%import textio
%import floats
%zeropage dontuse
%option no_sysinit

main {
    sub start() {
        test_bool()
;        test_byte()
;        test_ubyte()
;        test_word()
;        test_uword()
;        test_float()
    }

    /*
    tests:
    - if with only a single goto, direct
    - if with only a single indirect goto
    - if without an else block
    - if with both if and else blocks
    carthesian product with:
    - comparison with const zero
    - comparison with const values
    - comparison with variable
    - comparison with array
    - comparison with expression
    */

    sub fail(uword test) {
        txt.print("failed ")
        txt.print_uw(test)
        txt.nl()
    }

    sub test_bool() {
        bool @shared var1, var2

        single_goto()
        single_goto_indirect()
        no_else()
        ifelse()

        sub single_goto() {
            uword success=0
            txt.print("bool single_goto\n")
test1:
            var1 = false
            if var1
                goto lbl1
            success++
            goto test2
lbl1:
            fail(1)

test2:
            var1 = true
            if var1
                goto lbl2
            fail(1)
            goto test3
lbl2:       success++

test3:
            if success==2
                txt.print("  ok\n")
            else
                txt.print("  failed\n")
        }

        sub single_goto_indirect() {
            uword success=0
            uword pointer
            txt.print("bool single_goto_indirect\n")
test1:
            var1 = false
            pointer = &lbl1
            if var1
                goto pointer
            success++
            goto test2
lbl1:
            fail(1)

test2:
            var1 = true
            pointer = &lbl2
            if var1
                goto pointer
            fail(1)
            goto test3
lbl2:       success++

test3:
            if success==2
                txt.print("  ok\n")
            else
                txt.print("  failed\n")
        }

