p64.exw

-- m01: very first 32/64 bit windows program, now ELF32/64 too [DEV untested]
--      this was in fact prior to opRetf [and abort()], so (if they are still
--      unavailable) either modify p.exw etc (I used -e2/newEmit) to skip the
--      opRetf, or complete pHeap.e and pStack.e as per requirement for m02.
--format PE32
--format PE64
--format ELF32
--format ELF64
--/*
--include puts1.e
--puts1("hello world")  -- NO: opFrame!
constant hw = "hello world\n"
--integer pGtcb
    #ilASM{
        [PE32]
            xor ebx,ebx
            push -11                        -- nStdHandle (p1)
            call "kernel32","GetStdHandle"
            mov edx,[hw]
            mov ecx,[ebx+edx*4-12]          -- length
            shl edx,2
            push ebx                        -- lpOverlapped (NULL)
            push esp                        -- lpNumberOfBytesWritten
            push ecx                        -- nNumberOfBytesToWrite
            push edx                        -- lpBuffer
            push eax                        -- hFile,
            call "kernel32","WriteFile"
            push eax
            call "kernel32","ExitProcess"
        [ELF32]
            mov ecx,[hw]
            mov eax,4               -- sys_write(ebx=int fd,ecx=char *buf,edx=int len)
            mov edx,[ebx+ecx*4-12]  -- length (p3)
            shl ecx,2               -- raw(hw) (p2)
            mov ebx,1               -- stdout (p1)
            int 0x80
            mov ebx,eax             -- exitcode (p1)
            mov eax,1               -- sys_exit(ebx=int error_code)
--          mov ebx,42              -- exitcode (p1)
            int 0x80
--          xor ebx,ebx             -- (common requirement)
        [PE64]
            sub rsp,8*7                     -- 5 params and space for target of r9, plus align
            mov rcx,-11                     -- DWORD nStdHandle (p1)
            call "kernel32","GetStdHandle"
            mov rdx,[hw]
            mov qword[rsp+4*8],0            -- LPOVERLAPPED lpOverlapped (p5)
            shl rdx,2                       -- LPCVOID lpBuffer (p2)
            --DEV I think this(r9) can be NULL
            lea r9,[rsp+5*8]                -- LPDWORD lpNumberOfBytesWritten (p4)
            mov r8,[rdx-24]                 -- DWORD nNumberOfBytesToWrite (p3)
            mov rcx,rax                     -- HANDLE hFile (p1)
            call "kernel32","WriteFile"
            add rsp,8*7
            mov rcx,rax                     -- UINT uExitCode (p1)
            call "kernel32","ExitProcess"
        [ELF64]
            mov rsi,[hw]
            mov rdx,[rbx+rsi*4-24]  -- length(hw)
            shl rsi,2               -- raw(hw)
            mov rdi,1               -- stdout
            mov rax,1               -- sys_write(rdi=unsigned int fd,rsi=const char *buf,rdx=size_t count)
            syscall
--          xor rdi,rdi
            mov rdi,rax             -- error_code
            mov rax,60              -- sys_exit(rdi=int error_code)
            syscall
          }
--*/
format PE64 --GUI
--format ELF64
include p.exw
--include builtins\puts1h.e -- puts1/puthex32/putsint/getc0
--include test\t01type.exw  -- OK
--include test\t38bltns.exw
--include test\t02parms.exw -- OK
--include test\t03showt.exw -- OK
--include test\t04unary.exw -- OK
--include test\t05inc0.exw  -- OK
--include test\t06inc1.exw  -- OK
--include test\t07inc2.exw  -- OK
--include test\t08inc22.exw -- OK
--include test\t09inc3.exw  -- OK
--include test\t10inc4.exw  -- OK
--include test\t11inc5.exw  -- OK
--include test\t12inc6.exw  -- OK
--include test\t13inc7.exw  -- OK
--include test\t14inc8.exw  -- OK
--include test\t15inc9.exw  -- OK
--include test\t16incD.exw  -- OK
--include test\t17incV.exw  -- OK
--include test\t18equal.exw -- OK
--include test\t19find.exw  -- OK
--include test\t20cast.exw  -- OK
--include test\t21ret1.exw  -- OK
--include test\t22cmp.exw   -- OK
--include test\t23subsc.exw -- OK
--include test\t24slice.exw -- OK
--include test\t25rmdr.exw  -- OK
--include test\t26aprnd.exw -- OK
--include test\t27rpeat.exw -- OK
--include test\t28prntf.exw -- OK, with some inaccuracies on 64-bit
--puts(1,sprintf("%f\n",{1e308}))   -- OK, but on 64-bit not quite the lovely clean 100..00.000000 that we get on 32-bit.

