def mk_solidaridad(independiente, income):
if independiente:
(_, compute_base, rate) = util.tuple_by_threshold(
income, ss.ss_contrib_schedule_for_contractor["solidaridad"])
return compute_base(income) * rate
else:
(_, compute_base, rate) = util.tuple_by_threshold(
income, ss.ss_contrib_schedule_for_employee["solidaridad"])
return compute_base(income) * rate
def test_tuple_by_threshold():
sched = [(0,"a","b")]
for income in [-1,0,1,1e11]:
assert util.tuple_by_threshold( income, sched ) == sched[0]
sched = [ (0,1,2),
(10,"whatever","something") ]
for income in [(-1,0,1,9)]:
assert util.tuple_by_threshold( income, sched ) == sched[0]
for income in [(10,11,1e11)]:
assert util.tuple_by_threshold( income, sched ) == sched[1]
def mk_salud_employer(independiente, income):
if independiente: return 0
else:
(_, compute_base,
rate) = util.tuple_by_threshold(income,
ss.ss_contribs_by_employer["salud"])
return compute_base(income) * rate
def mk_cesantias_y_primas_employer(independiente, income):
if independiente: return 0
else:
(_, compute_base, rate) = util.tuple_by_threshold(
income, ss.ss_contribs_by_employer["cesantias + primas"])
return compute_base(income) * rate
def mk_cajas_de_compensacion_employer(independiente, income):
if independiente: return 0
else:
(_, compute_base, rate) = util.tuple_by_threshold(
income, ss.ss_contribs_by_employer["cajas de compensacion"])
return compute_base(income) * rate