        sub no_else() {
            uword success=0
        }

        sub ifelse() {
            uword success=0
        }
    }

}






















;%import textio
;; %import floats
;%zeropage basicsafe
;%option no_sysinit
;
;main {
;    bool @shared staticbool1 = true
;    bool @shared staticbool2
;    word[4] words
;
;    byte @shared sbb
;
;    sub start() {
;
;        if cx16.r0L==0 or not staticbool2
;            cx16.r0L++
;
;        if cx16.r0 > cx16.r1
;            cx16.r0L++
;
;        txt.print_bool(true)
;
;        ; TODO all this for uwords
;
;;        if sbb<0
;;            cx16.r0L++
;;        if sbb>0
;;            cx16.r0L++
;;        if sbb<=0
;;            cx16.r0L++
;;        if sbb>=0
;;            cx16.r0L++
;;        if cx16.r0s<0
;;            cx16.r0L++
;;        if cx16.r0s>0
;;            cx16.r0L++
;;        if cx16.r0s>0
;;            goto start
;;        if cx16.r0s>0
;;            goto cx16.r0
;;        if cx16.r0s<=0
;;            cx16.r0L++
;;        else
;;            cx16.r0L++
;;        if cx16.r0s>=0
;;            cx16.r0L++
;;        if words[2]<0
;;            cx16.r0L++
;;        if words[2]>0
;;            cx16.r0L++
;;        if words[2]<=0
;;            cx16.r0L++
;;        if words[2]>=0
;;            cx16.r0L++
;;        if words[cx16.r0L]<0
;;            cx16.r0L++
;;        if words[cx16.r0L]>0
;;            cx16.r0L++
;;        if words[cx16.r0L]<=0
;;            cx16.r0L++
;;        if words[cx16.r0L]>=0
;;            cx16.r0L++
;
;;        staticbool2 = sbb < 0
;;        staticbool2 = sbb > 0
;;        staticbool1 = sbb <= 0
;;        staticbool1 = sbb >= 0
;;        staticbool2 = cx16.r0s <0
;;        staticbool2 = cx16.r0s >0
;;        staticbool1 = cx16.r0s <=0
;;        staticbool1 = cx16.r0s >=0
;;        staticbool2 = words[2]<0
;;        staticbool2 = words[2]>0
;;        staticbool1 = words[2]<=0
;;        staticbool1 = words[2]>=0
;;        staticbool2 = words[cx16.r0L]<0
;;        staticbool2 = words[cx16.r0L]>0
;;        staticbool1 = words[cx16.r0L]<=0
;;        staticbool1 = words[cx16.r0L]>=0
;
;
;;        if cx16.r0 > 1234
;;            cx16.r0L++
;;        if cx16.r0s > 1234
;;            cx16.r0L++
;;        if cx16.r0 < 1234
;;            cx16.r0L++
;;        if cx16.r0s < 1234
;;            cx16.r0L++
;;        if cx16.r0 >= 1234
;;            cx16.r0L++
;;        if cx16.r0s >= 1234
;;            cx16.r0L++
;;        if cx16.r0 <= 1234
;;            cx16.r0L++
;;        if cx16.r0s <= 1234
;;            cx16.r0L++
;
;
;;        boolean_const_and_var(true)
;;        staticbool1 = boolean_arrays_and_return()
;;        txt.print_ub(staticbool1 as ubyte)
;;        txt.nl()
;;        and_or_xor_not()
;;        logical_operand_swap()
;;        bitwise_on_bools_errors()
;;        arith_on_bools_errors()
;;        logical_on_ints_errors()
;;        bools_in_intarray_errors()
;;        ints_in_boolarray_errors()
;;        while_until_int_errors()
;;        bools_in_array_assigns()
;;        bools_in_array_assigns_inplace()
;;        while_bool_efficient()
;;        efficient_compare_0()
;;        efficient_compare_99()
;;        efficient_compare_var()
;;        efficient_assign_cmp_0()
;;        efficient_assign_cmp_99()
;;        efficient_assign_cmp_var()
;;        if_gotos()
;;        if_code()
;  ;;sys.exit(1)
;;        while_equiv()
;
;;        bool[3] barr
;;        bool @shared bb
;;
;;        barr[1] = barr[0] and barr[2]
;;        barr[1] = barr[0] or barr[2]
;;        barr[1] = barr[0] xor barr[2]
;;        barr[1] = not barr[0]
;;        barr[1] = not barr[1]
;;        barr[1] = barr[1] and bb
;;        barr[1] = barr[1] or bb
;;        barr[1] = barr[1] xor bb
;;
