Is there menuet file format specifications

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ProMiNick

Joined: 24 Mar 2012
Posts: 817
Location: Russian Federation, Sochi

ProMiNick 09 Aug 2019, 20:37

(difference between 64 & 32 bit are clear - 64 or 32bit fields: version, start, etc.)
but what difference between version 2 and version 1?

In 64bit Menuet can work both MENUET01 & MENUET64 formats? yes or no?
in menuet 64 both syscalls int40 & int60 exists in parallel?
they accessible from appropriate mode? int60 from 64bit mode? and int40 from 32 bit mode? or restrictions is slight differ?

MENUET64 has ability to switch between 32 & 64 mode. Does that ability apper in MENUET01 if they runned in menuet64 OS?

I expect that in body of fasm port for menuet64 would be switches to 32 bit. Because fasm core logic is 32 bit. But I even not expect that swithes from 64to32 and from 32to64 would be so many. They even encapsulate single jumps instructions (I gues mode switch is implemented in kernel by hundreds of instructions). It is not too expensive use them too many?
It is clear that if fasm wont needed to include files that would be enought to enter to 32 once and then exit to 64 once. (memory allocated once before compilation, GUI cannot interact with compilation process, and only including files must be resolved from 64 bit mode)
Including in 64bit menuet could be implemented via only 64bit versions of syscalls? Why this solution was choised?

Than 32 bit menuet port.
It started from rebase code from lo addresses(3F+) to $500000.
Than called Application memory resize.
For what needs maked program rebasing? It dictated by menuet specufic of Application memory resize syscall? or low addresses are more convinient for use?

in 32 vervion port there are intresting place (not proc body) - it is code flow enclosed in pusha|popa it is contain calls & jmps and rets that all are jumps actualy. Such decision can economy place?

And more mode swithches are actualy not 32to64 & 64to 32 - they are ANYto64 & ANYto32 so they dont required to be paired. so encapsulating jumps in switch pair looks... ...not optimal.

P.S. question about 32bit port is closed - it is like executable zip archive that launching standalone exe formed in memory after unpacking is done.
code I named interesting place is code of unpacker.
in packed code every piece of code precided with one dword - this dword determines how many following bytes would be copied but holds number not directly in has special formed dword that on each iteration it is multiplied on 2 if overflow happend byte goes from src to dest as is, than iterations (multiply by 2) continued to determine how many zeroes go to dest, than copied next block - and so on.
So the code of fasm for menuet32 dont relates to fasm - it is unpacker.

_________________
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My soul requires acronim "thou" instead.

09 Aug 2019, 20:37

Ville

Joined: 17 Jun 2003
Posts: 312

Ville 10 Aug 2019, 13:51

Menuet64 accepts both headers: MENUET01, which starts the application in 32bit mode, and MENUET64, for default 64bit app mode. You can use both 32bit and 64bit system calls (int 0x40 and int 0x60) from both modes. Same applies for the 32/64bit mode switcher, which the app can use from both modes, regardless the original application mode. The 32bit system calls (int 0x40) were added, so that 32bit apps could run out-of the-box in M64 with the new 64bit apps. Also porting 32bit apps is much simpler since the app can choose between 32bit and 64bit code execution.

10 Aug 2019, 13:51

ProMiNick

Joined: 24 Mar 2012
Posts: 817
Location: Russian Federation, Sochi

ProMiNick 10 Aug 2019, 15:48

Thanks. Informative.
That should bu publicated somewhere on menuet oficial site not only here on forum. In some more scientific notation.
If syscals could be used from every mode that not answer the question: Why in fasm so many switches?
Switch could be only one in start of program switch to 32 and whole rest code could be grabed from menuet32 unchanged.
Or initialy it was so? But with time more parts recoded to 64?
Or there some system limitation that some things could be realized only in 32 bit mode and some only in 64 bit?

10 Aug 2019, 15:48

ProMiNick

Joined: 24 Mar 2012
Posts: 817
Location: Russian Federation, Sochi

ProMiNick 10 Aug 2019, 18:07

As I understand Villy, It is thours fasm port to Menuet32
under thour copyright?
http://websvn.kolibrios.org/filedetails.php?repname=Kolibri+OS&path=%2Fprograms%2Fdevelop%2Ffasm%2Ftrunk%2Ffasm.asm&peg=1052
that is not good that such source dont exists in somewhere in http://www.menuetos.net/
It seemed that in menuet M32-086.IMG even more ancient fasm port version. Why? I comparing fasm (M32-086.IMG) after unpacking they are almost identic exept that in source maked optimizations to reduce output size.

