name)
privName = self.defaultSeparator.join(["priv_names", namekey])
name = self.AppDb[privName]
mt = self.GetMimeType(name = name)
mimeStr = self.defaultSeparator.join([mt, "None"])
nameStr = self.defaultSeparator.join(["name", namekey])
ext = self.GetExtForMimeType(mt)
extStr = self.defaultSeparator.join(["extension", ext])
elif mimeType != None and self.GetNameForMimeType(mimeType) != None:
mimeStr = self.defaultSeparator.join([mimeType, "None"])
name = self.GetNameForMimeType(mimeType)
namekey = self._GetPrivName(name)
privName = self.defaultSeparator.join(["priv_names", namekey])
nameStr = self.defaultSeparator.join(["name", namekey])
ext = self.GetExtForMimeType(mimeType)
extStr = self.defaultSeparator.join(["extension", ext])
elif extension != None and None != self.GetNameForMimeType(self.GetMimeType(extension=extension)):
mimeType = self.GetMimeType(extension = extension)
mimeStr = self.defaultSeparator.join([mimeType, "None"])
name = self.GetNameForMimeType(mimeType)
namekey = self._GetPrivName(name)
privName = self.defaultSeparator.join(["priv_names", namekey])
nameStr = self.defaultSeparator.join(["name", namekey])
ext = self.GetExtForMimeType(mimeType)
extStr = self.defaultSeparator.join(["extension", extension])
if privName != None:
if self.AppDb.has_key(privName):
del self.AppDb[privName]
if nameStr != None:
if self.AppDb.has_key(nameStr):
del self.AppDb[nameStr]
if extStr != None:
if self.AppDb.has_key(extStr):
del self.AppDb[extStr]
if mimeStr != None:
if self.AppDb.has_key(mimeStr):
del self.AppDb[mimeStr]
self._Flush()
return (1, mimeType)
def GetCommandNames(self, mimeType):
"""
returns a list of command names for this mime type.
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
cmds = list()
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == mimeType:
nName = self._GetNiceVerb(option)
if nName != None:
cmds.append(nName)
return cmds
def GetCommands(self, mimeType):
"""
returns a dict of [commandname:command] for this mimetype
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
cmds = dict()
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == mimeType:
nName = self._GetNiceVerb(option)
if nName != None:
cmds[nName] = self.GetCommandLine(mimeType,nName)
return cmds
def GetCommandLine(self, mimeType, cmdName, vars=None):
"""
returns a string containing the commandline used to execute the viewer,
optionally if vars is a dictionary, of name = value, named parameter
substitution is done for the command line.
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
cmdStr = ""
if mimeType == None or cmdName == None:
return cmdStr
pCmd = self._GetPrivVerb(cmdName, mimeType)
if pCmd != None:
key = self.defaultSeparator.join([mimeType, pCmd])
else:
return cmdStr
try:
cmdStr = self.AppDb[key]
except KeyError:
return cmdStr
if vars != None:
cmdStr = self.AppDb[key] % vars
return cmdStr
def AddCommand(self, mimeType, cmdName, cmdString):
"""
returns a tuple (int, string). Success is (1, cmdName),
failure is (0, reason).
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
pCmd = self._GetPrivVerb(cmdName, mimeType)
if pCmd == None:
pCmd = str(GUID())
cmdkey = self.defaultSeparator.join([mimeType, pCmd])
pcmdkey = self.defaultSeparator.join(["priv_cmds", pCmd])
self.AppDb[cmdkey] = cmdString
self.AppDb[pcmdkey] = cmdName
self._Flush()
return (1, cmdName)
def RemoveCommand(self, mimeType, cmdName):
"""
returns a tuple (int, string). Success is (1, cmdName),
failure is (0, reason).
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
pCmd = self._GetPrivVerb(cmdName, mimeType)
cmdkey = self.defaultSeparator.join([mimeType, pCmd])
if self.AppDb.has_key(cmdkey):
del self.AppDb[cmdkey]
pcmdkey = self.defaultSeparator.join(["priv_cmds", pCmd])
if self.AppDb.has_key(pcmdkey):
del self.AppDb[pcmdkey]
self._Flush()
return (1, cmdName)
def RegisterApplication(self, name, mimeType, extension, commandDict,
fileList, srcPath, dstPath, startable="1"):
"""
Encapsulate all the actions required to register a new application.