;;        bb = bb and barr[1]
;;        bb = bb or barr[1]
;;        bb = bb xor barr[1]
;;        bb = not bb
;    }
;
;/*
;
;    sub while_bool_efficient() {
;        while staticbool1 {
;            cx16.r0L++
;        }
;        while not staticbool1 {
;            cx16.r0L++
;        }
;        while cx16.r0L==0 {
;            cx16.r0L++
;        }
;        while cx16.r0L!=0 {
;            cx16.r0L++
;        }
;    }
;
;
;    sub efficient_assign_cmp_0() {
;        ubyte @shared ub
;        uword @shared uw
;        float @shared fl
;        bool @shared bb1, bb2
;
;        bb1 = ub==0
;        bb2 = ub!=0
;        bb1 = uw==0
;        bb2 = uw!=0
;        bb1 = fl==0.0
;        bb2 = fl!=0.0
;    }
;
;
;    sub efficient_assign_cmp_99() {
;        ubyte @shared ub
;        uword @shared uw
;        float @shared fl
;        bool @shared bb1, bb2
;
;        bb1 = ub==99
;        bb2 = ub!=99
;        bb1 = uw==99
;        bb2 = uw!=99
;        bb1 = fl==99.0
;        bb2 = fl!=99.0
;    }
;
;    sub efficient_assign_cmp_var() {
;        ubyte @shared ub
;        uword @shared uw
;        float @shared fl
;        bool @shared bb1, bb2
;        float @shared fval
;
;        bb1 = ub==cx16.r0L
;        bb2 = ub!=cx16.r0L
;        bb1 = uw==cx16.r0
;        bb2 = uw!=cx16.r0
;        bb1 = fl==0.0
;        bb2 = fl!=0.0
;        bb1 = fl==fval
;        bb2 = fl!=fval
;
;        bb1 = bb2==uw[cx16.r0L]
;        bb2 = bb1!=uw[cx16.r1L]
;    }
;
;    sub efficient_compare_0() {
;        ubyte @shared ub
;        uword @shared uw
;        float @shared fl
;
;        if ub==0
;            cx16.r0L++
;        if uw==0
;            cx16.r0L++
;        if fl==0
;            cx16.r0L++
;        if ub!=0
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if uw!=0
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if fl!=0
;            cx16.r0L++
;        else
;            cx16.r1L++
;    }
;
;    sub efficient_compare_99() {
;        ubyte @shared ub
;        uword @shared uw
;        float @shared fl
;
;        if ub==99
;            cx16.r0L++
;        if uw==99
;            cx16.r0L++
;        if fl==99.99
;            cx16.r0L++
;        if ub!=99
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if uw!=99
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if fl!=99.99
;            cx16.r0L++
;        else
;            cx16.r1L++
;    }
;
;    sub efficient_compare_var() {
;        ubyte @shared ub
;        uword @shared uw
;        float @shared fl
;        float @shared fval
;
;        if ub==cx16.r0L
;            cx16.r0L++
;        if uw==cx16.r0
;            cx16.r0L++
;        if fl==fval
;            cx16.r0L++
;        if fl==0.0
;            cx16.r0L++
;        if ub!=cx16.r0L
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if uw!=cx16.r0
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if fl!=fval
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if fl!=0.0
;            cx16.r0L++
;        else
;            cx16.r1L++
;
;        if ub==uw[cx16.r0L]
;            cx16.r0L++
;        if ub!=uw[cx16.r0L]
;            cx16.r0L++
;
;        if staticbool2 or staticbool1
;            cx16.r0L++
;    }
;
;    sub logical_operand_swap() {
;        bool[] ba = [true, false, true]
;        bool @shared bb = staticbool1 xor ba[0]
;        ubyte @shared zz
;        cx16.r0L = 99+zz
;    }
;
;    sub boolean_const_and_var(bool barg) {
;        const bool bconst1 = true
;        const bool bconst2 = false
;        bool @shared bvar1 = bconst1 or bconst2
;        bool @shared bvar2
;        bool @shared bvar3 = true
;        ; should print: 101101
;        txt.print_ub(staticbool1 as ubyte)
;        txt.print_ub(staticbool2 as ubyte)