10 Aug 2019, 18:07

Ville

Joined: 17 Jun 2003
Posts: 312

Ville 11 Aug 2019, 04:52

Fasm was originally a fully 32bit application running in M64. However, I started adding features, like the new window frames and scrollbars., which exist only in the 64bit version.

11 Aug 2019, 04:52

ProMiNick

Joined: 24 Mar 2012
Posts: 817
Location: Russian Federation, Sochi

ProMiNick 11 Aug 2019, 07:03

Are thou use syscalls by numbers or they have standard names?
Because syscalls both 64 and 32 could be used withing single application their name should be unique.

Code:

; MenuetOS system functions(int $40):
SF_TERMINATE_PROCESS=-1
SF_CREATE_WINDOW=0      ; define and draw the window
SF_PUT_PIXEL=1          ; draw pixel to the window
SF_GET_KEY=2            ; get code of the pressed key
SF_GET_SYS_TIME=3
SF_DRAW_TEXT=4
SF_SLEEP=5              ; pause process
SF_PUT_IMAGE=7          ; draw image to the window
SF_DEFINE_BUTTON=8      ; define/delete the button
SF_THREAD_INFO=9        ; information on execution thread
SF_WAIT_EVENT=10        ; wait for event
SF_CHECK_EVENT=11       ; check for event and return
SF_REDRAW=12
  SSF_BEGIN_DRAW=1
  SSF_END_DRAW=2
SF_DRAW_RECT=13         ; draw rectangle to the window
SF_GET_SCREEN_SIZE=14   ; get screen resolution
SF_BACKGROUND_SET=15    ; work with desktop background graphics
  SSF_SIZE_BG=1         ; set a size of the background image
  SSF_PIXEL_BG=2        ; put pixel on the background image
  SSF_REDRAW_BG=3       ; redraw background
  SSF_MODE_BG=4         ; set drawing mode for the background
  SSF_IMAGE_BG=5        ; put block of pixels on the background image
SF_RD_TO_FLOPPY=16      ; save ramdisk on the floppy
SF_GET_BUTTON=17        ; get ID of the pressed button
SF_SYSTEM=18
  SSF_UNFOCUS_WINDOW=1          ; take focus from the window of the given thread
  SSF_TERMINATE_THREAD=2        ; terminate process/thread by the slot number
  SSF_FOCUS_WINDOW=3            ; give focus to the window of the given thread
  SSF_GET_IDLE_COUNT=4          ; get counter of idle cycles per second
  SSF_GET_CPU_FREQUENCY=5        ; get CPU clock rate
SF_MIDI=20
  SSF_RESET=1
  SSF_OUTPUT=2
SF_SYSTEM_SET=21
  SSF_MPU_MIDI_BASE=1
  SSF_KEYBOARD_LAYOUT=2
  SSF_CD_BASE=3
  SSF_SB16_BASE=4
  SSF_SYS_LANG=5
  SSF_WSS_BASE=6
  SSF_HD_BASE=7
  SSF_FAT32_PART_HD=8
  SSF_SOUND=10
SF_WAIT_EVENT_TIMEOUT=23; wait for event with timeout
SF_CD=24
  SSF_PLAY_CD=1
  SSF_GET_PLAYLIST=2
  SSF_PAUSE_CD=3
SF_SB16_I=25