--include test\t29for.exw   -- OK (32:fp unless t38 is included)
--include test\t30prime.exw -- OK
--include test\t31sce.exw   -- OK
--include test\t32sprnt.exw -- OK
--include test\t33seqop.exw -- OK
--include test\t34andor.exw -- OK
--include test\t35cncat.exw -- OK
--include test\t36match.exw -- OK
--include test\t37misc.exw  -- OK, but blows up (on 64 bit only??!) if peek2u redefined...
--include test\t38bltns.exw -- OK
--include test\t39rndio.exw -- OK
--include test\t40rtnid.exw -- OK
--include test\t41infan.exw -- OK
--include test\t42cback.exw -- OK
--include test\t43tchk.exw  -- OK
--include test\t44silly.exw -- OK
--include test\t45aod.exw   -- OK
--include test\t46ltype.exw -- OK
--include test\t47ltth.exw  -- OK
--include test\t48init.exw  -- OK (not that it runs anything)
--include test\t49ginfo.exw -- OK   -- glitch on 64
--include test\t50gscan.exw -- OK
--include test\t51nstc.exw  -- OK
--include test\t52oparm.exw -- OK
--include test\t53switch.exw --OK
--include test\t54inc.exw   -- OK
--include test\t55incinc.exw --OK
--include test\t56inc.exw   -- OK
--include test\t57masgn.exw -- OK
--include test\t58rtxt.exw  -- OK
--include test\t59mri.exw   -- OK
--include demo\\mandle.exw  -- OK, minor glitches on 64bit
--include demo\\combo.exw   -- OK
--include demo\\takeuchi.exw --OK


--include demo\99bottles.exw    -- OK
--include demo\align.exw        -- OK
--include demo\allsorts.exw     -- OK
--include demo\ascii.exw        -- OK
--include demo\asmtime.exw      -- OK
--include demo\box.exw          -- OK
--include demo\cbr.exw          -- OK
--include demo\cbtest.exw       -- OK
--include demo\CircularBuffer.exw -- OK
--include demo\color.exw        -- OK
--include demo\colourmatch.exw  -- OK
--include demo\columns.exw      -- OK
--include demo\combo.exw        -- OK
--include demo\cpuid.exw        -- OK
--include demo\cursor.exw       -- OK
--include demo\db01.exw         -- OK
--include demo\dirc.exw         -- OK
--include demo\dos.exw          -- OK
--include demo\eicar.exw        -- OK
--include demo\enumfont.exw     -- OK
--include demo\enumproc.exw     -- 64: Says no processes, see "--DEV 32-bit only, for now" in EnumProcesses()[??]
--include demo\filesort.exw     -- OK
--include demo\flvmerge.exw     -- (equally broken on 32 and 64 bit)
--include demo\goto.exw         -- OK
--include demo\hangman.exw      -- OK (with cd demo)
--include demo\hd.exw           -- OK
--include builtins\VM\pfileioN.e
--include builtins\VM\pcfuncN.e     --DEV: list.asm fouled up (no opRetf) if these two omitted...
--include demo\HelloUTF8.exw    -- OK
--include demo\lnklst.exw       -- OK
--include demo\ltpack.exw       -- OK
--include demo\mandle.exw       -- OK
--include demo\mergesort.exw    -- OK
--include demo\msgbox.exw       -- OK
--include demo\permutes.exw     -- OK
--{} = chdir("demo")
--include demo\pewe.exw         -- OK
--include demo\pi.exw           -- OK
--include demo\rdtsc.exw        -- OK
--include demo\sanity.exw       -- 64: two discrepancies (lines 140/155) and a call() omitted.
--include demo\scroll.exw       -- OK
--include demo\showdate.exw     -- OK
--include demo\tagsort.exw      -- OK
--include demo\takeuchi.exw     -- OK
--include demo\test9.exw        -- OK
--include demo\window.exw       -- 64:FP ***    (just got it working under fdbg...)
--include demo\winwire.exw      -- 64:FP ***    (may have wrong struct sizes)

