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# Works like allyesconfig. This is a bit more involved than allnoconfig as we
# need to handle choices in two different modes:
#
# "y": One symbol is "y", the rest are "n".
# "m": Any number of symbols are "m", the rest are "n".
#
# Only tristate choices can be in "m" mode. It is safe since the code for two
# conflicting options will appear as separate modules instead of simultaneously
# in the kernel.
#
# If a choice can be in "y" mode, it will be. If it can only be in "m" mode
# (due to dependencies), then all the options will be set to "m".
#
# The looping is in case setting one symbol to "y" (or "m") allows the value of
# other symbols to be raised.
import kconfiglib
import sys
conf = kconfiglib.Config(sys.argv[1])
# Get a list of all symbols that are not in choices
non_choice_syms = [sym for sym in conf.get_symbols() if
not sym.is_choice_item()]
done = False
while not done:
done = True
# Handle symbols outside of choices
for sym in non_choice_syms:
upper_bound = sym.get_upper_bound()
# See corresponding comment for allnoconfig implementation
if upper_bound is not None and \
kconfiglib.tri_less(sym.calc_value(), upper_bound):
sym.set_value(upper_bound)
done = False
# Handle symbols within choices
for choice in conf.get_choices():
# Handle choices whose visibility allow them to be in "y" mode
if choice.get_visibility() == "y":
selection = choice.get_selection_from_defaults()
if selection is not None and \
selection is not choice.get_user_selection():
selection.set_value("y")
done = False
# Handle choices whose visibility only allow them to be in "m" mode.
# This might happen if a choice depends on a symbol that can only be
# "m" for example.
elif choice.get_visibility() == "m":
for sym in choice.get_actual_items():
if sym.calc_value() != "m" and \
sym.get_upper_bound() != "n":
sym.set_value("m")
done = False
conf.write_config(".config")
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