n=(next)G=(_G)_,x=n(G)en=n(G,_)e_=n(G,n(G,n(G,n(G,n(G,n(G,n(G,n(G,n(G,n(G,n_))))))))))ee,e=n(G,n(G,n(G,n(G,e_))))G_=n(G,ee)_,t=n(x)_,nn=n(x,_)tt,G=n(x,_)eG=n(x,tt)_,t_=n(x,eG)nG=n(x,_)te,tG=n(x,n(x,nG))nG=G(nG)et=n(e,n(e,n(e,n(e))))_,e=n(e,n(e))nt=G(et)e(nn(t(et,nt)))ne=G(ee)e(t(tt,ne,ne))e(t(en,nt))e(t(ee,ne))e_=t(e_,ne)e(tG(G(t_(e_,nG))))e(tG(G(t_(G_,nG))))tn=G(tt)e(t(G_,tn,tn))e(t(ee,ne))e(t(te,nG))e(t(en,G(en)))e(t(eG,nt))e(tG(G(t_(e_,tn))))
Note that non-ascii characters in the above source code will be escaped (such as \x9f).