Assembler Macro System

Macro system allows you to write programs in familiar language syntax high level and does program texts more transparent to read and perception. System designed for compilers with assembly language TASM-2.5 and MASM-5.0. Represents structured language high level that can use to write programs of any size and any purpose. Calculated for a programmer who already has language programming experience assembler.

Brief description of the main files in the archive.

The system of macros itself:

MSYSTEM.MAC This file contains the actual macro system.

MMACROS.MAC This file contains additional useful macros.

MBIOS.MAC This file contains macros for the IBM-PC BIOS.

MDOS.MAC This file contains macros for IBM-PC DOS.

The system of macros itself:

KEY.M

REC.M

SAY.M

DOCUMENTATION:

MSYSTEM.DOC This is the documentation file for the macro system.

* .ASM files These files contain examples of programs written in macro system.

For installation on the system copy the required file MSYSTEM.MAC, and other files - by Your discretion. For successful programming in system of macros recommended in detail read the manual and the system itself macros contained in the MSYSTEM.MAC file.
Remember that the assembler errors does not understand and it all depends only from you.
Whatever your approach - successes !!!
Assembler itself can be downloaded here tasm25.zip - 175 KB.

For example, here is a simple code database programs, accounting income and expense of money

; MB.ASM
; D. L. Konyukhov

.MODEL SMALL

include msystem.mac
include sys.mac
include conio.mac
include mouse.mac
include mem.mac
include kbd.mac
include math.mac
include cursor.m
include window.m
include color.m
include rec.m
include dbedit.m
include say.m
include read.m
include key.m
include mkeys.m

include mb.m

size_com=20000 + 256
len_stack=20000
len_vars=20000

.CODE
BEGIN START, 100h, _main, {

func mb_empty ,, < SI >
mov SI, buf_A
memfill < 32, @ DEBET_NAME, LEN_NAME >
memfill < 0, @ DEBET_QUAN, LEN_QUAN >
memfill < 32, @ KREDIT_NAME, LEN_NAME >
memfill < 0, @ KREDIT_QUAN, LEN_QUAN >
endf

func _pic, < byte X, byte Y >, < SI >, 1, public
old_color EQU [BP] -1
getcolor, < old_color >
mov SI, buf_A
setcolor < DebAttr >
sayxy < X, Y, @ space, @ f_s >
setcolor < old_color >
say < @ DEBET_NAME, @ f_name >
setcolor < DebAttr >
say < @ space, @ f_s >
setcolor < old_color >
say < @ DEBET_QUAN, @ f_quan >
setcolor < DebAttr >
say < @ space, @ f_s >
setcolor < KreAttr >
say < @ space, @ f_s >
setcolor < old_color >
say < @ KREDIT_NAME, @ f_name >
setcolor < KreAttr >
say < @ space, @ f_s >
setcolor < old_color >
say < @ KREDIT_QUAN, @ f_quan >
setcolor < KreAttr >
say < @ space, @ f_s >
setcolor < old_color >
endf

func _fuser, < byte mode, word RecCur >, < DI >, 1, public
old_color EQU [BP] -1
mov DI, 1
mov AL, cs: mode
switch AL, < 0.1 >
case 1 {; draw
getcolor, < old_color >
setcolor < LblAttr >
reccount < @ rec_A >, < ii >
sayxy < 35, 2, @ ii, @ f_w4 >
recrecno < @ rec_A >, < ii >
sayxy < 41, 2, @ ii, @ f_w4 >
setcolor < old_color >
case 2 {
mov retr_cho, TRUE
while < retr_cho e TRUE > {
mov retr_cho, FALSE
mkeys_to
mov AL, cs: key_AL
switch AL, < NULLKEY, SPACEKEY, CRKEY, ESCKEY > {
case 1 {
mov AH, cs: key_AH
switch AH, < INSKEY, DELRKEY, F6KEY, F7KEY, F8KEY, F10KEY >
case 1; insert
Inserting, < DI >
case 2; delete
Deleting, < DI >
case 3; sort
Sorting, < DI >
case 4; find
case 5; date
Dating, < DI >
case 6; menu
menupull
mov DI, 3
endcase
case 2 {; mark
case 3; input
Inputing < RecCur >, < DI >
case 4; exit
mov done, FALSE
mov DI, 0
endcase
endwh}
endcase
endf < word DI >

