Percom Service#

General Information

Author: Carsten Strotmann
Language: ACTION!
Compiler/Interpreter: ACTION!
Published: 1991-2008

Tool to configure Percom Block Drives. This Tool can be used to test Disk integrity and to format all kind of different Disk Formats available for Atari Disk Drives.

Download: PERCOM Service/PERCOM.ATR(info)

Needs ACTION! Runtime package to compile a standalone Version. Disk with Source and compiled Version attached.

I wrote this Tool to configure the HDI 3 1/2" Disk drive designed by Erhard Pütz (aka FloppyDoc)

Changelog#

2008-01-13 disabled break key, custom error procedure, updated copyright

How to use#

Key Description
1 - 4 Read Percom Block from D1: - D4: and update display
T change number of Tracks per Disc
S change number of Sectors per Track
A change modulation (FM or MFM)
R change stepping rate
D toggle doublesided <-> singlesides
B change Bytes per Sectors (normally 128 or 256)
V change Drive active Flag / HD flag
CTRL+F Format selected Disk in configured Format (CAUTION!!!)
CTRL+T Read and Test all Sectors in configured Format, printing Status for each Sector
CTRL+S configure Drive for Atari Single Density, single sided (SS/SD)
CTRL+M configure Drive for Atari Medium Density, single sided (SS/MD), 1050 Format
CTRL+D configure Drive for Atari Double Density, single sided (SS/DD)
CTRL+H configure Drive for Atari High Density, single sided (SS/HD)
CTRL+Z configure Drive for Atari Single Density, double sided (DS/SD)
CTRL+Y configure Drive for Atari Medium Density, double sided (DS/MD), 1050 Format
CTRL+X configure Drive for Atari Double Density, double sided (DS/DD)
CTRL+V configure Drive for Atari High Density, double sided (DS/HD)

Source#

Main Program#

;********************************
;**				**
;** Phoenix SoftCrew ACTION!	**
;**				**
;** Carsten Strotmann		**
;** carsten@strotmann.de	**
;**				**
;** http://www.strotmann.de	**
;**				**
;********************************

; Programname:Percom Haendler
; Programmer:CAS
; Filename:PERCOM.ACT
; first Version:18.08.91
; last Change:13.01.08
; Usage:Manage Floppy Percom Block
;
;

INCLUDE "D:>WORK>SYSTEM.ACT"

MODULE

BYTE drivenum,err,p_read
CARD maxsec,bytes
BYTE ARRAY percom($C),buff($1000),txt(40),
			  sdss(12)=[40 2 0 18 0 0 0 $80 0 0 0 0],
			  sdds(12)=[40 2 0 18 1 0 0 $80 0 0 0 0],
			  mdss(12)=[40 2 0 26 0 4 0 $80 0 0 0 0],
			  mdds(12)=[40 2 0 26 1 4 0 $80 0 0 0 0],
			  ddss(12)=[40 2 0 18 0 4 1 0 0 0 0 0],
			  ddds(12)=[40 2 0 18 1 4 1 0 0 0 0 0],
			  hdss(12)=[80 2 0 36 0 4 1 0 0 0 0 0],
			  hdds(12)=[80 2 0 36 1 4 1 0 0 0 0 0]

INCLUDE "D:>WORK>PERCOM1.INC"

PROC PercError(BYTE err)
  ErrMess (err)
RETURN
  
PROC Read_Percom ()
 
 err=Sio (drivenum,$52,$40,7,buff,128,1)
 err=Sio (drivenum,$4E,$40,7,percom,12,0)
 ErrMess (err)
  
 maxsec=percom(0)*(percom(2)*$100+percom(3))
 maxsec==*(percom(4)+1)
 bytes =percom(6)*$100+percom(7)
 p_read=err

RETURN

PROC Write_Percom ()
 
 err=Sio (drivenum,$4F,$80,7,percom,12,0)
 ErrMess (err)
 
RETURN

PROC Format ()

 Write (20,10," Formatting ")
 err=Sio (drivenum,$21,$40,$40,buff,bytes,1)
 ErrMess (err)
 Write (20,10,"				")

RETURN

PROC Test()

 BYTE ARRAY t(8)
 BYTE ch=$2FC,consol=$D01F
 CARD u,b,s

 Write (18,11,"Test Sector  :")

 u=0
 
 SCopy (t,"000000")
 DO
  u==+1
  IF u<4 THEN
	b=$80
  ELSE
	b=bytes
  FI
  err=Sio (drivenum,$52,$40,$7,buff,b,u)
  t(6) == +1
  FOR s = 2 TO 6 
  DO
	IF t(s) > '9 THEN
	 t(s) = '0
	 t(s-1) == +1
	FI
  OD
  Write (32,11,t)
  IF err # 1 THEN
	ErrMess (err)
  FI
 UNTIL u=maxsec OR ch=28 or consol=6
 OD

 Pause (200)
 ch=$FF
 Write (18,11,"							 ")

