mozprofile
— Create and modify Mozilla application profiles
Mozprofile is a python tool for creating and managing profiles for Mozilla’s applications (Firefox, Thunderbird, etc.). In addition to creating profiles, mozprofile can install addons and set preferences. Mozprofile can be utilized from the command line or as an API.
The preferred way of setting up profile data (addons, permissions, preferences etc) is by passing them to the profile constructor.
Addons
- exception mozprofile.addons.AddonFormatError
Exception for not well-formed add-on manifest files
- class mozprofile.addons.AddonManager(profile, restore=True)
Handles all operations regarding addons in a profile including: installing and cleaning addons
- classmethod addon_details(addon_path)
Returns a dictionary of details about the addon.
- Parameters:
addon_path – path to the add-on directory or XPI
Returns:
{'id': u'rainbow@colors.org', # id of the addon 'version': u'1.4', # version of the addon 'name': u'Rainbow', # name of the addon 'unpack': False } # whether to unpack the addon
- clean()
Clean up addons in the profile.
- get_addon_path(addon_id)
Returns the path to the installed add-on
- Parameters:
addon_id – id of the add-on to retrieve the path from
- install(addons, **kwargs)
Installs addons from a filepath or directory of addons in the profile.
- Parameters:
addons – paths to .xpi or addon directories
unpack – whether to unpack unless specified otherwise in the install.rdf
- classmethod is_addon(addon_path)
Checks if the given path is a valid addon
- Parameters:
addon_path – path to the add-on directory or XPI
- remove_addon(addon_id)
Remove the add-on as specified by the id
- Parameters:
addon_id – id of the add-on to be removed
Addons may be installed individually or from a manifest.
Example:
from mozprofile import FirefoxProfile
# create new profile to pass to mozmill/mozrunner
profile = FirefoxProfile(addons=["adblock.xpi"])
Command Line Interface
Creates and/or modifies a Firefox profile. The profile can be modified by passing in addons to install or preferences to set. If no profile is specified, a new profile is created and the path of the resulting profile is printed.
- exception mozprofile.cli.KeyValueParseError(msg, errors=())
Error when parsing strings of serialized key-values.
- class mozprofile.cli.MozProfileCLI(args=['doc', '--upload', '--no-open', '--no-serve', '--write-url', '/builds/worker/firefox-source-docs-url.txt', '--dump-trees=/builds/worker/artifacts/trees.json'], add_options=None)
The Command Line Interface for
mozprofile
.- preferences()
profile preferences
- profile(restore=False)
create the profile
- profile_args()
arguments to instantiate the profile class
- mozprofile.cli.cli(args=['doc', '--upload', '--no-open', '--no-serve', '--write-url', '/builds/worker/firefox-source-docs-url.txt', '--dump-trees=/builds/worker/artifacts/trees.json'])
Handles the command line arguments for
mozprofile
viasys.argv
- mozprofile.cli.parse_key_value(strings, separator='=', context='key, value')
Parse string-serialized key-value pairs in the form of key = value.
- Parameters:
strings (list) – List of strings to parse.
separator (str) – Identifier used to split the strings.
- Returns:
A list of (<key>, <value>) tuples. Whitespace is not stripped.
- Return type:
list
- Raises:
- mozprofile.cli.parse_preferences(prefs, context='--setpref=')
Parse preferences specified on the command line.
- Parameters:
prefs (list) – A list of strings, usually of the form “<pref>=<value>”.
- Returns:
- A dictionary of the form {<pref>: <value>} where values have been
cast.
- Return type:
dict
The profile to be operated on may be specified with the --profile
switch. If a profile is not specified, one will be created in a
temporary directory which will be echoed to the terminal:
(mozmill)> mozprofile
/tmp/tmp4q1iEU.mozrunner
(mozmill)> ls /tmp/tmp4q1iEU.mozrunner
user.js
To run mozprofile from the command line enter:
mozprofile --help
for a list of options.
Permissions
add permissions to the profile
- exception mozprofile.permissions.BadPortLocationError(given_port)
Location has invalid port value.
- exception mozprofile.permissions.DuplicateLocationError(url)
Same location defined twice.
- class mozprofile.permissions.Location(scheme, host, port, options)
Represents a location line in server-locations.txt.
- isEqual(location)
compare scheme://host:port, but ignore options
- exception mozprofile.permissions.LocationsSyntaxError(lineno, err=None)
Signifies a syntax error on a particular line in server-locations.txt.
- exception mozprofile.permissions.MissingPrimaryLocationError
No primary location defined in locations file.
- exception mozprofile.permissions.MultiplePrimaryLocationsError
More than one primary location defined.
