(:l8
 (y <- 11)
 (t <- y <= 7)
 (cjump t <= y :true1 :false1)
 :true1
 (eax <- 0)
 (goto :end1)
 :false1
 (eax <- 1)
 :end1
 (eax <- (print eax))
 (y <- 7)
 (t <- y < 14)
 (cjump t < y :true2 :false2)
 :true2
 (eax <- 0)
 (goto :end2)
 :false2
 (eax <- 1)
 :end2
 (eax <- (print eax))
 (y <- 11)
 (t <- y = 7)
 (cjump t = y :true2 :false2)
 :true3
 (eax <- 0)
 (goto :end2)
 :false3
 (eax <- 1)
 :end3
 (eax <- (print eax))
 (return))