RETURN
 
PROC Mask ()

 BYTE lmarg=82
 CARD savmsc=$58

 lmarg=0

 SetBlock (savmsc+120,240,0)
 
 Position (0,0)
 Print ("	PhoeniX SoftCrew Percom Service 1.1  ")

 Position (1,2)
 Print ("Drive #	 ")
 
 Position (1,3)
 Print ("Sectors  :")

 Position (20,3)
 Print ("KBytes :")

 Position (1,5)
 Print ("Tracks  :")

 Position (18,5)
 Print ("Steprate		  :")

 Position (1,6)
 Print ("Sectors :")

 Position (18,6)
 Print ("Doubleside		:")

 Position (1,7)
 Print ("Modulat.:")

 Position (18,7)
 Print ("Bytes p. Sector :")

 Position (1,8)
 Print ("Drive active :")

 Position (1,10)
 Print ("^Format		")

 Position (1,11)
 Print ("^Test Disc ")

 Position (1,13)
 Print ("^Single Density 1S")
 Position (23,13)
 Print ("^Z Sgl. Dens. 2S")

 Position (1,14)
 Print ("^Medium Density 1S")
 Position (23,14)
 Print ("^Y Med. Dens. 2S")
 
 Position (1,15)
 Print ("^Double Density 1S")
 Position (23,15)
 Print ("^X Dbl. Dens. 2S")
 
 Position (1,16)
 Print ("^High	Density 1S")
 Position (23,16)
 Print ("^V Hgh. Dens. 2S")

 Write (0,23,"	 (c) 1991-06  PhoeniX SoftCrew			")

RETURN

PROC Fill_Mask ()

 CARD c

 Mask ()

 Position (13,2)
 PrintB (drivenum)

 Position (13,3)
 PrintC (maxsec)
 
 Position (30,3)
 c=$400/bytes
 PrintC (maxsec/c)

 Position (11,5)
 PrintB (percom(0))

 Position (35,5)
 PrintB (percom(1))

 Position (11,6)
 c=percom(2)*$100+percom(3)
 PrintC (c)

 Position (35,6)
 IF percom(4)=1 THEN
  Print ("Yes ")
 ELSE
  Print ("No  ")
 FI

 Position (11,7)
 IF percom(5)=0 THEN
  Print ("FM ")
 FI
 IF percom(5)=4 THEN
  Print ("MFM")
 FI

 Position (35,7)
 c=percom(6)*$100+percom(7)
 PrintC (c)

 Position (18,8)
 IF percom(8)=$FF THEN
  Print ("Normal")
 FI
 IF percom(8)=$40 THEN
  Print ("HD	 ")
 FI

RETURN

PROC Refresh ()

 Write_Percom ()
 Read_Percom ()
 Fill_Mask ()

RETURN
 
PROC Test_Form ()

BYTE skstat=$D20F

 IF (skstat & 8) = 0 THEN
  Format ()
 FI

RETURN

PROC Percom_Service ()

 BYTE key 
 BYTE ARRAY value (3)
 CARD temperr 

 BreakOff()
 temperr = Error
 Error   = PercError

 drivenum = 1
 p_read=$FF
 MoveBlock (percom,sdss,12)

 Put (125)
 C_Off ()
 Mask ()
 
 DO
  key=Inkey ()

  IF key<'5 AND key>'0 THEN
   drivenum=key-48
   Read_Percom ()
   Refresh ()
  FI

  IF key='T OR key='t THEN
   StrB (percom(0),value)
   Position (11,5)
   GetIn (value,2)
   percom(0)=ValB(value)
   Refresh ()
  FI

  IF key='R OR key='r THEN
   StrB (percom(1),value)
   Position (35,5)
   GetIn (value,2)
   percom(1)=ValB(value)
   Refresh ()
  FI

  IF key='S OR key='s THEN
   StrC (percom(2)*$100+percom(3),value)
   Position (11,6)
   GetIn (value,5)
   percom(2)=ValC(value)/$100
   percom(3)=ValB(value)
   Refresh ()
  FI

  IF key='D or key='d THEN
   percom(4)==XOR 1
   Refresh ()
  FI

  IF key='A or key='a THEN
   percom(5)==XOR 4
   Refresh ()
  FI

  IF key='B OR key='b THEN
   StrC (percom(6)*$100+percom(7),value)
   Position (35,7)
   GetIn (value,4)
   percom(6)=ValC(value)/$100
   percom(7)=ValB(value)
   Refresh ()
  FI

  IF key='V or Key='v THEN
   IF percom(8)=$FF THEN 
    percom(8)=$40
   ELSE
    percom(8)=$FF
   FI
   Refresh ()
  FI