returns 0 on failure, 1 on success
"""
(ret, retStr) = self.AddMimeType(name, extension, mimeType, startable)
if ret:
for cmdName in commandDict.keys():
cmdStr = commandDict[cmdName]
(result, resultString) = self.AddCommand(mimeType, cmdName,
cmdStr)
if not result:
return 0
noSpaceName = '_'.join(name.split(' '))
dstPath = os.path.join(dstPath, noSpaceName)
if not os.path.exists(dstPath):
try:
os.mkdir(dstPath)
except:
print "Couldn't make app directory (%s)." % dstPath
success = 0
for appFile in fileList:
try:
srcf = os.path.join(srcPath, appFile)
dstf = os.path.join(dstPath, appFile)
# Create any destination subdirs
dstd = os.path.dirname(dstf)
if not os.path.exists(dstd):
os.makedirs(dstd)
shutil.copy(srcf, dstf)
success = 1
except:
print "Couldn't copy file into place (undoing register)."
self.UnregisterApplication(name=name,mimeType=mimeType)
else:
return 0
self._Flush()
return 1
def ListApplications(self):
"""
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
apps = list()
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == 'name':
name = self._GetNiceName(option)
if name:
apps.append(name)
return apps
def ListMimeTypes(self):
"""
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
mt = list()
for key in self.AppDb.keys():
try:
(section, option) = key.split(self.defaultSeparator)
except ValueError:
continue
if section != 'name' and section != 'extension':
mt.append(option)
return mt
def ListAppsAsAppDescriptions(self):
"""
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
apps = list()
for key in self.AppDb.keys():
try:
(section, option) = key.split(self.defaultSeparator)
except ValueError:
continue
if section == 'name':
name = self._GetNiceName(option)
if name:
mimetype = self.AppDb[key]
startableStr = self.defaultSeparator.join(["startable", mimetype])
if startableStr in self.AppDb.keys():
startable = self.AppDb[startableStr]
else:
startable = 1
apps.append(ApplicationDescription(None, name, None, None, mimetype, startable))
return apps
def UnregisterApplication(self, name=None, mimeType=None, extension=None):
"""
Encapsulate all the actions required to unregister an application.
returns 0 on failure, 1 on success
"""
noSpaceName = '_'.join(name.split(' '))
dstPath = os.path.join(UserConfig.instance().GetSharedAppDir(),
noSpaceName)
if os.path.exists(dstPath):
try:
shutil.rmtree(dstPath)
print "Unregistration of application %s complete" % (name)
except:
print "App directory error -- can't remove (%s)." % dstPath
else:
print "Application %s not found; skipping" % (name)
return 0
if mimeType == None:
mimeType = self.GetMimeType(name, extension)
if mimeType == None:
print "MimeType: %s not found." % mimeType
return 0
cmdList = self.GetCommandNames(mimeType)
(ret, retStr) = self.RemoveMimeType(name, extension, mimeType)
if ret:
for cmdName in cmdList:
(result, resultString) = self.RemoveCommand(mimeType,
cmdName)
if not result:
print "Error removing verb, continuing."
return 1
class ClientProfile:
"""
The client profile is used to represent the clients throughout the AG.
The client profile is all public data, however only the author of the
profile is allowed to modify it.
"""
configSection = 'ClientProfile'
defaultProfile = {
'ClientProfile.type' : "user",
'ClientProfile.name' : '<Insert Name Here>',
'ClientProfile.email' : '<Insert Email Address Here>',
'ClientProfile.phone' : '<Insert Phone Number Here>',
'ClientProfile.icon' : '<Leave blank for now>',
'ClientProfile.id' : '',
'ClientProfile.location' : '<Insert Postal Address Here>',
'ClientProfile.techsupportinfo':'',
'ClientProfile.venueclienturl' : '',
'ClientProfile.home' : 'https://vv3.mcs.anl.gov:8000/Venues/default',
'ClientProfile.gmtoffset' : 0,
'ClientProfile.beacon' : 0,
'ClientProfile.video' : 0,
'ClientProfile.audio' : 0,
'ClientProfile.display' : 0,
'ClientProfile.lat' : 0,
'ClientProfile.long' : 0,
}
USER = "******"
NODE = "node"
def __init__(self, profileFile = None):
""" """
self.profileFile = profileFile
self.profileType = ''
self.name = ''
self.email = ''
self.phoneNumber = ''
self.icon = None
self.publicId = str(GUID())
self.location = ''
self.venueClientURL = ''
self.homeVenue = ''
self.privateId = ''
self.distinguishedName = ''
self.techSupportInfo = ''
self.connectionId = ''
if time.daylight:
self.gmtoffset = time.altzone
else:
self.gmtoffset = time.timezone
self.beacon = 0
self.video = self.audio = self.display = 0
self.lat = self.long = 0
if profileFile != None and os.path.exists(profileFile):
self.Load(self.profileFile)
else:
self.profile = ClientProfile.defaultProfile.copy()
self.profile['ClientProfile.id'] = self.publicId
self._SetFromConfig() # Get the values from the config
def Load(self, fileName, loadDnDetails=0):
"""
loadDnDetails is used by the cache to include the reading
of a DN when reading from the stored profile.
