head     56.3;
access   paws bayes jws quist brad dew jwh;
symbols  ;
locks    ; strict;
comment  @# @;


56.3
date     93.01.27.13.36.17;  author jwh;  state Exp;
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56.2
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1.1
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desc
@Base file for PWS 3.2 release.

@


56.3
log
@
pws2rcs automatic delta on Wed Jan 27 13:14:25 MST 1993
@
text
@(*

 (c) Copyright Hewlett-Packard Company, 1985.
All rights are reserved.  Copying or other
reproduction of this program except for archival
purposes is prohibited without the prior
written consent of Hewlett-Packard Company.


	    RESTRICTED RIGHTS LEGEND

Use, duplication, or disclosure by the Government
is subject to restrictions as set forth in
paragraph (b) (3) (B) of the Rights in Technical
Data and Computer Software clause in
DAR 7-104.9(a).

HEWLETT-PACKARD COMPANY
Fort Collins, Colorado                         *)

$sysprog$
$stackcheck off$ $heap_dispose off$
$iocheck off$ $range off$ $ovflcheck off$
$debug off$

program absinit(OUTPUT);{SFB 3/13/85}
			{MODIFIED SFB 3/26/85, 4/4/85}

module abs_locator; { DGL HPHIL abolute locator module }

{$SEARCH 'IOLIB:IOCOMASM'}

import sysdevs,sysglobals,iocomasm,asm;

export

  function initabs : boolean;

implement
  type
    sint = -32768..32767;

    pollblock = packed record
		  case integer of
		  0:(d: packed array[1..7] of byte);
		  1:(twosets  : boolean;
		     kcodes   : 0..3;
		     filler   : boolean;        {SFB 3/27/85}
		     checkstat: boolean;        {SFB 3/27/85}
		     ready    : boolean;        {SFB 3/27/85}
		     numaxes  : 0..3;
		     xdata    : sint;
		     ydata    : sint;
		     zdata    : sint)
		end;
  const
   touchscreenid = hex('8c');
   proximitykey  = hex('8e') div 2;
   no_button     = -1;

  var
    driver        : loopdvrptr;
    dvr_comm_rec  : hphil_comm_rec_ptr_type;
    abskey        : sint;       {button for present pollblock}
    gdata         : pollblock;
    gid           : sint;       {loop address of owner of present pollblock}
    cindex        : 0..3;
    recording,
    proximity,                  {current proximity state}
    pollprox,                   {proximity state for present pollblock}
    dataready     : boolean;

  procedure doreset;
  var
   i,
   thisdev : sint;
  begin
   for i:= 1 to 7 do
    gdata.d[i] := 0;
   abskey    := no_button;
   gid       := 0;
   dataready := false;
   proximity := true ;   {WOULD LIKE TO ASK DEVICE, BUT CAN'T}
  end;

  procedure absdataproc(var statbyte,databyte:byte; var done:boolean);
  begin
   with loopcontrol^ do
    with loopdevices[loopdevice] do
    case devstate of
    1:begin
	if recording then
	 begin
	  gdata.d[1]:=databyte;
	  gid := loopdevice;
	 end;
	cindex:=0;
	if gdata.numaxes=0 then devstate:=8 else devstate:=2;
      end;
    2,4,6:
      begin  { co-ord data } { low byte }
	if recording then
	 begin
	  if not descrip.size16 then
	   if databyte>127 then gdata.d[devstate]:=255 { sign extend }
			   else gdata.d[devstate]:=0;
	  gdata.d[devstate+1]:=databyte;
	 end;
	devstate:=devstate+1+ord(not descrip.size16);
	if not descrip.size16 then
	begin   { 8 bit mode }
	  cindex:=cindex+1;
	  if cindex>=gdata.numaxes then devstate:=8;
	end;
      end;
    3,5,7:   { co-ord data } { high byte }
      begin
	if recording then
	 gdata.d[devstate-1]:=databyte;
	devstate:=devstate+1;
	cindex:=cindex+1;
	if cindex>=gdata.numaxes then devstate:=8;
      end;
    8:begin { keydata }
	case gdata.kcodes of
	0:;             { not supposed to be any data }
	1:;             { ignore ASCII for DGL }
	otherwise       { key code data--either keyset accepted }
	  if databyte div 2 <> proximitykey then
	   if (abskey = no_button) and (recording) then
	     abskey := databyte            {pick up only first button pressed}
	   else         { do nothing }
	  else  {proximity transition encountered}
	   begin
	    if bit_set(dvr_comm_rec^.devices,gid-1) then
	     begin
	      proximity := not odd(databyte);     {record proximity}
	      if recording then
	       pollprox  := proximity;      {and update for this pollblock}
	     end;
	   end;
	end;    {case gdata.kcodes}
      end;    {case 8}
    end;    {case devstate}
  end;    {absdataproc}