;        txt.print_ub(barg as ubyte)
;        txt.print_ub(bvar1 as ubyte)
;        txt.print_ub(bvar2 as ubyte)
;        txt.print_ub(bvar3 as ubyte)
;        txt.nl()
;    }
;
;    sub boolean_arrays_and_return() -> bool {
;        bool[] barr1 = [ true, false, true ]
;        bool[3] barr2 = true
;        bool zz
;        ; should print: 101, 111
;        for zz in barr1
;            txt.print_ub(zz as ubyte)
;        txt.nl()
;        for zz in barr2
;            txt.print_ub(zz as ubyte)
;        txt.nl()
;        return false
;    }
;
;    sub and_or_xor_not() {
;        bool @shared btrue1 = true
;        bool @shared bfalse1 = false
;        bool @shared btrue2 = true
;        bool @shared bfalse2 = false
;        bool @shared bb
;        staticbool2 = staticbool1 and bb
;        staticbool1 = staticbool2 or bb
;        staticbool2 = staticbool1 xor bb
;        staticbool1 = staticbool1 and bb
;        staticbool2 = staticbool2 or bb
;        staticbool1 = staticbool1 xor bb
;        txt.print_ub((bb and true) as ubyte)
;        txt.print_ub((bb or true) as ubyte)
;        txt.print_ub((bb xor true) as ubyte)
;        txt.nl()
;        if not(btrue1 and btrue2)
;            txt.print("fail1\n")
;        if btrue1 and bfalse2
;            txt.print("fail2\n")
;        if bfalse1 or bfalse2
;            txt.print("fail3\n")
;        if not(btrue1 or btrue2)
;            txt.print("fail4\n")
;        if btrue1 xor btrue2
;            txt.print("fail5\n")
;        if not(bfalse1 xor btrue1)
;            txt.print("fail6\n")
;
;        bb = false
;        bb = bb or btrue1
;        if not bb
;            txt.print("fail7\n")
;        bb = bb and bfalse1
;        if bb
;            txt.print("fail8\n")
;        bb = bb xor btrue1
;        if not bb
;            txt.print("fail9\n")
;    }
;
;;    sub bitwise_on_bools_errors() {
;;        bool bb1
;;        bool bb2
;;        bb2 = bb1 | staticbool1
;;        bb1 = bb2 & staticbool1
;;        bb2 = bb1 ^ staticbool1
;;        bb1 = bb1 | staticbool1
;;        bb2 = bb2 & staticbool1
;;        bb1 = bb1 ^ staticbool1
;;        bb2 = ~ staticbool1
;;        voidfuncub(bb1 | staticbool1)
;;    }
;;
;;    sub arith_on_bools_errors() {
;;        bool @shared bb1
;;        bool @shared bb2
;;        bb2 = bb1 + staticbool1
;;        bb1 = bb2 * staticbool1
;;        bb2 = staticbool1 * staticbool1
;;        voidfuncub(bb1 + staticbool1)
;;    }
;;
;;    sub logical_on_ints_errors() {
;;        ubyte @shared ub1
;;        ubyte @shared ub2
;;        staticbool1 = ub1 and ub2
;;        voidfuncub(ub1 xor ub2)
;;    }
;;
;;    sub bools_in_intarray_errors() {
;;        ubyte[3] arr1 = true
;;        ubyte[3] arr2 = [1, true, 2]
;;    }
;;
;;    sub ints_in_boolarray_errors() {
;;        ;; bool[3] arr1 = 42
;;        bool[3] arr2 = [1, true, 2]
;;    }
;;
;;    sub while_until_int_errors() {
;;;        while staticbool1==42 {
;;;            cx16.r0L++
;;;        }
;;;
;;;        do {
;;;            cx16.r0L++
;;;        } until staticbool1==42
;;
;;        ubyte @shared ub1
;;
;;        while not ub1 {
;;            cx16.r0L++
;;        }
;;
;;        while intfunc() {
;;            cx16.r0L++
;;        }
;;
;;        while not intfunc() {
;;            cx16.r0L++
;;        }
;;
;;;        while not cx16.mouse_pos() {
;;;            cx16.r0L++
;;;        }
;;    }
;
;    sub while_equiv() {
;        ubyte @shared ub
;        bool @shared bb
;
;        while bb {
;            cx16.r0L++
;        }
;        while ub!=0 {
;            cx16.r0L++
;        }
;        while not bb {
;            cx16.r0L++
;        }
;        while ub==0 {
;            cx16.r0L++
;        }
;    }
;
;    sub bools_in_array_assigns() {