  IF key>='! AND key<='$ THEN
   drivenum=key-32
   Refresh ()
  FI

  IF key=' THEN
   Read_Percom ()
   Fill_Mask ()
   Test ()
  FI

  IF key=' THEN
   MoveBlock (percom,sdss,12)
   Refresh ()
   Test_Form ()
  FI

  IF key=' THEN
   MoveBlock (percom,sdds,12)
   Refresh ()
   Test_Form ()
  FI

  IF key=' THEN
   MoveBlock (percom,mdss,12)
   Refresh ()
   Test_Form ()
  FI

  IF key=' THEN
   MoveBlock (percom,mdds,12)
   Refresh ()
   Test_Form ()
  FI

  IF key=' THEN
   MoveBlock (percom,ddss,12)
   Refresh ()
   Test_Form ()
  FI

  IF key=' THEN
   MoveBlock (percom,ddds,12)
   Refresh ()
   Test_Form ()
  FI

  IF key=' THEN
   MoveBlock (percom,hdss,12)
   Refresh ()
   Test_Form ()
  FI

  IF key=' THEN
   MoveBlock (percom,hdds,12)
   Refresh ()
   Test_Form ()
  FI

  IF key='  THEN
   Format ()
  FI

 UNTIL key='q OR key='Q or key=27
 OD

 C_On ()
 Error = temperr
 BreakOn()

RETURN

Percom Tool Include Library#

; Includedatei fuer PERCOM.ACT
;---

PROC siov=$E459 ()

BYTE FUNC Sio (BYTE num,comnd,stats,tim,CARD buf,byt,sec)

BYTE ddevic=$300,
	  dunit=$301,
	  dcomnd=$302,
	  dstats=$303,
	  dtimlo=$306

CARD dbuf=$304,
	  dbyt=$308,
	  daux=$30A

ddevic=$31
dunit=num
dcomnd=comnd
dstats=stats
dtimlo=tim
dbuf=buf
dbyt=byt
daux=sec

siov () ; ansprung der sioroutine

RETURN (dstats)

;---

PROC C_On ()

BYTE crsin=752

crsin=0

RETURN

PROC C_Off ()

BYTE crsin=752

crsin=1

RETURN

BYTE FUNC Inkey ()

BYTE atascii

 Close (2)
 Open (2,"K:",4,0)
 atascii=GetD(2)
 Close(2)

RETURN (atascii)

PROC Pause (CARD times)

BYTE wsync=$14,q
CARD u

FOR u=1 TO times
DO
  FOR q=1 TO 200
  DO
	wsync=q
  OD
OD

RETURN

PROC Beep (BYTE times)

BYTE u

FOR u= 1 TO times
DO
  PutD (0,253)
  Pause (10)
OD

RETURN

PROC Getin (BYTE ARRAY text,BYTE len)

  BYTE ascii,pos,u,inv,ch=764

  C_On ()
  ch=$FF

  pos=text(0)+1
  inv=0

  IF text(0)#0 THEN
	Print (text)
  FI

  DO
	ascii=Inkey ()

	IF ascii=129 THEN
	 inv==!$80
	FI
	IF ascii=$1E AND pos>1 THEN
	 pos==-1
	 PutD (0,$1E)
	FI
	IF ascii=$7E AND pos>1 THEN
	 pos==-1
	 PutD (0,$7E)
	FI
	IF ascii=$1F AND pos#len+1 THEN
	 pos==+1
	 PutD (0,$1F)
	FI 
	IF ascii>26 AND ascii<32 THEN
	 ascii=128
	FI
	IF pos#len+1 AND ascii<$7E THEN
	 ascii==+inv
	 PutD (0,ascii)
	 text(pos)=ascii
	 pos==+1
	FI
	text(0)=pos-1
  UNTIL ascii=$9B
  OD

  C_Off ()
  Put (31)
RETURN

PROC Write (BYTE x,y,BYTE ARRAY string)

  BYTE u,chr
  CARD savmsc=$58
  BYTE POINTER adr

  adr=savmsc+y*40+x

  FOR u=1 TO string(0)
  DO
	chr=string(u)
	IF chr>=0 AND chr<32 THEN
	 chr==+64
	ELSEIF chr>31 AND chr<95 THEN
	 chr==-32
	ELSEIF chr>127 AND chr<160 THEN
	 chr==+64
	ELSEiF chr>159 AND chr<224 THEN
	 chr==-32
	FI
	adr^=chr
	adr==+1
  OD
RETURN

;-----------------------------------

PROC ErrMess (BYTE err)

 Write (10,20,"Status - ")
 StrB(err,txt)
 Write (20,20,"	")
 Write (20,20,txt)
 IF err>$7F THEN
  Write (25,20," ERROR ")
 ELSE
  Write (25,20,"OK	  ") 
 FI
RETURN

PROC BreakOff()
  BYTE POKMSK = $10
  BYTE IRQEN  = $D20E
  POKMSK ==& $7F
  IRQEN  ==& $7F
RETURN
 
PROC BreakOn()
  BYTE POKMSK = $10
  BYTE IRQEN  = $D20E
  POKMSK ==% $80
  IRQEN  ==% $80
RETURN


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« This page (revision-4) was last changed on 14-Mar-2010 13:38 by Carsten Strotmann