  SSF_MAIN_VOLUME=1
  SSF_CD_VOLUME=2
SF_SYSTEM_GET=26
  ; Same as SF_SYSTEM_SET, but instead of SSF_SOUND present SSF_TIME_COUNT:
  SSF_TIME_COUNT=9
SF_WSS=27
  ; Same as SF_SB16_I
SF_SB16_II=28
  ; Same as SF_SB16_I
SF_GET_SYS_DATE=29
SF_GET_PIXEL=35         ; read the screen pixel color
SF_MOUSE_GET=37
  SSF_SCREEN_POSITION=0
  SSF_WINDOW_POSITION=1
  SSF_BUTTON=2          ; states of the mouse buttons
SF_DRAW_LINE=38
SF_BACKGROUND_GET=39
  ;SSF_SIZE_BG=1
  ;SSF_PIXEL_BG=2
  ;SSF_MODE_BG=4
SF_SET_EVENTS_MASK=40   ; turn on/off desired events
SF_GET_IRQ_OWNER=41
SF_GET_DATA_READ_BY_IRQ=42
SF_PROGRAM_IRQ=44
SF_RSRV_FREE_IRQ=45
  SSF_RSRV=0
  SSF_FREE=1
SF_SET_PORTS=46         ; reserve/free a group of input/output ports
  ; Same as SF_RSRV_FREE_IRQ
SF_DRAW_NUMBER=47       ; draw number to the window
SF_STYLE_SETTINGS=48
  SSF_APPLY=0           ; apply screen settings
  SSF_SET_BUTTON_STYLE=1
  SSF_SET_COLORS=2
  SSF_GET_COLORS=3      ; get standard window colors
  SSF_GET_SKIN_HEIGHT=4
SF_SET_WINDOW_SHAPE=50
SF_CREATE_THREAD=51
SF_STACK_DRIVER_STATUS=52
  SSF_GET_LOCAL_IP=1
  SSF_WRITE_STACK_INPUT_QUEUE=6
  SSF_READ_STACK_OUTPUT_QUEUE=8
SF_SOCKET_INTERFACE=53
  SSF_SOCKET_UDP_OPEN=0
  SSF_SOCKET_UDP_CLOSE=1
  SSF_SOCKET_POLL=2
  SSF_SOCKET_READ=3
  SSF_SOCKET_UDP_WRITE=4
  SSF_SOCKET_TCP_OPEN=5
  SSF_SOCKET_TCP_STATUS=6
  SSF_SOCKET_TCP_WRITE=7
  SSF_SOCKET_TCP_CLOSE=8
  SSF_SOCKET_CHECK_PORT=9
SF_SPEAKER_PLAY=55
SF_FILE_SYSTEM=58
  SSF_READ_FILE=0
  SSF_WRITE_FILE=1
  SSF_READ_LBA=8
  SSF_START_APP=16
SF_TRACE_SYSTEM_CALLS=59
SF_IPC=60               ; Inter Process Communication
  SSF_SET_AREA=1        ; set area for IPC receiving
  SSF_SEND_MESSAGE=2
SF_GET_GRAPHICAL_PARAMS=61
  SSF_SCREEN_SIZE=1
  SSF_BITS_PER_PIXEL=2
  SSF_BYTES_PER_LINE=3
SF_PCI=62
  SSF_GET_VERSION=0     ; get version of PCI-interface
  SSF_GET_LAST_BUS=1    ; get number of the last PCI-bus
  SSF_GET_ADRR_MODE=2   ; get addressing mode of the PCI configuration space
  SSF_READ_BYTE=4
  SSF_READ_WORD=5
  SSF_READ_DWORD=6
  SSF_WRITE_BYTE=8
  SSF_WRITE_WORD=9
  SSF_WRITE_DWORD=10
SF_BOARD=63
  SSF_DEBUG_WRITE=1
  SSF_DEBUG_READ=2
SF_MEMORY_RESIZE=64     ; resize total application memory
SF_UTF=65
SF_KEYBOARD=66
  SSF_SET_INPUT_MODE=1
  SSF_GET_INPUT_MODE=2
  SSF_GET_CONTROL_KEYS=3; get status of control keys
SF_CHANGE_WINDOW=67     ; change position/sizes of the window
SF_VERT_HORZ_SCROLL=113
  SSF_VERT_SCROLL=$10000
  SSF_HORZ_SCROLL=$20000

