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python: work around old swig version

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Swig 3.0.2 (currently installed by Debian), install strongly typed
enumerator in the main namespace instead of in its own namespace.
This is fixed in latter versions of Swig.

* wrap/python/spot.py: If spot.op does not exists, populated it with all
operators from the spot namespace.
* wrap/python/tests/ltlsimple.py: Use operators from spot.op.
This commit is contained in:
Alexandre Duret-Lutz 2015-09-28 14:00:34 +02:00
parent 8b4ec5ded0
commit 3e10dba978
2 changed files with 26 additions and 9 deletions
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29
wrap/python/spot.py
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@ -51,6 +51,21 @@ def setup(**kwargs):
d = 'rf({})'.format(kwargs.get('font', 'Lato')) + bullets
os.environ['SPOT_DOTDEFAULT'] = d
# In version 3.0.2, Swig puts strongly typed enum in the main
# namespace without prefixing them. Latter versions fix this. So we
# can remove for following hack once 3.0.2 is no longer used in our
# build farm.
if not 'op_ff' in globals():
for i in ('ff', 'tt', 'eword', 'ap', 'Not', 'X', 'F', 'G',
'Closure', 'NegClosure', 'NegClosureMarked',
'Xor', 'Implies', 'Equiv', 'U', 'R', 'W', 'M',
'EConcat', 'EConcatMarked', 'UConcat', 'Or',
'OrRat', 'And', 'AndRat', 'AndNLM', 'Concat',
'Fusion', 'Star', 'FStar'):
globals()['op_' + i] = globals()[i];
del globals()[i]
# Global BDD dict so that we do not have to create one in user code.
_bdd_dict = make_bdd_dict()
@ -124,16 +139,18 @@ def _formula_traverse(self, func):
def _formula_map(self, func):
k = self.kind()
if k in (ff, tt, eword, ap):
if k in (op_ff, op_tt, op_eword, op_ap):
return self;
if k in (Not, X, F, G, Closure, NegClosure, NegClosureMarked):
if k in (op_Not, op_X, op_F, op_G, op_Closure,
op_NegClosure, op_NegClosureMarked):
return formula.unop(k, func(self[0]))
if k in (Xor, Implies, Equiv, U, R, W, M, EConcat,
EConcatMarked, UConcat):
if k in (op_Xor, op_Implies, op_Equiv, op_U, op_R, op_W,
op_M, op_EConcat, op_EConcatMarked, op_UConcat):
return formula.binop(k, func(self[0]), func(self[1]))
if k in (Or, OrRat, And, AndRat, AndNLM, Concat, Fusion):
if k in (op_Or, op_OrRat, op_And, op_AndRat, op_AndNLM,
op_Concat, op_Fusion):
return formula.multop(k, [func(x) for x in self])
if k in (Star, FStar):
if k in (op_Star, op_FStar):
return formula.bunop(k, func(self[0]), self.min(), self.max())
raise ValueError("unknown type of formula")