// .................................................. 
// Intermediate code:
FCT LsetRight(REG t1, REG t37) =
{
L7:
MEM((t1+8)) <- t37
t2 <- 1
JUMP L6 [L6]
L6:
}

FCT LsetLeft(REG t1, REG t36) =
{
L9:
MEM((t1+4)) <- t36
t2 <- 1
JUMP L8 [L8]
L8:
}

FCT Linit(REG t1, REG t38, REG t39) =
{
L11:
MEM((t1+4)) <- t38
MEM((t1+8)) <- t39
t2 <- 1
JUMP L10 [L10]
L10:
}

FCT Lswap(REG t1) =
{
L13:
CJUMP (MEM((t1+8))<MEM((t1+4))) ? L3 : L4
L4:
L5:
t2 <- 1
JUMP L12 [L12]
L3:
t40 <- MEM((t1+4))
MEM((t1+4)) <- MEM((t1+8))
MEM((t1+8)) <- t40
JUMP L5 [L5]
L12:
}

FCT Ldo_it(REG t1, REG t42, REG t43) =
{
L15:
t45 <- CALL L_halloc_obj(2)
t44 <- CALL L_init_obj(t45,2)
t44 <- CALL Linit(t45, t42, t43)
t44 <- CALL Lshow(t45)
t44 <- CALL Lswap(t45)
t44 <- CALL Lshow(t45)
t2 <- 1
JUMP L14 [L14]
L14:
}

FCT Lshow(REG t1) =
{
L17:
CALL L_print(MEM((t1+4)))
CALL L_print(MEM((t1+8)))
t2 <- 1
JUMP L16 [L16]
L16:
}

FCT Lmain(REG t1, REG t3, REG t4) =
{
L19:
t45 <- CALL Ldo_it(t1, t3, t4)
CALL L_print(t45)
JUMP L18 [L18]
L18:
}