Code:

; MenuetOS system functions(int $60):
SF_CREATE_WINDOW=0      ; define and draw the window
SF_PUT_PIXEL=1          ; draw pixel to the window
SF_GET_KEY=2            ; get code of the pressed key
SF_GET_SYS_TIME=3
  SSF_GET_TIME=1
  SSF_GET_DATE=2
  SSF_SET_TIME=11
  SSF_SET_DATE=12
SF_DRAW_TEXT=4
SF_SLEEP=5              ; pause process
SF_PUT_IMAGE=7          ; draw image to the window
SF_DEFINE_BUTTON=8      ; define/delete the button
SF_PROCESS_INFO=9        ; information on execution thread
  SSF_PROCESS_INFO_BY_SLOT=1
  SSF_PROCESS_INFO_BY_PID=2
SF_WAIT_EVENT=10        ; wait for event
SF_CHECK_EVENT=11       ; check for event and return
SF_REDRAW=12
  SSF_BEGIN_DRAW=1
  SSF_END_DRAW=2
SF_DRAW_RECT=13         ; draw rectangle to the window
SF_GET_SCREEN_SIZE=14   ; get screen resolution
SF_BACKGROUND_SET=15    ; work with desktop background graphics
  SSF_REDRAW_BG=1       ; redraw background
  SSF_SET_DATA_BG=2
  SSF_SET_SIZE_BG=3         ; set a size of the background image
  SSF_GET_DATA_BG=12
  SSF_GET_SIZE_BG=13         ; get a size of the background image
SF_RD_TO_FLOPPY=16      ; save ramdisk on the floppy
SF_GET_BUTTON=17        ; get ID of the pressed button
SF_WAIT_EVENT_TIMEOUT=23; wait for event with timeout
SF_SYSTEM_INFO=26
  SSF_GEN_DATA=1
  SSF_WND_STACK=2
  SSF_BOOT_INFO=3
  SSF_PAGING_TBL=4
SF_GET_PIXEL=35         ; read the screen pixel color
SF_MOUSE_GET=37
  SSF_SCREEN_POSITION=0
  SSF_WINDOW_POSITION=1
  SSF_BUTTON=2          ; states of the mouse buttons
  SSF_SCROLL_DATA=3
  SSF_GET_SPEED=10
  SSF_SET_SPEED=11
SF_DRAW_LINE=38
SF_SET_EVENTS_MASK=40   ; turn on/off desired events
SF_GET_DATA_READ_BY_IRQ=42
SF_PROGRAM_IRQ=44
SF_RSRV_FREE_IRQ=45
  SSF_RSRV=0
  SSF_FREE=1
SF_SET_PORTS=46         ; reserve/free a group of input/output ports
  ; Same as SF_RSRV_FREE_IRQ
SF_DRAW_NUMBER=47       ; draw number to the window
SF_SET_WINDOW_SHAPE_TRANSPARENCY=50
SF_CREATE_THREAD=51
SF_STACK_DRIVER_STATUS=52
  SSF_GET_STACK_CFG=0
  SSF_GET_LOCAL_IP=1
  SSF_SET_STACK_CFG=2
  SSF_SET_LOCAL_IP=3
  SSF_GET_GATE_IP=9
  SSF_GET_SUBNET_IP_MASK=10
  SSF_SET_GATE_IP=11
  SSF_SET_SUBNET_IP_MASK=12
  SSF_GET_DNS_IP=13
  SSF_SET_DNS_IP=14
SF_SOCKET_INTERFACE=53
  SSF_SOCKET_UDP_OPEN=0
  SSF_SOCKET_UDP_CLOSE=1
  SSF_SOCKET_POLL=2
  SSF_SOCKET_READ=3
  SSF_SOCKET_UDP_WRITE=4
  SSF_SOCKET_TCP_OPEN=5
  SSF_SOCKET_TCP_STATUS=6
  SSF_SOCKET_TCP_WRITE=7
  SSF_SOCKET_TCP_CLOSE=8
  SSF_SOCKET_CHECK_PORT=9
  SSF_SOCKET_TCP_WRITE_NOWAIT=17
  SSF_SOCKET_READ_BLOCK=13
  SSF_SOCKET_REMOTE_INFO=21
SF_FILE_SYSTEM=58
  SSF_READ_FILE=0
  SSF_WRITE_FILE=1
  SSF_DELETE_FILE=2
  SSF_READ_FOLDER=3
  SSF_APPEND_FILE=4
SF_IPC=60               ; Inter Process Communication
  SSF_SET_AREA=1        ; set area for IPC receiving
  SSF_SEND_MESSAGE=2
SF_GET_GRAPHICAL_PARAMS=61
  SSF_SCREEN_SIZE=1
  SSF_BITS_PER_PIXEL=2
  SSF_BYTES_PER_LINE=3
  SSF_GET_LFB_MMEM_ADR=3
SF_BOARD=63
  SSF_DEBUG_WRITE=1
  SSF_DEBUG_READ=2
SF_MEMORY_RESIZE=64     ; resize total application memory
SF_KEYBOARD=66
  SSF_SET_INPUT_MODE=1
  SSF_GET_INPUT_MODE=2
  SSF_GET_CONTROL_KEYS=3; get status of control keys
SF_CHANGE_WINDOW=67     ; change position/sizes of the window
SF_HIGH_PREC_SLEEP=105
SF_RUN_APP_DATA=110
SF_GET_CURRENT_PID=111
SF_GET_CFG_PARAM=112
SF_VERT_HORZ_SCROLL=113
  SSF_VERT_SCROLL=$10000
  SSF_HORZ_SCROLL=$20000
SF_CD=114
  SSF_PLAY_CD=1
  SSF_GET_PLAYLIST=2
  SSF_PAUSE_CD=3
SF_PCI=115
  SSF_GET_VERSION=0     ; get version of PCI-interface
  SSF_GET_LAST_BUS=1    ; get number of the last PCI-bus
  SSF_GET_ADRR_MODE=2   ; get addressing mode of the PCI configuration space
  SSF_READ_BYTE=4
  SSF_READ_WORD=5
  SSF_READ_DWORD=6
  SSF_WRITE_BYTE=8
  SSF_WRITE_WORD=9
  SSF_WRITE_DWORD=10
SF_DRIVER_STATE=116
SF_AUDIO=117
SF_MIDI=118
SF_DRAW_CIRCLE=119
SF_WND_SKINNING=120
SF_DRAG_N_DROP=121
SF_3D_API=122
SF_HIGH_PREC_WAIT_EVENT=123
SF_SET_WND_STATE=124
SF_WND_TRANSPARENCY=125
SF_32_X_64_SWITCH=126