;        bool[] ba = [true, false, true]
;        ba[1] = ba[0] xor staticbool2
;        ba[2] = staticbool2 xor ba[0]
;        ba[1] = ba[0] and staticbool2
;        ba[2] = staticbool2 and ba[0]
;        ba[1] = ba[0] or staticbool2
;        ba[2] = staticbool2 or ba[0]
;        ba[1] = not staticbool2
;
;        ba[1] = ba[0] xor ba[2]
;        ba[2] = ba[0] and ba[1]
;        ba[1] = ba[0] or ba[2]
;        ba[1] = not ba[2]
;        ba[1] = ba[0] xor ba[cx16.r0L]
;        ba[2] = ba[0] and ba[cx16.r0L]
;        ba[1] = ba[0] or ba[cx16.r0L]
;        ba[1] = not ba[cx16.r0L]
;
;        ubyte[] uba = [11,22,33]
;        uba[1] = uba[0] ^ uba[2]
;        uba[2] = uba[0] & uba[1]
;        uba[1] = uba[0] | uba[2]
;        uba[1] = ~uba[2]
;        uba[1] = uba[0] ^ uba[cx16.r0L]
;        uba[2] = uba[0] & uba[cx16.r0L]
;        uba[1] = uba[0] | uba[cx16.r0L]
;        uba[1] = ~uba[cx16.r0L]
;    }
;
;    sub bools_in_array_assigns_inplace() {
;        bool[] ba = [true, false, true]
;        cx16.r0L++
;        ba[1] = ba[1] xor staticbool2
;        ba[2] = staticbool2 xor ba[2]
;        ba[1] = ba[1] and staticbool2
;        ba[2] = staticbool2 and ba[2]
;        ba[1] = ba[1] or staticbool2
;        ba[2] = staticbool2 or ba[2]
;
;        ba[2] = ba[2] xor ba[1]
;        ba[1] = ba[1] and ba[2]
;        ba[2] = ba[2] or ba[1]
;        ba[2] = not ba[2]
;        ba[2] = ba[2] xor ba[cx16.r0L]
;        ba[1] = ba[1] and ba[cx16.r0L]
;        ba[2] = ba[2] or ba[cx16.r0L]
;
;        ubyte[] uba = [11,22,33]
;        uba[2] = uba[2] ^ uba[1]
;        uba[1] = uba[1] & uba[2]
;        uba[2] = uba[2] | uba[1]
;        uba[2] = ~ uba[2]
;        uba[2] = uba[2] ^ uba[cx16.r0L]
;        uba[1] = uba[1] & uba[cx16.r0L]
;        uba[2] = uba[2] | uba[cx16.r0L]
;    }
;
;    sub if_gotos() {
;            ubyte @shared ub
;
;            if_cc
;                goto label
;            if_cc
;                goto label
;            else
;                cx16.r0L++
;            if_cs
;                goto label
;            else
;                cx16.r0L++
;
;
;            if not ub==99
;                goto label
;            if ub==0
;                goto label
;            if ub!=0
;                goto label
;
;            if not ub==98
;                goto label
;            else
;                cx16.r0L++
;            if ub==0
;                goto label
;            else
;                cx16.r0L++
;            if ub!=0
;                goto label
;            else
;                cx16.r0L++
;
;            if staticbool1
;                goto label
;            if not staticbool2
;                goto label
;    label:
;    }
;
;    sub if_code() {
;        ubyte @shared ub
;        byte @shared sb
;        bool @shared bb
;        if ub==0
;            cx16.r0L++
;        if ub!=0
;            cx16.r0L++
;        if bb
;            cx16.r0L++
;        if not bb
;            cx16.r0L++
;
;        if ub==0
;            cx16.r0L++
;        else
;            cx16.r0--
;        if ub!=0
;            cx16.r0L++
;        else
;            cx16.r0--
;        if bb
;            cx16.r0L++
;        else
;            cx16.r0--
;        if not bb
;            cx16.r0L++
;        else
;            cx16.r0--
;
;        if ub>10
;            cx16.r0++
;        if ub>=10
;            cx16.r0++
;        if ub<10
;            cx16.r0++
;        if ub<=10
;            cx16.r0++
;        if sb>10
;            cx16.r0++
;        if sb>=10
;            cx16.r0++
;        if sb<10
;            cx16.r0++
;        if sb<=10
;            cx16.r0++
;    }
;
;    sub intfunc() -> ubyte {
;        return cx16.r0L
;    }
;
;    sub voidfuncub(ubyte arg) {
;        cx16.r0L++
;    }*/
;}






