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def registerExperiment(self, MSExperiment exp, list labels):
assert isinstance(labels, list) and all(isinstance(li, list) and all(
isinstance(inner_li, list) and all(
isinstance(inner_pair, list) and len(inner_pair) == 2 and
isinstance(inner_pair[0], String) and isinstance(inner_pair[1], float)
for inner_pair in inner_li)
for inner_li in li)
for li in labels), 'arg proteins wrong type'
cdef libcpp_vector[libcpp_vector[libcpp_pair[_String, double]]] * v0 = new libcpp_vector[libcpp_vector[libcpp_pair[_String, double]]]()
cdef libcpp_vector[libcpp_pair[_String, double] ] * v0_rec = new libcpp_vector[libcpp_pair[_String, double]]()
cdef String innerstring_
cdef libcpp_vector[libcpp_pair[_String, double] ].iterator it_labels_rec
cdef libcpp_pair[_String, double] * aPair
for labels_rec in labels:
v0_rec.clear()
for item0_rec in labels_rec:
# Build new pair, push it, delete it
innerstring_ = item0_rec.first
aPair = new libcpp_pair[ _String, double]( deref(innerstring_.inst.get()), <double>item0_rec.second )
v0_rec.push_back(deref(aPair))
del aPair
v0.push_back(deref(v0_rec))
self.inst.get().registerExperiment( (deref( exp.inst.get() )) , (deref(v0)) )
del v0
del v0_rec
# def getRatios(self):
# cdef libcpp_map[_String, _Ratio] res
# c_res = self.inst.get().getRatios()
# #
# ## Get the data back from C++
# #
# replace = dict()
# cdef libcpp_map[_String, _Ratio].iterator it_ripped = c_res.begin()
# cdef _Ratio myRatio
# cdef Ratio py_ratio
# while it_ripped != c_res.end():
#
# myRatio = deref(it_ripped).second
# py_ratio = Ratio.__new__(Ratio)
# py_ratio.inst = shared_ptr[_Ratio](new _Ratio(myRatio))
# replace[ <libcpp_string>deref(it_ripped).first ] = py_ratio
# inc(it_ripped)
# return replace
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