Add this CPU::Usage instance to the other and return a resulting sum object.
337959
def +(other)
      self.class.new(*(
        [
          usage,
          processor_id == other.processor_id ? processor_id : 0,
        ] +
        values_at(2..-3).zip(other.values_at(2..-3)).map { |x, y| x + y } +
        [
          [ start_at, other.start_at ].min,
          [ stop_at, other.stop_at ].max
        ])
      )
    end
1016564
def optional
      sum = self.class.new(super, options)
      read? ? sum.meta(read: meta[:read].optional) : sum
    end
971866
def assoc(cls, ops, kwargs):
    
    expanded = [(o,) if not isinstance(o, cls) else o.operands for o in ops]
    return sum(expanded, ()), kwargs
1301965
def sum_all(iterable, start):
    
    if hasattr(start, "__add__"):
        for value in iterable:
            start += value
    else:
        for value in iterable:
            start |= value
    return start
766226
def use(processor, options = {})
      @stack << [self.class.get_callable(processor, Roger::Release::Processors.map), options]
    end
1315912
def multiply(self, other, out=None):
        
        return self.space.multiply(self, other, out=out)
598101
void addOutput() {
        if( output != null ) {
            outputs.addLast( output );
        }
        output = state.pool.get();
    }
114667
public static <T, M, R> Processor<T, R> combine(
            Processor<T, M> processor1, Processor<M, R> processor2) {
        processor1.subscribe(processor2);
        return new Processor<>() {
            @Override
            public void subscribe(Flow.Subscriber<? super R> subscriber) {
                processor2.subscribe(subscriber);
            }

            @Override
            public void onSubscribe(Flow.Subscription subscription) {
                processor1.onSubscribe(subscription);
            }

            @Override
            public void onNext(T item) {processor1.onNext(item);}

            @Override
            public void onError(Throwable throwable) {
                processor1.onError(throwable);
            }

            @Override
            public void onComplete() {processor1.onComplete();}
        };
    }
1101111
def _add_sub(self, other, op):
        """"""
        if not isinstance(other, Number):
            return NotImplemented

        # If either side is unitless, inherit the other side's units.  Skip all
        # the rest of the conversion math, too.
        if self.is_unitless or other.is_unitless:
            return Number(
                op(self.value, other.value),
                unit_numer=self.unit_numer or other.unit_numer,
                unit_denom=self.unit_denom or other.unit_denom,
            )

        # Likewise, if either side is zero, it can auto-cast to any units
        if self.value == 0:
            return Number(
                op(self.value, other.value),
                unit_numer=other.unit_numer,
                unit_denom=other.unit_denom,
            )
        elif other.value == 0:
            return Number(
                op(self.value, other.value),
                unit_numer=self.unit_numer,
                unit_denom=self.unit_denom,
            )

        # Reduce both operands to the same units
        left = self.to_base_units()
        right = other.to_base_units()

        if left.unit_numer != right.unit_numer or left.unit_denom != right.unit_denom:
            raise ValueError("Can't reconcile units: %r and %r" % (self, other))

        new_amount = op(left.value, right.value)

        # Convert back to the left side's units
        if left.value != 0:
            new_amount = new_amount * self.value / left.value

        return Number(new_amount, unit_numer=self.unit_numer, unit_denom=self.unit_denom)
986515
def append(self, *other):
    
    self._data = it.chain(self._data, Stream(*other)._data)
    return self
3188
def add2(self, target, path_settings, method):
        
        return self.add(method, path_settings, target)
558292
def add(one, two=4, three=False):
    ''' 
    '''
    s = str(int(one) + int(two))

    logging.debug('logging sum from hello.py:' + s)
    print 'printing sum from hello.py:', s

    return s
251409
private int append(FA add) {
        int relocation;
        int idx;

        relocation = used;
        ensureCapacity(used + add.used);
        for (idx = 0; idx < add.used; idx++) {
            states[relocation + idx] =
                new State(add.states[idx], relocation);
        }
        used += add.used;
        return relocation;
    }
6951
def reduce(self, reduce_fn):
        
        op = Operator(
            _generate_uuid(),
            OpType.Reduce,
            "Sum",
            reduce_fn,
            num_instances=self.env.config.parallelism)
        return self.__register(op)
935258
public Resource subtractAbsolute(Resource other) {
    double cpuDifference = this.getCpu() - other.getCpu();
    double extraCpu = Math.max(0, cpuDifference);
    ByteAmount ramDifference = this.getRam().minus(other.getRam());
    ByteAmount extraRam = ByteAmount.ZERO.max(ramDifference);
    ByteAmount diskDifference = this.getDisk().minus(other.getDisk());
    ByteAmount extraDisk = ByteAmount.ZERO.max(diskDifference);
    return new Resource(extraCpu, extraRam, extraDisk);
  }
601187
def +(other)
	    return self.clone unless other

	    case other
		when Array, Vector
		    if @translation
			Transformation.new(@translation+other, @rotation, @scale)
		    else
			Transformation.new(other, @rotation, @scale)
		    end
		when Composition
		    Composition.new(self, *other.transformations)
		when Transformation
		    if @rotation || other.rotation
			Composition.new(self, other)
		    else
			translation = @translation ? (@translation + other.translation) : other.translation
			Transformation.new(translation, @rotation, @scale)
		    end
	    end
	end
655278
def resolve_and_add(slot , compiler)
      index = resolve_index( slot )
      new_left = get_new_left( slot , compiler )
      compiler.add_code Risc::SlotToReg.new( "SlotLoad #{type}[#{slot}]" , self ,index, new_left)
      new_left
    end