  {do_update assumes it's handed correct comm_rec_ptr, NOT head of list. If
   pointer points at wrong record, do_update quits in disgust, clearing
   dataready, gid and abskey. Keep a copy of the correct pointer in calling
   procedure, after locating it.}

  procedure do_update(a_comm_rec : hphil_comm_rec_ptr_type);
  var
   oldlevel : integer;
   hasbuttons:boolean;
   upstroke : boolean;
  begin
   oldlevel := intlevel;
   setintlevel(1);
   with a_comm_rec^ do
    if dataready then
     if gid <> 0 then    {can check if the gid'th device is to be handled}
      if (bit_set(devices,gid-1)) and (dvr_type = abslocator) then
       begin
	if extend = 1 then      {see if application requested "set proximity"}
	 proximity := true;
	if extend = -1 then
	 proximity := false;
	extend := 0;            {and clear any "set proximity" request}
	hasbuttons := loopcontrol^.loopdevices[gid].descrip.nbuttons <> 0;
	dev_addr := gid;
	if pollprox then     {only update for tablet if in proximity range}
	 begin
	  upstroke := odd(abskey);
	  if (ncodes = 0) or (not latch) then {can update if no buttons
			 yet received, or not digitizing (not latching)}
	   begin
	    if gdata.numaxes > 0 then       {update only if x in pollblock}
	     xloc := gdata.xdata;
	    if gdata.numaxes > 1 then       {update only if y in pollblock}
	     yloc := gdata.ydata;
	    if (hasbuttons) and (not upstroke) and (not (abskey = no_button))
	     then
	      begin
	       ncodes := 1;     {only keep first key when latching for DGL}
	       codes[1] := chr(abskey);
	      end;
	   end;
	 end
	else   {not pollprox so try to update for touchscreen}
	 if (not hasbuttons) and
	    loopcontrol^.loopdevices[gid].descrip.proximity then
	  begin
	   ncodes := 1;
	   codes[1] := chr(hex('8f'));     {= "exit proximity" code}
	  end;          {ended back to if dataready}
	abskey    := no_button;
	gid       := 0;
       end;
    dataready := false;
    setintlevel(oldlevel);
  end;

  procedure absopsproc(op:loopdvrop);
  begin
   with loopcontrol^, dvr_comm_rec^ do
    with loopdevices[loopdevice] do
    case op of
      datastarting:
	begin
	 devstate  := 1;
	 if not dataready then
	  begin
	   recording := active;
	   pollprox  := proximity;
	   abskey    := no_button;
	  end
	 else
	  recording := false;
	end;
      dataended:
	if recording or dataready then
	 begin
	  dataready := true;
	  if not reading then
	   do_update(dvr_comm_rec);
	 end;
      resetdevice: doreset;
      otherwise  begin end
    end;
  end; { absopsproc}

  function initabs : boolean;
  var
   i,
   thisdev : integer;
  begin
    if HIL_PRESENT {(kbdtype=itfkbd)} and (driver=nil) then
     begin
      new(driver);
      new(dvr_comm_rec);

      with driver^  do          { initialize driver log in record }
       begin
	lowid   :=hex('80');            { all absolute pointers }
	highid  :=hex('9f');
	daddr   :=0;                    { any device address }
	opsproc :=absopsproc;           { set procedure vars }
	dataproc:=absdataproc;
	next    :=loopdriverlist;       { add to driver list }
	loopdriverlist:=driver;
       end;

      with dvr_comm_rec^ do      {frontlink dvr_comm_rec into sysdevs globals}
       begin
	link     := hphil_data_link;
	hphil_data_link := dvr_comm_rec;
	update   := do_update;
	devices  := hex('7f');   {this comm_rec handles ALL abs locators}
	dev_addr := 0;
	xloc     := 0;
	yloc     := 0;
	ncodes   := 0;
	latch    := false;
	active   := false;
	dvr_type := abslocator;
       end;    { with dvr_comm_rec^ do }

      if loopcontrol^.loopisok then
       call(hphilcmdhook,configureop);        {connect the ISRs}

      initabs:=true;
     end
    else initabs:=false;
  end;  { initabs }

end;    { DGL HPHIL absolute locator interface  module }



import abs_locator, loader;

begin
  if initabs then markuser;
end.


