def row_iterator(self):
"""
iterate each row
override this function in the sitation where
number_of_rows() is difficult or costly to implement
"""
return irange(self.number_of_rows())
def row_iterator(self):
"""
iterate each row
override this function in the sitation where
number_of_rows() is difficult or costly to implement
"""
return irange(self.number_of_rows())
def column_iterator(self, row):
"""
iterate each column of a given row
override this function in the sitation where
number_of_columns() is difficult or costly to implement
"""
for column in irange(self.number_of_columns()):
yield self.cell_value(row, column)
def column_iterator(self, row):
"""
iterate each column of a given row
override this function in the sitation where
number_of_columns() is difficult or costly to implement
"""
for column in irange(self.number_of_columns()):
yield self.cell_value(row, column)
def register_cells(self, registry):
for rowx in irange(self.__rl, self.__rh + 1):
for colx in irange(self.__cl, self.__ch + 1):
key = "%s-%s" % (rowx, colx)
registry[key] = self
def register_cells(self, registry):
for rowx in irange(self.__rl, self.__rh):
for colx in irange(self.__cl, self.__ch):
key = "%s-%s" % (rowx, colx)
registry[key] = self
def _iterate_columns(self, row):
for column in irange(self.number_of_columns()):
yield self._cell_value(row, column)
def _iterate_rows(self):
return irange(self.number_of_rows())