"""
profile = ClientProfile.defaultProfile.copy()
self.profile = LoadConfig(fileName, profile)
self._SetFromConfig() # Get the values from the config
if loadDnDetails: # DN used with profileCache, not in standard profile.
if 'ClientProfile.distinguishedname' in self.profile:
self.distinguishedName = self.profile['ClientProfile.distinguishedname']
def _SetFromConfig(self):
if self.CheckProfile():
self.profileType = self.profile['ClientProfile.type']
self.name = self.profile['ClientProfile.name']
self.email = self.profile['ClientProfile.email']
self.phoneNumber = self.profile['ClientProfile.phone']
self.icon = self.profile['ClientProfile.icon']
self.publicId = self.profile['ClientProfile.id']
self.location = self.profile['ClientProfile.location']
self.venueClientURL = self.profile['ClientProfile.venueclienturl']
self.homeVenue = self.profile['ClientProfile.home']
self.techSupportInfo = self.profile['ClientProfile.techsupportinfo']
else:
raise InvalidProfileException
def Dump(self):
"""
"""
print "Profile: "
for k in self.profile.keys():
print "Key: %s Value: %s" % (k, self.profile[k])
print "Profile Type: " + self.profileType
print "Name: " + self.name
print "Email: " + self.email
print "Phone Number: " + self.phoneNumber
print "Location: " + self.location
print "Venue Client URL: " + self.venueClientURL
print "Public ID: " + str(self.publicId)
print "Home Venue: " + self.homeVenue
print "Beacon: " + str(self.beacon)
print "Audio: " + str(self.audio)
print "Display: " + str(self.display)
print "Video: " + str(self.video)
print "Location: " + str(self.lat) + " " + str(self.long)
def __str__(self):
returnVal = " Profile Type: " + self.profileType \
+ "\n Name: " + self.name \
+ "\n Email: " + self.email\
+ "\n Phone Number: " + self.phoneNumber\
+ "\n Location: " + self.location\
+ "\n Venue Client URL: " + self.venueClientURL\
+ "\n Public ID: " + str(self.publicId)\
+ "\n Home Venue: " + self.homeVenue
return returnVal
def Save(self, fileName, saveDnDetails=0):
"""
saveDnDetails is used by the cache to include the DN
in the stored profile.
"""
config = {}
config['ClientProfile.type'] = self.GetProfileType()
config['ClientProfile.name'] = self.GetName()
config['ClientProfile.email'] = self.GetEmail()
config['ClientProfile.phone'] = self.GetPhoneNumber()
config['ClientProfile.location'] = self.GetLocation()
config['ClientProfile.venueclienturl'] = self.GetVenueClientURL()
config['ClientProfile.id'] = self.GetPublicId()
config['ClientProfile.home'] = self.GetHomeVenue()
if saveDnDetails:
config['ClientProfile.distinguishedname'] = self.GetDistinguishedName()
SaveConfig(fileName, config)
def IsDefault(self):
sc = self.profile.copy()
sc['ClientProfile.id'] = ''
if sc == ClientProfile.defaultProfile:
return 1
else:
return 0
def CheckProfile(self):
for x in self.profile.keys():
(section, option) = string.split(x, '.')