SF_USB20_DEV_INFO=127
SF_USB20_WEB_CAM=128
SF_USB20_PRINTER=129
SF_USB20_TUNER=130
SF_USB1X_DEV_INFO=131
SF_MULTYCPU=140
SF_SYS_FONT=141
SF_COPY_PASTE=142
SF_GZIP=143
SF_GRAPH_DRV=144
SF_AUDIO_PROCESSING=150
SF_MATHLIB=151
SF_CM_LOSSLESS_DATA_CODEC=152
SF_TIME_CRITICAL_PROCESS=240
SF_START_PROCESS=256
SF_START_PROCESS_MEM=257
SF_SET_PAGE_TYPE=400
SF_SYSTEM=500
SF_TERMINATE_PROCESS=512

what prefix thou use for 32 bit ones & what for 64 ones? it is clear that not "SF_" in both cases. SF_ and SF64_ - or some other?
I get names from kolibri but maybe nemes of syscall in menuet has other notations?

11 Aug 2019, 07:03

ProMiNick

Joined: 24 Mar 2012
Posts: 817
Location: Russian Federation, Sochi

ProMiNick 11 Aug 2019, 07:03

post created by bug:
The page thou are watching dont recognized of compression method.
Please contact with author.
(It creates same post twice). second I cleared.

11 Aug 2019, 07:03

Ville

Joined: 17 Jun 2003
Posts: 312

Ville 11 Aug 2019, 09:46

For me personally, it is faster to just use the syscall numbers, for both 32bit and 64bit. However, you can find the 64bit syscall notations over here: http://www.menuetos.net/syscall.txt

11 Aug 2019, 09:46

ProMiNick

Joined: 24 Mar 2012
Posts: 817
Location: Russian Federation, Sochi

ProMiNick 11 Aug 2019, 13:59

Ville, this looks more like your port code for FASM (than link I posted previously)

Code:

;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;                                                 ;;
;;  flat assembler source                          ;;
;;  Copyright (c) 1999-2005, Tomasz Grysztar       ;;
;;  All rights reserved.                           ;;
;;                                                 ;;
;;  Menuet port by VT                              ;;
;;                                                 ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

use32
 
  org 0x0
  db 'MENUET01'  ; 8 byte id
  dd 0x01        ; header version
  dd START       ; program start
  dd program_end ; program image size
  dd stacktop    ; required amount of memory
  dd stacktop    ; stack
  dd params,0x0  ; parameters,icon

