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PrtBase.i
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1990-08-28
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{
PrtBase.i for PCQ Pascal
printer device data definition
}
{$I "Include:Exec/Nodes.i"}
{$I "Include:Exec/Lists.i"}
{$I "Include:Exec/Ports.i"}
{$I "Include:Exec/Libraries.i"}
{$I "Include:Exec/Tasks.i"}
{$I "Include:Devices/Parallel.i"}
{$I "Include:Devices/Serial.i"}
{$I "Include:Devices/Timer.i"}
{$I "Include:Libraries/DosExtens.i"}
{$I "Include:Intuition/Intuition.i"}
Type
DeviceData = record
dd_Device : Library; { standard library node }
dd_Segment : Address; { A0 when initialized }
dd_ExecBase : Address; { A6 for exec }
dd_CmdVectors : Address; { command table for device commands }
dd_CmdBytes : Address; { bytes describing which command queue }
dd_NumCommands : Short; { the number of commands supported }
end;
DeviceDataPtr = ^DeviceData;
Const
P_STKSIZE = $0800; { stack size for child task }
P_BUFSIZE = 256; { size of internal buffers for text i/o }
P_SAFESIZE = 128; { safety margin for text output buffer }
Type
PrinterData = record
pd_Device : DeviceData;
pd_Unit : MsgPort; { the one and only unit }
pd_PrinterSegment : Address; { the printer specific segment }
pd_PrinterType : Short; { the segment printer type }
{ the segment data structure }
pd_SegmentData : Address; { (PrinterSegmentPtr) }
pd_PrintBuf : Address; { the raster print buffer }
pd_PWrite : Address; { the write function }
pd_PBothReady : Address; { write function's done }
pd_ior0 : IOExtPar; { or IOExtSer: port I/O request }
pd_ior1 : IOExtPar; { or IOExtSer: for double buffering }
pd_TIOR : TimeRequest; { timer I/O request }
pd_IORPort : MsgPort; { and message reply port }
pd_TC : Task; { write task }
pd_Stk : Array [0..P_STKSIZE-1] of Byte;
{ and stack space }
pd_Flags : Byte; { device flags }
pd_pad : Byte;
pd_Preferences : Preferences; { the latest preferences }
pd_PWaitEnabled : Byte; { wait function switch }
end;
PrinterDataPtr = ^PrinterData;
Const
{ Printer Class }
PPCB_GFX = 0; { graphics (bit position) }
PPCF_GFX = 1; { graphics (and/or flag) }
PPCB_COLOR = 1; { color (bit position) }
PPCF_COLOR = 2; { color (and/or flag) }
PPC_BWALPHA = 0; { black&white alphanumerics }
PPC_BWGFX = 1; { black&white graphics }
PPC_COLORALPHA = 2; { color alphanumerics }
PPC_COLORGFX = 3; { color graphics }
{ Color Class }
PCC_BW = 1; { black&white only }
PCC_YMC = 2; { yellow/magenta/cyan only }
PCC_YMC_BW = 3; { yellow/magenta/cyan or black&white }
PCC_YMCB = 4; { yellow/magenta/cyan/black }
PCC_4COLOR = 4; { a flag for YMCB and BGRW }
PCC_ADDITIVE = 8; { not ymcb but blue/green/red/white }
PCC_WB = 9; { black&white only, 0 == BLACK }
PCC_BGR = 10; { blue/green/red }
PCC_BGR_WB = 11; { blue/green/red or black&white }
PCC_BGRW = 12; { blue/green/red/white }
{
The picture must be scanned once for each color component, as the
printer can only define one color at a time. ie. If 'PCC_YMC' then
first pass sends all 'Y' info to printer, second pass sends all 'M'
info, and third pass sends all C info to printer. The CalComp
PlotMaster is an example of this type of printer.
}
PCC_MULTI_PASS = $10; { see explanation above }
Type
PrinterExtendedData = record
ped_PrinterName : String; { printer name, null terminated }
ped_Init : Address; { called after LoadSeg }
ped_Expunge : Address; { called before UnLoadSeg }
ped_Open : Address; { called at OpenDevice }
ped_Close : Address; { called at CloseDevice }
ped_PrinterClass : Byte; { printer class }
ped_ColorClass : Byte; { color class }
ped_MaxColumns : Byte; { number of print columns available }
ped_NumCharSets : Byte; { number of character sets }
ped_NumRows : Short; { number of 'pins' in print head }
ped_MaxXDots : Integer; { number of dots max in a raster dump }
ped_MaxYDots : Integer; { number of dots max in a raster dump }
ped_XDotsInch : Short; { horizontal dot density }
ped_YDotsInch : Short; { vertical dot density }
ped_Commands : Address; { printer text command table }
ped_DoSpecial : Address; { special command handler }
ped_Render : Address; { raster render function }
ped_TimeoutSecs : Integer; { good write timeout }
{ the following only exists if the segment version is >= 33 }
ped_8BitChars : Address; { conv. strings for the extended font }
ped_PrintMode : Integer; { set if text printed, otherwise 0 }
{ the following only exists if the segment version is >= 34 }
{ ptr to conversion function for all chars }
ped_ConvFunc : Address;
end;
PrinterExtendedDataPtr = ^PrinterExtendedData;
PrinterSegment = record
ps_NextSegment : Address; { (actually a BPTR) }
ps_runAlert : Integer; { MOVEQ #0,D0 : RTS }
ps_Version : Short; { segment version }
ps_Revision : Short; { segment revision }
ps_PED : PrinterExtendedData; { printer extended data }
end;
PrinterSegmentPtr = ^PrinterSegment;