if (section != ClientProfile.configSection and
section != string.lower(ClientProfile.configSection)):
log.error('ClientProfile.CheckProfile: Check profile failed for section: %s option: %s'%(section, option))
return 0
return 1
def SetProfileType(self, profileType):
""" """
self.profileType = profileType
self.profile[ClientProfile.configSection + '.type'] = profileType
def GetProfileType(self):
""" """
return self.profileType
def SetLocation(self, location):
""" """
self.location = location
self.profile[ClientProfile.configSection + '.location'] = location
def GetLocation(self):
""" """
return self.location
def SetEmail(self, email):
""" """
self.email = email
self.profile[ClientProfile.configSection + '.email'] = email
def GetEmail(self):
""" """
return self.email
def SetName(self, name):
""" """
self.name = name
self.profile[ClientProfile.configSection + '.name'] = name
def GetName(self):
""" """
return self.name
def GetDistinguishedName(self):
""" """
return self.distinguishedName
def SetPhoneNumber(self, phoneNumber):
""" """
self.phoneNumber = phoneNumber
self.profile[ClientProfile.configSection + '.phone'] = phoneNumber
def GetPhoneNumber(self):
""" """
return self.phoneNumber
def SetVenueClientURL(self, venueClientURL):
""" """
self.venueClientURL = venueClientURL
self.profile[ClientProfile.configSection + '.venueclienturl'] = venueClientURL
def GetVenueClientURL(self):
""" """
return self.venueClientURL
def SetPublicId(self, publicId):
""" """
self.publicId = publicId
self.profile[ClientProfile.configSection + '.id'] = publicId
def GetPublicId(self):
""" """
return self.publicId
def SetHomeVenue(self, venue):
self.homeVenue = venue
self.profile[ClientProfile.configSection + '.home'] = venue
def GetHomeVenue(self):
return self.homeVenue
def GetGmtOffset(self):
return self.gmtoffset
def GetBeaconState(self):
return self.beacon
def GetVideoState(self):
return self.video
def GetAudioState(self):
return self.audio
def GetDisplayState(self):
return self.display
def GetLat(self):
return self.lat
def GetLong(self):
return self.long
def InformationMatches(self, obj):
"""
return true (1) if profile information is equivalent
return false (0) otherwise.
This was written mostly for the ClientProfileCache to use, so
if modifying this function keep that purpose in mind.
Specifically, a profile should be equivalent to its cached
profile if the user hasn't changed his/her profile. This means
things such as VenueClientURL are not tested below since it can
change after the venue client reconnects.
"""
if not isinstance(obj, ClientProfile):
return 0
isSame = 0
try:
# members not tested for equality
# self.fileType == obj.fileType
# self.publicId == obj.publicId
# self.privateId == obj.privateId
# self.distinguishedName == obj.distinguishedName
# self.venueClientURL == obj.venueClientURL and \
if self.profileType == obj.profileType and \
self.name == obj.name and \
self.email == obj.email and \
self.phoneNumber == obj.phoneNumber and \
self.icon == obj.icon and \
self.location == obj.location and \
self.homeVenue == obj.homeVenue :
isSame = 1
except:
pass
return isSame
class ClientProfile:
"""
The client profile is used to represent the clients throughout the AG.
The client profile is all public data, however only the author of the
profile is allowed to modify it.
"""
configSection = 'ClientProfile'
defaultProfile = {
'ClientProfile.type': "user",
'ClientProfile.name': '<Insert Name Here>',
'ClientProfile.email': '<Insert Email Address Here>',
'ClientProfile.phone': '<Insert Phone Number Here>',
'ClientProfile.icon': '<Leave blank for now>',
'ClientProfile.id': '',
'ClientProfile.location': '<Insert Postal Address Here>',
'ClientProfile.techsupportinfo': '',
'ClientProfile.venueclienturl': '',
'ClientProfile.home': 'https://vv3.mcs.anl.gov:8000/Venues/default',
'ClientProfile.gmtoffset': 0,
'ClientProfile.beacon': 0,
'ClientProfile.video': 0,
'ClientProfile.audio': 0,
'ClientProfile.display': 0,
'ClientProfile.lat': 0,
'ClientProfile.long': 0,
}
USER = "******"
NODE = "node"
def __init__(self, profileFile=None):
""" """
self.profileFile = profileFile
self.profileType = ''
self.name = ''
self.email = ''
self.phoneNumber = ''
self.icon = None
self.publicId = str(GUID())
self.location = ''
self.venueClientURL = ''
self.homeVenue = ''
self.privateId = ''
self.distinguishedName = ''
self.techSupportInfo = ''
self.connectionId = ''
if time.daylight:
self.gmtoffset = time.altzone
else:
self.gmtoffset = time.timezone
self.beacon = 0
self.video = self.audio = self.display = 0
self.lat = self.long = 0
if profileFile != None and os.path.exists(profileFile):
self.Load(self.profileFile)
else:
self.profile = ClientProfile.defaultProfile.copy()
self.profile['ClientProfile.id'] = self.publicId
self._SetFromConfig() # Get the values from the config
def Load(self, fileName, loadDnDetails=0):
"""
loadDnDetails is used by the cache to include the reading
of a DN when reading from the stored profile.
