def should_beautify(p):
'''
Return True if @beautify is in effect for node p.
Ambiguous @beautify
'''
for p2 in p.self_and_parents():
d = g.get_directives_dict(p2)
if 'killbeautify' in d:
return False
elif 'beautify' in d and 'nobeautify' in d:
if p == p2:
# honor whichever comes first.
for line in g.splitLines(p2.b):
if line.startswith('@beautify'):
return True
elif line.startswith('@nobeautify'):
return False
g.trace('can not happen', p2.h)
return False
else:
# The ambiguous node has no effect.
# Look up the tree.
pass
elif 'beautify' in d:
return True
elif 'nobeautify' in d:
# This message would quickly become annoying.
# self.skip_message('@nobeautify',p)
return False
# The default is to beautify.
return True
def should_beautify(p):
'''
Return True if @beautify is in effect for node p.
Ambiguous @beautify
'''
for p2 in p.self_and_parents(copy=False):
d = g.get_directives_dict(p2)
if 'killbeautify' in d:
return False
elif 'beautify' in d and 'nobeautify' in d:
if p == p2:
# honor whichever comes first.
for line in g.splitLines(p2.b):
if line.startswith('@beautify'):
return True
elif line.startswith('@nobeautify'):
return False
g.trace('can not happen', p2.h)
return False
else:
# The ambiguous node has no effect.
# Look up the tree.
pass
elif 'beautify' in d:
return True
elif 'nobeautify' in d:
# This message would quickly become annoying.
# self.skip_message('@nobeautify',p)
return False
# The default is to beautify.
return True
def should_kill_beautify(p):
'''Return True if p.b contains @killbeautify'''
return 'killbeautify' in g.get_directives_dict(p)
def should_kill_beautify(p):
'''Return True if p.b contains @killbeautify'''
return 'killbeautify' in g.get_directives_dict(p)