;%import textio
;; %import floats
;%zeropage basicsafe
;%option no_sysinit
;
;main {
;    bool @shared staticbool1 = true
;    bool @shared staticbool2
;    word[4] words
;
;    byte @shared sbb
;
;    sub start() {
;
;        if cx16.r0L==0 or not staticbool2
;            cx16.r0L++
;
;        if cx16.r0 > cx16.r1
;            cx16.r0L++
;
;        txt.print_bool(true)
;
;        ; TODO all this for uwords
;
;;        if sbb<0
;;            cx16.r0L++
;;        if sbb>0
;;            cx16.r0L++
;;        if sbb<=0
;;            cx16.r0L++
;;        if sbb>=0
;;            cx16.r0L++
;;        if cx16.r0s<0
;;            cx16.r0L++
;;        if cx16.r0s>0
;;            cx16.r0L++
;;        if cx16.r0s>0
;;            goto start
;;        if cx16.r0s>0
;;            goto cx16.r0
;;        if cx16.r0s<=0
;;            cx16.r0L++
;;        else
;;            cx16.r0L++
;;        if cx16.r0s>=0
;;            cx16.r0L++
;;        if words[2]<0
;;            cx16.r0L++
;;        if words[2]>0
;;            cx16.r0L++
;;        if words[2]<=0
;;            cx16.r0L++
;;        if words[2]>=0
;;            cx16.r0L++
;;        if words[cx16.r0L]<0
;;            cx16.r0L++
;;        if words[cx16.r0L]>0
;;            cx16.r0L++
;;        if words[cx16.r0L]<=0
;;            cx16.r0L++
;;        if words[cx16.r0L]>=0
;;            cx16.r0L++
;
;;        staticbool2 = sbb < 0
;;        staticbool2 = sbb > 0
;;        staticbool1 = sbb <= 0
;;        staticbool1 = sbb >= 0
;;        staticbool2 = cx16.r0s <0
;;        staticbool2 = cx16.r0s >0
;;        staticbool1 = cx16.r0s <=0
;;        staticbool1 = cx16.r0s >=0
;;        staticbool2 = words[2]<0
;;        staticbool2 = words[2]>0
;;        staticbool1 = words[2]<=0
;;        staticbool1 = words[2]>=0
;;        staticbool2 = words[cx16.r0L]<0
;;        staticbool2 = words[cx16.r0L]>0
;;        staticbool1 = words[cx16.r0L]<=0
;;        staticbool1 = words[cx16.r0L]>=0
;
;
;;        if cx16.r0 > 1234
;;            cx16.r0L++
;;        if cx16.r0s > 1234
;;            cx16.r0L++
;;        if cx16.r0 < 1234
;;            cx16.r0L++
;;        if cx16.r0s < 1234
;;            cx16.r0L++
;;        if cx16.r0 >= 1234
;;            cx16.r0L++
;;        if cx16.r0s >= 1234
;;            cx16.r0L++
;;        if cx16.r0 <= 1234
;;            cx16.r0L++
;;        if cx16.r0s <= 1234
;;            cx16.r0L++
;
;
;;        boolean_const_and_var(true)
;;        staticbool1 = boolean_arrays_and_return()
;;        txt.print_ub(staticbool1 as ubyte)
;;        txt.nl()
;;        and_or_xor_not()
;;        logical_operand_swap()
;;        bitwise_on_bools_errors()
;;        arith_on_bools_errors()
;;        logical_on_ints_errors()
;;        bools_in_intarray_errors()
;;        ints_in_boolarray_errors()
;;        while_until_int_errors()
;;        bools_in_array_assigns()
;;        bools_in_array_assigns_inplace()
;;        while_bool_efficient()
;;        efficient_compare_0()
;;        efficient_compare_99()
;;        efficient_compare_var()
;;        efficient_assign_cmp_0()
;;        efficient_assign_cmp_99()
;;        efficient_assign_cmp_var()
;;        if_gotos()
;;        if_code()
;  ;;sys.exit(1)
;;        while_equiv()
;
;;        bool[3] barr
;;        bool @shared bb
;;
;;        barr[1] = barr[0] and barr[2]
;;        barr[1] = barr[0] or barr[2]
;;        barr[1] = barr[0] xor barr[2]
;;        barr[1] = not barr[0]
;;        barr[1] = not barr[1]
;;        barr[1] = barr[1] and bb
;;        barr[1] = barr[1] or bb
;;        barr[1] = barr[1] xor bb
;;
;;        bb = bb and barr[1]
;;        bb = bb or barr[1]
;;        bb = bb xor barr[1]
;;        bb = not bb
;    }
;
;/*
;
;    sub while_bool_efficient() {
;        while staticbool1 {
;            cx16.r0L++
;        }
;        while not staticbool1 {
;            cx16.r0L++
;        }
;        while cx16.r0L==0 {
;            cx16.r0L++
;        }
;        while cx16.r0L!=0 {
;            cx16.r0L++
;        }
;    }
;
;
;    sub efficient_assign_cmp_0() {
;        ubyte @shared ub
;        uword @shared uw
;        float @shared fl
;        bool @shared bb1, bb2
;
;        bb1 = ub==0
;        bb2 = ub!=0
;        bb1 = uw==0
;        bb2 = uw!=0
;        bb1 = fl==0.0
;        bb2 = fl!=0.0
;    }
;
;
;    sub efficient_assign_cmp_99() {
;        ubyte @shared ub
;        uword @shared uw
;        float @shared fl
;        bool @shared bb1, bb2
;
;        bb1 = ub==99
;        bb2 = ub!=99
;        bb1 = uw==99
;        bb2 = uw!=99
;        bb1 = fl==99.0
;        bb2 = fl!=99.0
;    }
;
;    sub efficient_assign_cmp_var() {
;        ubyte @shared ub
;        uword @shared uw
;        float @shared fl
;        bool @shared bb1, bb2
;        float @shared fval
;
;        bb1 = ub==cx16.r0L
;        bb2 = ub!=cx16.r0L
;        bb1 = uw==cx16.r0
;        bb2 = uw!=cx16.r0
;        bb1 = fl==0.0
;        bb2 = fl!=0.0