-- another 26 (so far: 53)

--include demo\arwen\arwen.ew
--DOH: too much x86 code in here!!!
--include demo\Arwen32dibdemo\demo_cube.exw -- memory corruption (pRoot of 0)
--1407=ERROR_CANNOT_FIND_WND_CLASS
--include demo\Arwen32dibdemo\feedback.exw      -- ""
--include demo\Arwen32dibdemo\manip.exw
--include demo\Arwen32dibdemo\polydib.exw
--include demo\Arwen32dibdemo\scaledib.exw
--include demo\Arwen32dibdemo\scrnshot.exw
--include demo\Arwen32dibdemo\shadepol.exw
--include demo\Arwen32dibdemo\tiledib.exw
--include demo\Arwen32dibdemo\a32dclip.ew
--include demo\Arwen32dibdemo\a32dcolr.ew
--include demo\Arwen32dibdemo\a32dcore.ew
--include demo\Arwen32dibdemo\a32dfltr.ew
--include demo\Arwen32dibdemo\a32dgeom.ew
--include demo\Arwen32dibdemo\a32dpoly.ew

--/*
with profile
--
-- pprntfN.e
-- =========
--
-- The Phix sprintf() function.
-- This file is automatically included by the compiler if (and only if) needed.
-- Compared to the C version, this is just over twice as slow, which is rather
-- surprising (I expected it would be around 8 to 10 times slower). I suspect
-- the biggest overhead is allocating space for the result (string), which is
-- pretty much going to be the same for the C and Phix routines. This may be
-- converted to asm at a later date, but not until it has been completely
-- bug- and enhancement- free for at least six months.
--
--
-- **************************************
-- **** WARNING: FRAGILE CODE AHEAD! ****
-- **************************************
--  Test changes exhaustively before rebuilding p.exe!
--  In particular, take care with type string; subtle changes (such as a
--  missing floor()) can make the back-end expand a string to a sequence
--  (which is something prepend, as opposed to append, /always/ does)
--  which causes a fatal error, eg see 'elsif fmt[i]='s' then'.

integer init2
        init2 = 0

atom inf,nan

function mysprintf_(sequence fmt, object args)
integer i, fi
integer nxt
string result, r1
object o
atom work

    if not init2 then
--      inf = 1e300*1e300
        #ilASM{ fld1
                fldz
                fdivp
            [32]
                lea edi,[inf]
            [64]
                lea rdi,[inf]
            []
                call :%pStoreFlt }
        nan = -(inf/inf)
        init2 = 1
    end if
    nxt = 1
    result = ""
    i = 1
    while i<=length(fmt) do
        fi = fmt[i]
        if fi='%' then
            i += 1
            fi = fmt[i]

            o = args
            work = 0
            if o!=nan and o!=-nan and o!=inf then
                work = floor(o)
            end if
            if work then
                r1 = ""
                while work do
                    r1 = append(r1,'1')
                    work = floor(work/10)
                end while
            else
                if o=nan then
                    r1 = "nan"
                elsif o=-nan then
                    r1 = "-nan"
                elsif o=inf then
                    r1 = "inf"
                else
                    r1 = "0"
                end if
            end if
            result &= r1
            nxt += 1
        else
            result &= fi
        end if
        i += 1
    end while
    return result
end function

    puts(1,mysprintf_("%d\n",1))
--*/