def p_full_rule(p):
'''full_rule : rule_params ASSIGN_RULE terms'''
global atn
pars = p[1]
terms = add_up_attributes(pars, p[3])
label = pars[0]
if label in atn:
atn[label] = unite(atn[label], terms)
else:
atn[label] = terms
def test_unite(self):
tests = [
(
(
{
1: [('KILO', None, 0.0, 2), ('ECHO', None, 0.0, const.STATE_END)],
2: [('YANKEE', None, 0.0, const.STATE_END)],
const.STATE_CONJ_A1: [('QUEBEC', None, 0.0, const.STATE_END)]
},
{
1: [('SIERRA', None, 0.0, 2)],
2: [('WHISKY', None, 0.0, const.STATE_END)],
}
),
{
1: [('KILO', None, 0.0, 2), ('ECHO', None, 0.0, const.STATE_END), ('SIERRA', None, 0.0, 3)],
2: [('YANKEE', None, 0.0, const.STATE_END)],
3: [('WHISKY', None, 0.0, const.STATE_END)],
const.STATE_CONJ_A1: [('QUEBEC', None, 0.0, const.STATE_END)]
}
),
(
(
{
1: [('KILO', None, 0.0, 2), ('ECHO', None, 0.0, const.STATE_END)],
2: [('YANKEE', None, 0.0, const.STATE_END)],
},
{
1: [('SIERRA', None, 0.0, 2)],
2: [('WHISKY', None, 0.0, const.STATE_END)],
const.STATE_CONJ_A1: [('QUEBEC', None, 0.0, const.STATE_END)]
}
),
{
1: [('KILO', None, 0.0, 2), ('ECHO', None, 0.0, const.STATE_END), ('SIERRA', None, 0.0, 3)],
2: [('YANKEE', None, 0.0, const.STATE_END)],
3: [('WHISKY', None, 0.0, const.STATE_END)],
const.STATE_CONJ_A1: [('QUEBEC', None, 0.0, const.STATE_END)]
}
),
]
for par, target in tests:
actual = gtools.unite(par[0], par[1])
self.assertDictEqual(actual, target)
self.assertRaises(Exception, gtools.unite, ((
(
{
1: [('KILO', None, 0.0, 2), ('ECHO', None, 0.0, const.STATE_END)],
2: [('YANKEE', None, 0.0, const.STATE_END)],
},
{
1: [('SIERRA', None, 0.0, 2)],
2: [('WHISKY', None, 0.0, const.STATE_END)],
const.STATE_CONJ_A1: [('QUEBEC', None, 0.0, const.STATE_END)]
}
),
{
1: [('KILO', None, 0.0, 2), ('ECHO', None, 0.0, const.STATE_END), ('SIERRA', None, 0.0, 3)],
2: [('YANKEE', None, 0.0, const.STATE_END)],
3: [('WHISKY', None, 0.0, const.STATE_END)],
const.STATE_CONJ_A1: [('QUEBEC', None, 0.0, const.STATE_END)]
}
)))