"""
profile = ClientProfile.defaultProfile.copy()
self.profile = LoadConfig(fileName, profile)
self._SetFromConfig() # Get the values from the config
if loadDnDetails: # DN used with profileCache, not in standard profile.
if 'ClientProfile.distinguishedname' in self.profile:
self.distinguishedName = self.profile[
'ClientProfile.distinguishedname']
def _SetFromConfig(self):
if self.CheckProfile():
self.profileType = self.profile['ClientProfile.type']
self.name = self.profile['ClientProfile.name']
self.email = self.profile['ClientProfile.email']
self.phoneNumber = self.profile['ClientProfile.phone']
self.icon = self.profile['ClientProfile.icon']
self.publicId = self.profile['ClientProfile.id']
self.location = self.profile['ClientProfile.location']
self.venueClientURL = self.profile['ClientProfile.venueclienturl']
self.homeVenue = self.profile['ClientProfile.home']
self.techSupportInfo = self.profile[
'ClientProfile.techsupportinfo']
else:
raise InvalidProfileException
def Dump(self):
"""
"""
print "Profile: "
for k in self.profile.keys():
print "Key: %s Value: %s" % (k, self.profile[k])
print "Profile Type: " + self.profileType
print "Name: " + self.name
print "Email: " + self.email
print "Phone Number: " + self.phoneNumber
print "Location: " + self.location
print "Venue Client URL: " + self.venueClientURL
print "Public ID: " + str(self.publicId)
print "Home Venue: " + self.homeVenue
print "Beacon: " + str(self.beacon)
print "Audio: " + str(self.audio)
print "Display: " + str(self.display)
print "Video: " + str(self.video)
print "Location: " + str(self.lat) + " " + str(self.long)
def __str__(self):
returnVal = " Profile Type: " + self.profileType \
+ "\n Name: " + self.name \
+ "\n Email: " + self.email\
+ "\n Phone Number: " + self.phoneNumber\
+ "\n Location: " + self.location\
+ "\n Venue Client URL: " + self.venueClientURL\
+ "\n Public ID: " + str(self.publicId)\
+ "\n Home Venue: " + self.homeVenue
return returnVal
def Save(self, fileName, saveDnDetails=0):
"""
saveDnDetails is used by the cache to include the DN
in the stored profile.
"""
config = {}
config['ClientProfile.type'] = self.GetProfileType()
config['ClientProfile.name'] = self.GetName()
config['ClientProfile.email'] = self.GetEmail()
config['ClientProfile.phone'] = self.GetPhoneNumber()
config['ClientProfile.location'] = self.GetLocation()
config['ClientProfile.venueclienturl'] = self.GetVenueClientURL()
config['ClientProfile.id'] = self.GetPublicId()
config['ClientProfile.home'] = self.GetHomeVenue()
if saveDnDetails:
config[
'ClientProfile.distinguishedname'] = self.GetDistinguishedName(
)
SaveConfig(fileName, config)
def IsDefault(self):
sc = self.profile.copy()
sc['ClientProfile.id'] = ''
if sc == ClientProfile.defaultProfile:
return 1
else:
return 0
def CheckProfile(self):
for x in self.profile.keys():
(section, option) = string.split(x, '.')
if (section != ClientProfile.configSection
and section != string.lower(ClientProfile.configSection)):
log.error(
'ClientProfile.CheckProfile: Check profile failed for section: %s option: %s'
% (section, option))
return 0
return 1
def SetProfileType(self, profileType):
""" """
self.profileType = profileType
self.profile[ClientProfile.configSection + '.type'] = profileType
def GetProfileType(self):
""" """
return self.profileType
def SetLocation(self, location):
""" """
self.location = location
self.profile[ClientProfile.configSection + '.location'] = location
def GetLocation(self):
""" """
return self.location
def SetEmail(self, email):
""" """
self.email = email
self.profile[ClientProfile.configSection + '.email'] = email
def GetEmail(self):
""" """
return self.email
def SetName(self, name):
""" """
self.name = name
self.profile[ClientProfile.configSection + '.name'] = name
def GetName(self):
""" """
return self.name
def GetDistinguishedName(self):
""" """
return self.distinguishedName
def SetPhoneNumber(self, phoneNumber):
""" """
self.phoneNumber = phoneNumber
self.profile[ClientProfile.configSection + '.phone'] = phoneNumber
def GetPhoneNumber(self):
""" """
return self.phoneNumber
def SetVenueClientURL(self, venueClientURL):
""" """
self.venueClientURL = venueClientURL
self.profile[ClientProfile.configSection +
'.venueclienturl'] = venueClientURL
def GetVenueClientURL(self):
""" """
return self.venueClientURL
def SetPublicId(self, publicId):
""" """
self.publicId = publicId
self.profile[ClientProfile.configSection + '.id'] = publicId
def GetPublicId(self):
""" """
return self.publicId
def SetHomeVenue(self, venue):
self.homeVenue = venue
self.profile[ClientProfile.configSection + '.home'] = venue
def GetHomeVenue(self):
return self.homeVenue
def GetGmtOffset(self):
return self.gmtoffset
def GetBeaconState(self):
return self.beacon
def GetVideoState(self):
return self.video
def GetAudioState(self):
return self.audio
def GetDisplayState(self):
return self.display
def GetLat(self):
return self.lat
def GetLong(self):
return self.long
def InformationMatches(self, obj):
"""
return true (1) if profile information is equivalent
return false (0) otherwise.
