I n s t e a d   o f   r e - w i r i n g   a   c u s t o m   s o l u t i o n ,   t h e y   u s e d   a   n o   c o d e   p l a t f o r m   a n d   a   f e w   c h e a p ,   o f f - t h e - s h e l f   s m a r t   b u l b s   t o   c r e a t e   a   n e w   a n d o n   s y s t e m .   N e e d   a   l i n e   o f   c o d e   t o   c h a n g e ?   D o   y o u   t a n g l e   u p   r e s o u r c e s   i n   a   c o n s t a n t   g a m e   o f   c a t   a n d   m o u s e ?   ( A u s t i n   K r o n z ,   e t   a l . ,   5   J a n u a r y   2 0 2 1 . )   T h e   p a c e   o f   c h a n g e   t h e s e   d a y s   c a n   b e   p u n i s h i n g .
Besides the costs involved, this solution is also extremely easy to implement.
( z0 easy :ARG1 ( z1 implement :ARG1 ( z2 solution :mod ( z3 this ) ) ) :ARG2-of ( z4 except :ARG1 ( z5 monetary-quantity :ARG1-of ( z6 involve ) :ARG2-of ( z7 cost ) ) ) :degree ( z8 extreme ) :mod ( z9 also ) )
(z0 / easy-05
    :ARG1 (z1 / implement-01
              :ARG1 (z2 / solution
                        :mod (z3 / this)))
    :ARG2-of (z4 / except-01
                 :ARG1 (z5 / monetary-quantity
                           :ARG1-of (z6 / involve-01)
                           :ARG2-of (z7 / cost-01)))
    :degree (z8 / extreme)
    :mod (z9 / also))
Besides the costs involved , this solution is also extremely easy to implement .
z4 :ARG1 z5
z5 :ARG2-of z7
z5 :ARG1-of z6
z2 :mod z3
z0 :degree z8
z0 :mod z9
z0 :ARG2-of z4
z0 :ARG1 z1
z1 :ARG1 z2