label1 db 'PARISH', 0
label2 db 'FLOW', 0
title1 db 'Name Quantity ', 0

ukeys1 db 1Eh, 0
ukeys2 db 1Fh, 0
skeys1 db 'ENTER', 0
nkeys1 db 'ENTER', 0
skeys2 db 'INS', 0
nkeys2 db 'NEW', 0
skeys3 db 'DEL', 0
nkeys3 db 'DELETE', 0
skeys4 db 'F5', 0
nkeys4 db 'PRINT', 0
skeys5 db 'F6', 0
nkeys5 db 'ORDER', 0
skeys6 db 'F7', 0
nkeys6 db 'SEARCH', 0
skeys7 db 'F8', 0
nkeys7 db 'SUM', 0
skeys8 db 'F10', 0
nkeys8 db 'MENU', 0
skeys9 db 'ESC', 0
nkeys9 db 'EXIT', 0

; --- Head procedure
func main
; Stack
cli
mov SP, size_com + len_stack
sti
; I open the system
farrelease < * CS 00,00 size_com + len_stack + len_vars >
initcon
release < * size_com + len_stack, 0 >
initsys
initmouse
cursor_off
; Draw the main frame
setcolor < < < byte ptr MainAttr > > >
drawbox < cs: ScrnMinX, cs: ScrnMinY, cs: ScrnMaxX, cs: ScrnMaxY, @ box_main >
drawbox < 0, 2.79, 2, @ box_main >
mouse_on
setcolor < LblAttr >
sayxy < 16, 0, @ label1, @ f_s >
sayxy < 56, 0, @ label2, @ f_s >
setcolor < DebAttr >
sayxy < 0, 1, @ title1, @ f_s >
setcolor < KreAttr >
say < @ title1, @ f_s >
setcolor < < < byte ptr MainAttr > > >
; Menu-line
color < MenuAttr >
mkeys_on < TRUE >
mkeys_fr < 79, 0, PGUPKEY * 100h, @ ukeys1, @ snull >
mkeys_fr < 79.24, PGDNKEY * 100h, @ ukeys2, @ snull >
mkeys_fr < 4.24, CRKEY, @ skeys1, @ nkeys1 >
mkeys_fr < 14.24, INSKEY * 100h, @ skeys2, @ nkeys2 >
mkeys_fr < 22,24, DELRKEY * 100h, @ skeys3, @ nkeys3 >
mkeys_fr < 30,24, F5KEY * 100h, @ skeys4, @ nkeys4 >
mkeys_fr < 37.24, F6KEY * 100h, @ skeys5, @ nkeys5 >
mkeys_fr < 44,24, F7KEY * 100h, @ skeys6, @ nkeys6 >
mkeys_fr < 51,24, F8KEY * 100h, @ skeys7, @ nkeys7 >
mkeys_fr < 58.24, F10KEY * 100h, @ skeys8, @ nkeys8 >
mkeys_fr < 65,24, ESCKEY, @ skeys9, @ nkeys9 >
mkeys_on < FALSE >
; Opening the file
recopen < @ rec_A, @ file_A, len_A >
getmem < len_A >, < buf_A > ; recbuffer
recempty < @ rec_A, @ _mb_empty >
; Working with the file
color < MainAttr >
mov done, TRUE
while < done e TRUE >
dbedit < @ rec_A, 0, 3,79,23, @ cs: __ pic, @ cs: __ fuser >
endwh
; Close the file
freemem < * buf_A >
recclose < @ rec_A >
; I close the other
mkeys_of
; I close the system
mouse_off
cursor_on
; Exiting the program
clrscr
halt < 0 >
endf
END START

AppStores: Google Amazon Samsung Huawei Apple Microsoft Linux AllSoft