This was written mostly for the ClientProfileCache to use, so
if modifying this function keep that purpose in mind.
Specifically, a profile should be equivalent to its cached
profile if the user hasn't changed his/her profile. This means
things such as VenueClientURL are not tested below since it can
change after the venue client reconnects.
"""
if not isinstance(obj, ClientProfile):
return 0
isSame = 0
try:
# members not tested for equality
# self.fileType == obj.fileType
# self.publicId == obj.publicId
# self.privateId == obj.privateId
# self.distinguishedName == obj.distinguishedName
# self.venueClientURL == obj.venueClientURL and \
if self.profileType == obj.profileType and \
self.name == obj.name and \
self.email == obj.email and \
self.phoneNumber == obj.phoneNumber and \
self.icon == obj.icon and \
self.location == obj.location and \
self.homeVenue == obj.homeVenue :
isSame = 1
except:
pass
return isSame
class AppDb:
"""
The AppDb class provides an interface for the Toolkit to store
information on a per user basis about what applications are
installed and how to run them.
"""
defaultSeparator = ":"
def __init__(self, path=None, filename="ApplicationDatabase"):
"""
The constructor for the AppDb, it uses a file for persistent storage.
"""
self.AppDb = dict()
if path is None:
self.path = UserConfig.instance().GetConfigDir()
else:
self.path = path
self.fileName = os.path.join(self.path, filename)
# Create the file if it doesn't exist
if not os.path.exists(self.fileName):
try:
file(self.fileName, 'w').close()
except:
log.exception("Couldn't create app db file %s", self.fileName)
self.Load(self.fileName)
def Load(self, fileName=None):
"""
Load the app db from the file it's stored in.
"""
if fileName == None:
fileName = self.fileName
try:
self.AppDb = LoadConfig(fileName, separator=self.defaultSeparator)
# update the file modification time
self._UpdateModTime()
except:
print sys.exc_info()
print "Couldn't open application database: %s" % fileName
def _Synch(self):
"""
Synch the in-memory app db with the file, if necessary
"""
if os.access(self.fileName, os.R_OK):
fileLastModified = os.stat(self.fileName)[stat.ST_MTIME]
if fileLastModified > self.fileLastModified:
self.Load()
def _UpdateModTime(self):
"""
Update the last modified time of the appdb file
"""
if os.access(self.fileName, os.R_OK):
# store the file modification time
self.fileLastModified = os.stat(self.fileName)[stat.ST_MTIME]
def _Flush(self):
"""
Flush the current db out to file storage.
"""
try:
SaveConfig(self.fileName, self.AppDb, self.defaultSeparator)
# update the file modification time
self._UpdateModTime()
except:
print "Couldn't flush the db to disk."
def _GetPrivName(self, name):
"""
Look up the private name for the exposed name.
returns name as string or None
"""
pname = None
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == "priv_names":
if self.AppDb[key] == name:
pname = option
return pname
def _GetNiceName(self, pName):
"""
Get a user friendly name for a private name.
"""
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == "priv_names":
if option == pName:
return self.AppDb[key]
return None
def _GetPrivVerb(self, verb, mimeType):
"""
Look up the private verb for the exposed verb.
"""
pVerb = None
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == "priv_cmds":
mtCheckKey = self.defaultSeparator.join([mimeType, option])
if self.AppDb[key] == verb and self.AppDb.has_key(mtCheckKey):
pVerb = option
return pVerb
def _GetNiceVerb(self, pVerb):
"""
Get a user friendly name for a private verb.
"""
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == "priv_cmds":
if option == pVerb:
return self.AppDb[key]
return None
def GetMimeType(self, name=None, extension=None):
"""
Find a mimetype for the specified app name or extension.
returns a mimeType in a string.
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
mimeType = None
if name != None:
privName = self._GetPrivName(name)
if privName == None:
return mimeType
lookupName = self.defaultSeparator.join(["name", privName])
try:
mimeType = self.AppDb[lookupName]
except KeyError:
mimeType = None
if extension != None:
lookupExt = self.defaultSeparator.join(["extension", extension])
try:
mimeType = self.AppDb[lookupExt]
except KeyError:
mimeType = None
return mimeType
def GetNameForMimeType(self, mimeType):
"""
returns a name in a string.