- class mozprofile.permissions.Permissions(locations=None)
Allows handling of permissions for
mozprofile
- network_prefs(proxy=None)
take known locations and generate preferences to handle permissions and proxy returns a tuple of prefs, user_prefs
- pac_prefs(user_proxy=None)
return preferences for Proxy Auto Config.
- class mozprofile.permissions.ServerLocations(filename=None)
Iterable collection of locations. Use provided functions to add new locations, rather that manipulating _locations directly, in order to check for errors and to ensure the callback is called, if given.
- read(filename, check_for_primary=True)
Reads the file and adds all valid locations to the
self._locations
array.- Parameters:
filename – in the format of server-locations.txt
check_for_primary – if True, a
MissingPrimaryLocationError
exception is raised if no primary is found
The only exception is that the port, if not defined, defaults to 80 or 443.
FIXME: Shouldn’t this default to the protocol-appropriate port? Is there any reason to have defaults at all?
You can set permissions by creating a ServerLocations
object that you pass
to the Profile
constructor. Hosts can be added to it with
add_host(host, port)
. port
can be 0.
Preferences
user preferences
- class mozprofile.prefs.Preferences(prefs=None)
assembly of preferences from various sources
- add(prefs, cast=False)
- Parameters:
prefs
cast – whether to cast strings to value, e.g. ‘1’ -> 1
- add_file(path)
a preferences from a file
- Parameters:
path
- classmethod cast(value)
interpolate a preference from a string from the command line or from e.g. an .ini file, there is no good way to denote what type the preference value is, as natively it is a string
integers will get cast to integers
true/false will get cast to True/False
anything enclosed in single quotes will be treated as a string with the ‘’s removed from both sides
- classmethod read(path)
read preferences from a file
- classmethod read_ini(path, section=None)
read preferences from an .ini file
- classmethod read_json(path)
read preferences from a JSON blob
- classmethod read_prefs(path, pref_setter='user_pref', interpolation=None)
Read preferences from (e.g.) prefs.js
- Parameters:
path – The path to the preference file to read.
pref_setter – The name of the function used to set preferences in the preference file.
interpolation – If provided, a dict that will be passed to str.format to interpolate preference values.
- classmethod write(_file, prefs, pref_string='user_pref(%s, %s);')
write preferences to a file
- exception mozprofile.prefs.PreferencesReadError
read error for preferences files
Preferences can be set in several ways:
using the API: You can make a dictionary with the preferences and pass it to the
Profile
constructor. You can also add more preferences with theProfile.set_preferences
method.using a JSON blob file:
mozprofile --preferences myprefs.json
using a
.ini
file:mozprofile --preferences myprefs.ini
via the command line:
mozprofile --pref key:value --pref key:value [...]
When setting preferences from an .ini
file or the --pref
switch,
the value will be interpolated as an integer or a boolean
(true
/false
) if possible.
Profile
- class mozprofile.profile.FirefoxProfile(profile=None, addons=None, preferences=None, locations=None, proxy=None, restore=True, allowlistpaths=None, **kwargs)
Specialized Profile subclass for Firefox
- class mozprofile.profile.Profile(profile=None, addons=None, preferences=None, locations=None, proxy=None, restore=True, allowlistpaths=None, **kwargs)
Handles all operations regarding profile.
Creating new profiles, installing add-ons, setting preferences and handling cleanup.
The files associated with the profile will be removed automatically after the object is garbage collected:
profile = Profile() print profile.profile # this is the path to the created profile del profile # the profile path has been removed from disk
cleanup()
is called under the hood to remove the profile files. You can ensure this method is called (even in the case of exception) by using the profile as a context manager:with Profile() as profile: # do things with the profile pass # profile.cleanup() has been called here
- clean_preferences()
Removed preferences added by mozrunner.
- cleanup()
Cleanup operations for the profile.
- pop_preferences(filename)
pop the last set of preferences added returns True if popped
- set_persistent_preferences(preferences)
Adds preferences dict to profile preferences and save them during a profile reset
- set_preferences(preferences, filename='user.js')
Adds preferences dict to profile preferences
- summary(return_parts=False)
returns string summarizing profile information. if return_parts is true, return the (Part_name, value) list of tuples instead of the assembled string
- class mozprofile.profile.ThunderbirdProfile(profile=None, addons=None, preferences=None, locations=None, proxy=None, restore=True, allowlistpaths=None, **kwargs)
Specialized Profile subclass for Thunderbird
- mozprofile.profile.create_profile(app, **kwargs)
Create a profile given an application name.
- Parameters:
app – String name of the application to create a profile for, e.g ‘firefox’.
kwargs – Same as the arguments for the Profile class (optional).
- Returns:
An application specific Profile instance
- Raises:
NotImplementedError
Resources
Other Mozilla programs offer additional and overlapping functionality for profiles. There is also substantive documentation on profiles and their management.
profile documentation