NORMAL_MODE     = 8
CONSOLE_MODE    = 32

MAX_PATH        = 20

START:
        cmp     [params],0
        jz      red
        mov     ecx, $25
        mov     al, ' '
        mov     edi, infile
        push    ecx
        cld
        rep stosb
        mov     ecx, [esp]
        mov     edi, outfile
        rep stosb
        pop     ecx
        mov     edi, path
        rep stosb
        mov     esi,params
        mov     edi,infile
        call    mov_param_str
        inc     esi
        mov     edi, outfile
        call    mov_param_str
        inc     esi
        mov     edi, path
        call    mov_param_str
        cmp     dword[esi], ',run'
        jnz     loc_86
        mov     dword[_run_outfile], 1
        mov     dword[_mode], CONSOLE_MODE
        jmp     start
      red:
        call    draw_window
      still:
        mov     eax, 10
        int     $40
        dec     eax
        jz      redraw
        dec     eax
        jz      key
        dec     eax
        jz      button
        jmp     still
      redraw:
        call    draw_window
        jmp     still
      key:
        mov     eax, 2
        int     $40
        jmp     still
      button:
        mov     eax, 17
        int     $40
        cmp     ah, 2
        jnz     nostart
        jmp     start
      nostart:
        cmp     ah, 3
        jnz     norunout
        mov     edx, outfile
        call    make_fullpaths
        mov     eax, 58
        mov     ebx, $8AB
        xor     ecx, ecx
        int     $40
        jmp     still
      norunout:
        cmp     ah, 11
        jz      f1; Infile
        cmp     ah, 12
        jz      f2; Outfile
        cmp     ah, 13
        jz      f3; Path
        dec     ah
        jnz     still
        or      eax, -1
        int     $40
      draw_window:
        pushad
        mov     eax, 12
        xor     ebx, ebx
        inc     ebx
        int     $40

        xor     eax, eax
        mov     ebx, 50 shl 16 + 285
        mov     ebx, 50 shl 16 + 320
        mov     edx, $02000000
        add     edx, [clr_nc_blue]
        mov     edi, esi
        add     esi, $80000000
        int     $40
        mov     eax, 8
        mov     ebx, 266 shl 16 + 12
        mov     ecx, 5 shl 16 + 12
        xor     edx, edx
        inc     edx
        mov     esi, [clr_btn_blue]
        int     $40
        mov     ebx, 28 shl 16 + 105
        mov     ecx, 132 shl 16 + 13
        inc     edx
        int     $40
        mov     ebx, 148 shl 16 + 105
        inc     edx
        int     $40
        mov     ebx, 222 shl 16 + 28
        mov     ecx, 84 shl 16 + 9
        mov     edx, 11
        inc     edx
        mov     esi, [clr_btn_blue]
        int     $40
        mov     ecx, 94 shl 16 + 9
        inc     edx
        int     $40
        mov     ecx, 104 shl 16 + 9
        inc     edx
        int     $40
        mov     eax, 4
        mov     ebx, 15 shl 16 + 7
        mov     ecx, -1
        mov     edx, wnd_title
        mov     esi, $2F
        int     $40
        mov     esi, infile
        mov     edi, loc_449
        mov     ecx, $25
        cld
        rep movsb
        mov     esi, outfile
        mov     edi, loc_47B
        mov     ecx, $25
        rep movsb
        mov     esi, path
        mov     edi, loc_4AD
        mov     ecx, $25
        rep movsb
        mov     ebx, 25 shl 16 + 35
        mov     ecx, [clr_white]
        mov     edx, text_copyright
        mov     esi, $28
      newline:
        mov     eax, 4
        int     $40
        add     ebx, 10
        add     edx, 50
        cmp     byte[edx], 'x'
        jne     newline
        mov     eax, 12
        mov     ebx, 2
        int     $40
        popad
        ret

      f1:
        mov     dword[addr], infile
        mov     dword[ya], 85
        jmp     rk
      f2:
        mov     dword[addr], outfile
        mov     dword[ya], 95
        jmp     rk
      f3:
        mov     dword[addr], path
        mov     dword[ya], 105
      rk:
        mov     edi, dword[addr]
        mov     eax, '_'
        mov     ecx, 20
        cld
        rep stosb
        call    print_text
        mov     edi, dword[addr]
      f11:
        mov     eax, 10
        int     $40
        cmp     eax, 2
        jnz     read_done
        mov     eax, 2
        int     $40
        shr     eax, 8
        cmp     eax, 13
        je      read_done
        cmp     eax, 8
        jne     nobs
        cmp     edi,[addr]
        je      f11
        sub     edi, 1
        mov     byte[edi], '_'
        call    print_text
        jmp     f11
      nobs:
        cmp     eax, $1F
        jbe     f11
        cmp     eax,'_'
        jb      loc_2C0
        sub     eax, ' '
        mov     byte[edi], al
        call    print_text
        add     edi, 1
        mov     esi, dword[addr]
        add     esi, MAX_PATH
        cmp     esi, edi
      read_done:
        jne     f11
        mov     ecx, dword[addr]
        add     ecx, MAX_PATH
        sub     ecx, edi
        mov     eax, ' '
        cld
        rep stosb
        call    print_text
        jmp     still