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
appName = None
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == "name":
mt = self.AppDb[key]
if mt == mimeType:
appName = self._GetNiceName(option)
return appName
def GetExtForMimeType(self, mimeType):
"""
returns a extension in a string.
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
ext = None
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == "extension":
mt = self.AppDb[key]
if mt == mimeType:
ext = option
return ext
def AddMimeType(self, name, extension, mimeType, startable="1"):
"""
returns a tuple of (int, string). Success is (1, mimeType),
failure is (0, reason)
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
namekey = self._GetPrivName(name)
if namekey == None:
namekey = str(GUID())
privName = self.defaultSeparator.join(["priv_names", namekey])
nameStr = self.defaultSeparator.join(["name", namekey])
extStr = self.defaultSeparator.join(["extension", extension])
mimeStr = self.defaultSeparator.join([mimeType, "None"])
startableStr = self.defaultSeparator.join(["startable", mimeType])
self.AppDb[privName] = name
self.AppDb[nameStr] = mimeType
self.AppDb[extStr] = mimeType
self.AppDb[mimeStr] = None
self.AppDb[startableStr] = startable
self._Flush()
return (1, mimeType)
def RemoveMimeType(self, name=None, extension=None, mimeType=None):
"""
returns a tuple of (int, string). Success is (1, mimeType),
failure is (0, reason)
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
if name == None and extension == None and mimeType == None:
return (0, "Not enough information to remove mime type.")
privName = None
nameStr = None
extStr = None
mimeStr = None
if name != None and self._GetPrivName(name) != None:
namekey = self._GetPrivName(name)
privName = self.defaultSeparator.join(["priv_names", namekey])
name = self.AppDb[privName]
mt = self.GetMimeType(name=name)
mimeStr = self.defaultSeparator.join([mt, "None"])
nameStr = self.defaultSeparator.join(["name", namekey])
ext = self.GetExtForMimeType(mt)
extStr = self.defaultSeparator.join(["extension", ext])
elif mimeType != None and self.GetNameForMimeType(mimeType) != None:
mimeStr = self.defaultSeparator.join([mimeType, "None"])
name = self.GetNameForMimeType(mimeType)
namekey = self._GetPrivName(name)
privName = self.defaultSeparator.join(["priv_names", namekey])
nameStr = self.defaultSeparator.join(["name", namekey])
ext = self.GetExtForMimeType(mimeType)
extStr = self.defaultSeparator.join(["extension", ext])
elif extension != None and None != self.GetNameForMimeType(
self.GetMimeType(extension=extension)):
mimeType = self.GetMimeType(extension=extension)
mimeStr = self.defaultSeparator.join([mimeType, "None"])
name = self.GetNameForMimeType(mimeType)
namekey = self._GetPrivName(name)
privName = self.defaultSeparator.join(["priv_names", namekey])
nameStr = self.defaultSeparator.join(["name", namekey])
ext = self.GetExtForMimeType(mimeType)
extStr = self.defaultSeparator.join(["extension", extension])
if privName != None:
if self.AppDb.has_key(privName):
del self.AppDb[privName]
if nameStr != None:
if self.AppDb.has_key(nameStr):
del self.AppDb[nameStr]
if extStr != None:
if self.AppDb.has_key(extStr):
del self.AppDb[extStr]
if mimeStr != None:
if self.AppDb.has_key(mimeStr):
del self.AppDb[mimeStr]
self._Flush()
return (1, mimeType)
def GetCommandNames(self, mimeType):
"""
returns a list of command names for this mime type.
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
cmds = list()
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == mimeType:
nName = self._GetNiceVerb(option)
if nName != None:
cmds.append(nName)
return cmds
def GetCommands(self, mimeType):
"""
returns a dict of [commandname:command] for this mimetype
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
cmds = dict()
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == mimeType:
nName = self._GetNiceVerb(option)
if nName != None:
cmds[nName] = self.GetCommandLine(mimeType, nName)
return cmds
def GetCommandLine(self, mimeType, cmdName, vars=None):
"""
returns a string containing the commandline used to execute the viewer,
optionally if vars is a dictionary, of name = value, named parameter
substitution is done for the command line.
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
cmdStr = ""
if mimeType == None or cmdName == None:
return cmdStr
pCmd = self._GetPrivVerb(cmdName, mimeType)
if pCmd != None:
key = self.defaultSeparator.join([mimeType, pCmd])
else:
return cmdStr
try:
cmdStr = self.AppDb[key]
except KeyError:
return cmdStr
if vars != None:
cmdStr = self.AppDb[key] % vars
return cmdStr
def AddCommand(self, mimeType, cmdName, cmdString):
"""
returns a tuple (int, string). Success is (1, cmdName),
failure is (0, reason).