;        bb1 = fl==fval
;        bb2 = fl!=fval
;
;        bb1 = bb2==uw[cx16.r0L]
;        bb2 = bb1!=uw[cx16.r1L]
;    }
;
;    sub efficient_compare_0() {
;        ubyte @shared ub
;        uword @shared uw
;        float @shared fl
;
;        if ub==0
;            cx16.r0L++
;        if uw==0
;            cx16.r0L++
;        if fl==0
;            cx16.r0L++
;        if ub!=0
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if uw!=0
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if fl!=0
;            cx16.r0L++
;        else
;            cx16.r1L++
;    }
;
;    sub efficient_compare_99() {
;        ubyte @shared ub
;        uword @shared uw
;        float @shared fl
;
;        if ub==99
;            cx16.r0L++
;        if uw==99
;            cx16.r0L++
;        if fl==99.99
;            cx16.r0L++
;        if ub!=99
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if uw!=99
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if fl!=99.99
;            cx16.r0L++
;        else
;            cx16.r1L++
;    }
;
;    sub efficient_compare_var() {
;        ubyte @shared ub
;        uword @shared uw
;        float @shared fl
;        float @shared fval
;
;        if ub==cx16.r0L
;            cx16.r0L++
;        if uw==cx16.r0
;            cx16.r0L++
;        if fl==fval
;            cx16.r0L++
;        if fl==0.0
;            cx16.r0L++
;        if ub!=cx16.r0L
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if uw!=cx16.r0
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if fl!=fval
;            cx16.r0L++
;        else
;            cx16.r1L++
;        if fl!=0.0
;            cx16.r0L++
;        else
;            cx16.r1L++
;
;        if ub==uw[cx16.r0L]
;            cx16.r0L++
;        if ub!=uw[cx16.r0L]
;            cx16.r0L++
;
;        if staticbool2 or staticbool1
;            cx16.r0L++
;    }
;
;    sub logical_operand_swap() {
;        bool[] ba = [true, false, true]
;        bool @shared bb = staticbool1 xor ba[0]
;        ubyte @shared zz
;        cx16.r0L = 99+zz
;    }
;
;    sub boolean_const_and_var(bool barg) {
;        const bool bconst1 = true
;        const bool bconst2 = false
;        bool @shared bvar1 = bconst1 or bconst2
;        bool @shared bvar2
;        bool @shared bvar3 = true
;        ; should print: 101101
;        txt.print_ub(staticbool1 as ubyte)
;        txt.print_ub(staticbool2 as ubyte)
;        txt.print_ub(barg as ubyte)
;        txt.print_ub(bvar1 as ubyte)
;        txt.print_ub(bvar2 as ubyte)
;        txt.print_ub(bvar3 as ubyte)
;        txt.nl()
;    }
;
;    sub boolean_arrays_and_return() -> bool {
;        bool[] barr1 = [ true, false, true ]
;        bool[3] barr2 = true
;        bool zz
;        ; should print: 101, 111
;        for zz in barr1
;            txt.print_ub(zz as ubyte)
;        txt.nl()
;        for zz in barr2
;            txt.print_ub(zz as ubyte)
;        txt.nl()
;        return false
;    }
;
;    sub and_or_xor_not() {
;        bool @shared btrue1 = true
;        bool @shared bfalse1 = false
;        bool @shared btrue2 = true
;        bool @shared bfalse2 = false
;        bool @shared bb
;        staticbool2 = staticbool1 and bb
;        staticbool1 = staticbool2 or bb
;        staticbool2 = staticbool1 xor bb
;        staticbool1 = staticbool1 and bb
;        staticbool2 = staticbool2 or bb
;        staticbool1 = staticbool1 xor bb
;        txt.print_ub((bb and true) as ubyte)
;        txt.print_ub((bb or true) as ubyte)
;        txt.print_ub((bb xor true) as ubyte)
;        txt.nl()
;        if not(btrue1 and btrue2)
;            txt.print("fail1\n")
;        if btrue1 and bfalse2
;            txt.print("fail2\n")
;        if bfalse1 or bfalse2
;            txt.print("fail3\n")
;        if not(btrue1 or btrue2)
;            txt.print("fail4\n")
;        if btrue1 xor btrue2
;            txt.print("fail5\n")
;        if not(bfalse1 xor btrue1)
;            txt.print("fail6\n")
;
;        bb = false
;        bb = bb or btrue1
;        if not bb
;            txt.print("fail7\n")
;        bb = bb and bfalse1
;        if bb
;            txt.print("fail8\n")
;        bb = bb xor btrue1
;        if not bb
;            txt.print("fail9\n")
;    }
;
;;    sub bitwise_on_bools_errors() {
;;        bool bb1
;;        bool bb2
;;        bb2 = bb1 | staticbool1
;;        bb1 = bb2 & staticbool1
;;        bb2 = bb1 ^ staticbool1
;;        bb1 = bb1 | staticbool1
;;        bb2 = bb2 & staticbool1
;;        bb1 = bb1 ^ staticbool1
;;        bb2 = ~ staticbool1
;;        voidfuncub(bb1 | staticbool1)
;;    }
;;
;;    sub arith_on_bools_errors() {
;;        bool @shared bb1
;;        bool @shared bb2
;;        bb2 = bb1 + staticbool1
;;        bb1 = bb2 * staticbool1
;;        bb2 = staticbool1 * staticbool1
;;        voidfuncub(bb1 + staticbool1)
;;    }
;;
;;    sub logical_on_ints_errors() {
;;        ubyte @shared ub1
;;        ubyte @shared ub2