@


56.2
log
@
pws2rcs automatic delta on Wed Jan 27 11:57:27 MST 1993
@
text
@d1 287
@


56.1
log
@Automatic bump of revision number for PWS version 3.25
@
text
@a0 287
(*

 (c) Copyright Hewlett-Packard Company, 1985.
All rights are reserved.  Copying or other
reproduction of this program except for archival
purposes is prohibited without the prior
written consent of Hewlett-Packard Company.


	    RESTRICTED RIGHTS LEGEND

Use, duplication, or disclosure by the Government
is subject to restrictions as set forth in
paragraph (b) (3) (B) of the Rights in Technical
Data and Computer Software clause in
DAR 7-104.9(a).

HEWLETT-PACKARD COMPANY
Fort Collins, Colorado                         *)

$sysprog$
$stackcheck off$ $heap_dispose off$
$iocheck off$ $range off$ $ovflcheck off$
$debug off$

program absinit(OUTPUT);{SFB 3/13/85}
			{MODIFIED SFB 3/26/85, 4/4/85}

module abs_locator; { DGL HPHIL abolute locator module }

{$SEARCH 'IOLIB:IOCOMASM'}

import sysdevs,sysglobals,iocomasm,asm;

export

  function initabs : boolean;

implement
  type
    sint = -32768..32767;

    pollblock = packed record
		  case integer of
		  0:(d: packed array[1..7] of byte);
		  1:(twosets  : boolean;
		     kcodes   : 0..3;
		     filler   : boolean;        {SFB 3/27/85}
		     checkstat: boolean;        {SFB 3/27/85}
		     ready    : boolean;        {SFB 3/27/85}
		     numaxes  : 0..3;
		     xdata    : sint;
		     ydata    : sint;
		     zdata    : sint)
		end;
  const
   touchscreenid = hex('8c');
   proximitykey  = hex('8e') div 2;
   no_button     = -1;

  var
    driver        : loopdvrptr;
    dvr_comm_rec  : hphil_comm_rec_ptr_type;
    abskey        : sint;       {button for present pollblock}
    gdata         : pollblock;
    gid           : sint;       {loop address of owner of present pollblock}
    cindex        : 0..3;
    recording,
    proximity,                  {current proximity state}
    pollprox,                   {proximity state for present pollblock}
    dataready     : boolean;

  procedure doreset;
  var
   i,
   thisdev : sint;
  begin
   for i:= 1 to 7 do
    gdata.d[i] := 0;
   abskey    := no_button;
   gid       := 0;
   dataready := false;
   proximity := true ;   {WOULD LIKE TO ASK DEVICE, BUT CAN'T}
  end;

  procedure absdataproc(var statbyte,databyte:byte; var done:boolean);
  begin
   with loopcontrol^ do
    with loopdevices[loopdevice] do
    case devstate of
    1:begin
	if recording then
	 begin
	  gdata.d[1]:=databyte;
	  gid := loopdevice;
	 end;
	cindex:=0;
	if gdata.numaxes=0 then devstate:=8 else devstate:=2;
      end;
    2,4,6:
      begin  { co-ord data } { low byte }
	if recording then
	 begin
	  if not descrip.size16 then
	   if databyte>127 then gdata.d[devstate]:=255 { sign extend }
			   else gdata.d[devstate]:=0;
	  gdata.d[devstate+1]:=databyte;
	 end;
	devstate:=devstate+1+ord(not descrip.size16);
	if not descrip.size16 then
	begin   { 8 bit mode }
	  cindex:=cindex+1;
	  if cindex>=gdata.numaxes then devstate:=8;
	end;
      end;
    3,5,7:   { co-ord data } { high byte }
      begin
	if recording then
	 gdata.d[devstate-1]:=databyte;
	devstate:=devstate+1;
	cindex:=cindex+1;
	if cindex>=gdata.numaxes then devstate:=8;
      end;
    8:begin { keydata }
	case gdata.kcodes of
	0:;             { not supposed to be any data }
	1:;             { ignore ASCII for DGL }
	otherwise       { key code data--either keyset accepted }
	  if databyte div 2 <> proximitykey then
	   if (abskey = no_button) and (recording) then
	     abskey := databyte            {pick up only first button pressed}
	   else         { do nothing }
	  else  {proximity transition encountered}
	   begin
	    if bit_set(dvr_comm_rec^.devices,gid-1) then
	     begin
	      proximity := not odd(databyte);     {record proximity}
	      if recording then
	       pollprox  := proximity;      {and update for this pollblock}
	     end;
	   end;
	end;    {case gdata.kcodes}
      end;    {case 8}
    end;    {case devstate}
  end;    {absdataproc}