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
pCmd = self._GetPrivVerb(cmdName, mimeType)
if pCmd == None:
pCmd = str(GUID())
cmdkey = self.defaultSeparator.join([mimeType, pCmd])
pcmdkey = self.defaultSeparator.join(["priv_cmds", pCmd])
self.AppDb[cmdkey] = cmdString
self.AppDb[pcmdkey] = cmdName
self._Flush()
return (1, cmdName)
def RemoveCommand(self, mimeType, cmdName):
"""
returns a tuple (int, string). Success is (1, cmdName),
failure is (0, reason).
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
pCmd = self._GetPrivVerb(cmdName, mimeType)
cmdkey = self.defaultSeparator.join([mimeType, pCmd])
if self.AppDb.has_key(cmdkey):
del self.AppDb[cmdkey]
pcmdkey = self.defaultSeparator.join(["priv_cmds", pCmd])
if self.AppDb.has_key(pcmdkey):
del self.AppDb[pcmdkey]
self._Flush()
return (1, cmdName)
def RegisterApplication(self,
name,
mimeType,
extension,
commandDict,
fileList,
srcPath,
dstPath,
startable="1"):
"""
Encapsulate all the actions required to register a new application.
returns 0 on failure, 1 on success
"""
(ret, retStr) = self.AddMimeType(name, extension, mimeType, startable)
if ret:
for cmdName in commandDict.keys():
cmdStr = commandDict[cmdName]
(result,
resultString) = self.AddCommand(mimeType, cmdName, cmdStr)
if not result:
return 0
noSpaceName = '_'.join(name.split(' '))
dstPath = os.path.join(dstPath, noSpaceName)
if not os.path.exists(dstPath):
try:
os.mkdir(dstPath)
except:
print "Couldn't make app directory (%s)." % dstPath
success = 0
for appFile in fileList:
try:
srcf = os.path.join(srcPath, appFile)
dstf = os.path.join(dstPath, appFile)
# Create any destination subdirs
dstd = os.path.dirname(dstf)
if not os.path.exists(dstd):
os.makedirs(dstd)
shutil.copy(srcf, dstf)
success = 1
except:
print "Couldn't copy file into place (undoing register)."
self.UnregisterApplication(name=name, mimeType=mimeType)
else:
return 0
self._Flush()
return 1
def ListApplications(self):
"""
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
apps = list()
for key in self.AppDb.keys():
(section, option) = key.split(self.defaultSeparator)
if section == 'name':
name = self._GetNiceName(option)
if name:
apps.append(name)
return apps
def ListMimeTypes(self):
"""
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
mt = list()
for key in self.AppDb.keys():
try:
(section, option) = key.split(self.defaultSeparator)
except ValueError:
continue
if section != 'name' and section != 'extension':
mt.append(option)
return mt
def ListAppsAsAppDescriptions(self):
"""
"""
# Ensure that we're in synch with the on-disk appdb
self._Synch()
apps = list()
for key in self.AppDb.keys():
try:
(section, option) = key.split(self.defaultSeparator)
except ValueError:
continue
if section == 'name':
name = self._GetNiceName(option)
if name:
mimetype = self.AppDb[key]
startableStr = self.defaultSeparator.join(
["startable", mimetype])
if startableStr in self.AppDb.keys():
startable = self.AppDb[startableStr]
else:
startable = 1
apps.append(
ApplicationDescription(None, name, None, None,
mimetype, startable))
return apps
def UnregisterApplication(self, name=None, mimeType=None, extension=None):
"""
Encapsulate all the actions required to unregister an application.
returns 0 on failure, 1 on success
"""
noSpaceName = '_'.join(name.split(' '))
dstPath = os.path.join(UserConfig.instance().GetSharedAppDir(),
noSpaceName)
if os.path.exists(dstPath):
try:
shutil.rmtree(dstPath)
print "Unregistration of application %s complete" % (name)
except:
print "App directory error -- can't remove (%s)." % dstPath
else:
print "Application %s not found; skipping" % (name)
return 0
if mimeType == None:
mimeType = self.GetMimeType(name, extension)
if mimeType == None:
print "MimeType: %s not found." % mimeType
return 0
cmdList = self.GetCommandNames(mimeType)
(ret, retStr) = self.RemoveMimeType(name, extension, mimeType)
if ret:
for cmdName in cmdList:
(result, resultString) = self.RemoveCommand(mimeType, cmdName)
if not result:
print "Error removing verb, continuing."
return 1