Module: All modules now set `"markup": "none"` by default to prevent from #181.
Module: is now replacing ampersands with "&" if output is to be parsed by pango.
This commit removes and replaces all the old methods 'on_*' by settings
with the same name. The old methods were renamed into more explicit names that can be used for the callbacks like "next_song","mute" etc...
For instance, you can test with:
status.register("clock",
format=[
("Format 0",'Europe/London'),
("%a %-d Format 1",'Europe/Dublin'),
"%a %-d %b %X format 2",
("%a %-d %b %X format 3", 'Europe/Paris'),
],
on_leftclick= ["urxvtc"] , # launch urxvtc on left click
on_rightclick= ["scroll_format", 2] , # update format by steps of 2
log_level=logging.DEBUG,
)
This way much code could be removed from other modules, though I did it only for the clock module here.
a backwards compatible way. Settings 'on_lclick','on_rclick',
'on_scrollup','on_scrolldown' are inherited by all modules.
These parameters should be a string. Then when a matching action is
detected (ie mouseclick, scrolling), the module check if this string
corresponds to a:
1/ python callable
2/ module method,
In cases 1 and 2, it calls the python function with the module as the
first parameter. Otherwise it considers the string is an external command and launches it via run_through_shell
settings attribute for every class inheriting from IntervalModule are
automatically extended by interval setting if it does not exist.
A function to flatten settings in SettingsBase was extracted and added
as a static method.
Using a simple, hysteresis based approach… currently in this first
version the optimizer recursively moves modules out of a thread until a
certain timing target is reached; the "modules moved out" just mentioned
are then partitioned into new threads according to their latest time profile.
Very simple, but very effective.
Todo: Implement merging threads with (again) good behaving workloads.