  {do_update assumes it's handed correct comm_rec_ptr, NOT head of list. If
   pointer points at wrong record, do_update quits in disgust, clearing
   dataready, gid and abskey. Keep a copy of the correct pointer in calling
   procedure, after locating it.}

  procedure do_update(a_comm_rec : hphil_comm_rec_ptr_type);
  var
   oldlevel : integer;
   hasbuttons:boolean;
   upstroke : boolean;
  begin
   oldlevel := intlevel;
   setintlevel(1);
   with a_comm_rec^ do
    if dataready then
     if gid <> 0 then    {can check if the gid'th device is to be handled}
      if (bit_set(devices,gid-1)) and (dvr_type = abslocator) then
       begin
	if extend = 1 then      {see if application requested "set proximity"}
	 proximity := true;
	if extend = -1 then
	 proximity := false;
	extend := 0;            {and clear any "set proximity" request}
	hasbuttons := loopcontrol^.loopdevices[gid].descrip.nbuttons <> 0;
	dev_addr := gid;
	if pollprox then     {only update for tablet if in proximity range}
	 begin
	  upstroke := odd(abskey);
	  if (ncodes = 0) or (not latch) then {can update if no buttons
			 yet received, or not digitizing (not latching)}
	   begin
	    if gdata.numaxes > 0 then       {update only if x in pollblock}
	     xloc := gdata.xdata;
	    if gdata.numaxes > 1 then       {update only if y in pollblock}
	     yloc := gdata.ydata;
	    if (hasbuttons) and (not upstroke) and (not (abskey = no_button))
	     then
	      begin
	       ncodes := 1;     {only keep first key when latching for DGL}
	       codes[1] := chr(abskey);
	      end;
	   end;
	 end
	else   {not pollprox so try to update for touchscreen}
	 if (not hasbuttons) and
	    loopcontrol^.loopdevices[gid].descrip.proximity then
	  begin
	   ncodes := 1;
	   codes[1] := chr(hex('8f'));     {= "exit proximity" code}
	  end;          {ended back to if dataready}
	abskey    := no_button;
	gid       := 0;
       end;
    dataready := false;
    setintlevel(oldlevel);
  end;

  procedure absopsproc(op:loopdvrop);
  begin
   with loopcontrol^, dvr_comm_rec^ do
    with loopdevices[loopdevice] do
    case op of
      datastarting:
	begin
	 devstate  := 1;
	 if not dataready then
	  begin
	   recording := active;
	   pollprox  := proximity;
	   abskey    := no_button;
	  end
	 else
	  recording := false;
	end;
      dataended:
	if recording or dataready then
	 begin
	  dataready := true;
	  if not reading then
	   do_update(dvr_comm_rec);
	 end;
      resetdevice: doreset;
      otherwise  begin end
    end;
  end; { absopsproc}

  function initabs : boolean;
  var
   i,
   thisdev : integer;
  begin
    if HIL_PRESENT {(kbdtype=itfkbd)} and (driver=nil) then
     begin
      new(driver);
      new(dvr_comm_rec);

      with driver^  do          { initialize driver log in record }
       begin
	lowid   :=hex('80');            { all absolute pointers }
	highid  :=hex('9f');
	daddr   :=0;                    { any device address }
	opsproc :=absopsproc;           { set procedure vars }
	dataproc:=absdataproc;
	next    :=loopdriverlist;       { add to driver list }
	loopdriverlist:=driver;
       end;

      with dvr_comm_rec^ do      {frontlink dvr_comm_rec into sysdevs globals}
       begin
	link     := hphil_data_link;
	hphil_data_link := dvr_comm_rec;
	update   := do_update;
	devices  := hex('7f');   {this comm_rec handles ALL abs locators}
	dev_addr := 0;
	xloc     := 0;
	yloc     := 0;
	ncodes   := 0;
	latch    := false;
	active   := false;
	dvr_type := abslocator;
       end;    { with dvr_comm_rec^ do }

      if loopcontrol^.loopisok then
       call(hphilcmdhook,configureop);        {connect the ISRs}

      initabs:=true;
     end
    else initabs:=false;
  end;  { initabs }

end;    { DGL HPHIL absolute locator interface  module }



import abs_locator, loader;

begin
  if initabs then markuser;
end.


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