def test__array_delete(self): """ -- Verifica la funcion delete """ arr=Array(10) arr[0]=10 arr[1]=20 arr[2]=30 arr[3]=40 #print(arr) delete(arr,20) #print(arr) res=arr[1] #print(res) self.assertEqual(res,30)
def test__array_delete_last_element(self): """ -- Borrar el ultimo elemento del array """ arr=Array(10,0) arr[0]=10 arr[1]=20 arr[2]=30 arr[3]=40 #print(arr) delete(arr,40) #print(arr) res=arr[3] #print(res) self.assertEqual(res,None)
def delete_slice(self, indices):
slices = []
if type(indices) is int:
slices = [indices]
elif hasattr(indices, '__len__'):
slices = indices
else:
raise AttributeError, 'indices must be either integer value or integer list'
if len(slices) > 0:
narr = array.delete(self.storage, slices, 0)
oname = self.__iDataItem__.getShortName()
self.__iDataItem__ = nx_factory.\
createNXsignal(None, oname, narr.__iArray__)
self.storage = narr
def delete_slice(self, indices):
slices = []
if type(indices) is int :
slices = [indices]
elif hasattr(indices, '__len__') :
slices = indices
else :
raise AttributeError, 'indices must be either integer value or integer list'
if len(slices) > 0 :
narr = array.delete(self.storage, slices, 0)
oname = self.__iDataItem__.getShortName()
self.__iDataItem__ = nx_factory.\
createNXsignal(None, oname, narr.__iArray__)
self.storage = narr
def test_array_delete_element_inexistent(self):
""" -- Borrar un elemento inexistente de un array y se verifica que delete devuelva None
"""
arr=Array(10,0)
res=delete(arr,1)
self.assertEqual(res,None)
def delete(sdata, obj, axis=None):
if isinstance(sdata, SimpleData):
sdata = sdata.storage
return new(array.delete(sdata, obj, axis))
def delete(sdata, obj, axis=None) :
if isinstance(sdata, SimpleData) :
sdata = sdata.storage
return new(array.delete(sdata, obj, axis))