      print_text:
        mov     eax, 13
        mov     ebx, 79 shl 16 + 120
        mov     ecx, dword[ya]
        shl     ecx, 16
        mov     cx, 8
        mov     edx, [clr_bg_blue]
        int     $40
        mov     eax, 4
        mov     ebx, 79 shl 16 + 0
        add     ebx, dword[ya]
        mov     ecx, dword[clr_white]
        mov     edx, dword[addr]
        mov     esi, $25
        int     $40
        ret

wnd_title       db 'FASM FOR MENUET'
text_copyright  db 'flat assembler 1.57.1                             ',\
                   'Copyright (c) 1999-2005, Tomasz Grysztar          ',\
                   'All rights reserved.                              ',\
                   'Menuet port by VT                                 ',\
                   '--------------------------------------------------',\
                   'infile:                           <<<             ',\
                   'outfile:                          <<<             ',\
                   'path:                             <<<             ',\
                   '--------------------------------------------------',\
                   '                                                  ',\
                   '   START COMPILE        RUN OUTFILE               ',\
                   '                                                  ',\
                   '--------------------------------------------------',\
                   'x                                                 '
infile          db          'EXAMPLE.ASM                          ',0
outfile         db          'EXAMPLE                              ',0
path            db          '/RD/1/                               ',0
lf db 13,10,0
addr dd 0
ya   dd 0
zero db 0
clr_white       dd $FFFFFF
clr_bg_blue     dd $2030A0
clr_nc_blue     dd $4466DD
clr_btn_blue    dd $6677CC

mov_param_str:
      @@:
        mov     al,[esi]
        cmp     al,','
        je      @f
        cmp     al,0
        je      @f
        mov     [edi],al
        inc     esi
        inc     edi
        jmp     @b
      @@:
        ret

start:
        cmp     [_mode],NORMAL_MODE
        jne     @f
        mov     eax, 13
        mov     ebx, 10 shl 16 + 260
        mov     ecx, 168 shl 16 + 90
        mov     edx, [clr_bg_blue]
        int     $40
        mov     dword[loc_D0C],25 shl 16 + 168
        mov     esi, _logo
        call    display_string

;   Fasm native code

 
        mov     [input_file],infile
        mov     [output_file],outfile
 
        call    init_memory
        call    make_timestamp
        mov     [start_time],eax

        call    preprocessor
        call    parser
        call    assembler
        call    formatter
        movzx   eax,[current_pass]
        inc     eax
        call    display_number
        mov     esi,_passes_suffix
        call    display_string
        call    make_timestamp
        sub     eax,[start_time]
        xor     edx,edx
        mov     ebx,100
        div     ebx
        or      eax,eax
        jz      display_bytes_count
        xor     edx,edx
        mov     ebx,10
        div     ebx
        push    edx
        call    display_number
        mov     dl,'.'
        call    display_character
        pop     eax
        call    display_number
        mov     esi,_seconds_suffix
        call    display_string
      display_bytes_count:
        mov     eax,[written_size]
        call    display_number
        mov     esi,_bytes_suffix
        call    display_string
        xor     al,al

        cmp     [_run_outfile],1 
        ;...

now may be thou share somewhere full sources of 32bit port of fasm - for historical purposes.

especialy smart this piece of data - app looks exactly:

Code:

wnd_title       db 'FASM FOR MENUET'
text_copyright  db 'flat assembler 1.57.1                             ',\
                   'Copyright (c) 1999-2005, Tomasz Grysztar          ',\
                   'All rights reserved.                              ',\
                   'Menuet port by VT                                 ',\
                   '--------------------------------------------------',\
                   'infile:                           <<<             ',\
                   'outfile:                          <<<             ',\
                   'path:                             <<<             ',\
                   '--------------------------------------------------',\
                   '                                                  ',\
                   '   START COMPILE        RUN OUTFILE               ',\
                   '                                                  ',\
                   '--------------------------------------------------',\
                   'x                                                 '
infile          db          'EXAMPLE.ASM                          ',0
outfile         db          'EXAMPLE                              ',0
path            db          '/RD/1/                               ',0

11 Aug 2019, 13:59

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