;;        staticbool1 = ub1 and ub2
;;        voidfuncub(ub1 xor ub2)
;;    }
;;
;;    sub bools_in_intarray_errors() {
;;        ubyte[3] arr1 = true
;;        ubyte[3] arr2 = [1, true, 2]
;;    }
;;
;;    sub ints_in_boolarray_errors() {
;;        ;; bool[3] arr1 = 42
;;        bool[3] arr2 = [1, true, 2]
;;    }
;;
;;    sub while_until_int_errors() {
;;;        while staticbool1==42 {
;;;            cx16.r0L++
;;;        }
;;;
;;;        do {
;;;            cx16.r0L++
;;;        } until staticbool1==42
;;
;;        ubyte @shared ub1
;;
;;        while not ub1 {
;;            cx16.r0L++
;;        }
;;
;;        while intfunc() {
;;            cx16.r0L++
;;        }
;;
;;        while not intfunc() {
;;            cx16.r0L++
;;        }
;;
;;;        while not cx16.mouse_pos() {
;;;            cx16.r0L++
;;;        }
;;    }
;
;    sub while_equiv() {
;        ubyte @shared ub
;        bool @shared bb
;
;        while bb {
;            cx16.r0L++
;        }
;        while ub!=0 {
;            cx16.r0L++
;        }
;        while not bb {
;            cx16.r0L++
;        }
;        while ub==0 {
;            cx16.r0L++
;        }
;    }
;
;    sub bools_in_array_assigns() {
;        bool[] ba = [true, false, true]
;        ba[1] = ba[0] xor staticbool2
;        ba[2] = staticbool2 xor ba[0]
;        ba[1] = ba[0] and staticbool2
;        ba[2] = staticbool2 and ba[0]
;        ba[1] = ba[0] or staticbool2
;        ba[2] = staticbool2 or ba[0]
;        ba[1] = not staticbool2
;
;        ba[1] = ba[0] xor ba[2]
;        ba[2] = ba[0] and ba[1]
;        ba[1] = ba[0] or ba[2]
;        ba[1] = not ba[2]
;        ba[1] = ba[0] xor ba[cx16.r0L]
;        ba[2] = ba[0] and ba[cx16.r0L]
;        ba[1] = ba[0] or ba[cx16.r0L]
;        ba[1] = not ba[cx16.r0L]
;
;        ubyte[] uba = [11,22,33]
;        uba[1] = uba[0] ^ uba[2]
;        uba[2] = uba[0] & uba[1]
;        uba[1] = uba[0] | uba[2]
;        uba[1] = ~uba[2]
;        uba[1] = uba[0] ^ uba[cx16.r0L]
;        uba[2] = uba[0] & uba[cx16.r0L]
;        uba[1] = uba[0] | uba[cx16.r0L]
;        uba[1] = ~uba[cx16.r0L]
;    }
;
;    sub bools_in_array_assigns_inplace() {
;        bool[] ba = [true, false, true]
;        cx16.r0L++
;        ba[1] = ba[1] xor staticbool2
;        ba[2] = staticbool2 xor ba[2]
;        ba[1] = ba[1] and staticbool2
;        ba[2] = staticbool2 and ba[2]
;        ba[1] = ba[1] or staticbool2
;        ba[2] = staticbool2 or ba[2]
;
;        ba[2] = ba[2] xor ba[1]
;        ba[1] = ba[1] and ba[2]
;        ba[2] = ba[2] or ba[1]
;        ba[2] = not ba[2]
;        ba[2] = ba[2] xor ba[cx16.r0L]
;        ba[1] = ba[1] and ba[cx16.r0L]
;        ba[2] = ba[2] or ba[cx16.r0L]
;
;        ubyte[] uba = [11,22,33]
;        uba[2] = uba[2] ^ uba[1]
;        uba[1] = uba[1] & uba[2]
;        uba[2] = uba[2] | uba[1]
;        uba[2] = ~ uba[2]
;        uba[2] = uba[2] ^ uba[cx16.r0L]
;        uba[1] = uba[1] & uba[cx16.r0L]
;        uba[2] = uba[2] | uba[cx16.r0L]
;    }
;
;    sub if_gotos() {
;            ubyte @shared ub
;
;            if_cc
;                goto label
;            if_cc
;                goto label
;            else
;                cx16.r0L++
;            if_cs
;                goto label
;            else
;                cx16.r0L++
;
;
;            if not ub==99
;                goto label
;            if ub==0
;                goto label
;            if ub!=0
;                goto label
;
;            if not ub==98
;                goto label
;            else
;                cx16.r0L++
;            if ub==0
;                goto label
;            else
;                cx16.r0L++
;            if ub!=0
;                goto label
;            else
;                cx16.r0L++
;
;            if staticbool1
;                goto label
;            if not staticbool2
;                goto label
;    label:
;    }
;
;    sub if_code() {
;        ubyte @shared ub
;        byte @shared sb
;        bool @shared bb
;        if ub==0
;            cx16.r0L++
;        if ub!=0
;            cx16.r0L++
;        if bb
;            cx16.r0L++
;        if not bb
;            cx16.r0L++
;
;        if ub==0
;            cx16.r0L++
;        else
;            cx16.r0--
;        if ub!=0
;            cx16.r0L++
;        else
;            cx16.r0--
;        if bb
;            cx16.r0L++
;        else
;            cx16.r0--
;        if not bb
;            cx16.r0L++
;        else
;            cx16.r0--
;
;        if ub>10
;            cx16.r0++
;        if ub>=10
;            cx16.r0++
;        if ub<10
;            cx16.r0++
;        if ub<=10
;            cx16.r0++
;        if sb>10
;            cx16.r0++
;        if sb>=10
;            cx16.r0++
;        if sb<10
;            cx16.r0++
;        if sb<=10
;            cx16.r0++
;    }
;
;    sub intfunc() -> ubyte {
;        return cx16.r0L
;    }
;
;    sub voidfuncub(ubyte arg) {
;        cx16.r0L++
;    }*/
;}