oomisc.pas

Async Professional 4.04

  ecIncompatibleApiVersion = -13812;
  ecIncompatibleExtVersion = -13813;
  ecIniFileCorrupt         = -13814;
  ecInUse                  = -13815;
  ecInvalAddress           = -13816;
  ecInvalAddressID         = -13817;
  ecInvalAddressMode       = -13818;
  ecInvalAddressState      = -13819;
  ecInvalAppHandle         = -13820;
  ecInvalAppName           = -13821;
  ecInvalBearerMode        = -13822;
  ecInvalCallComplMode     = -13823;
  ecInvalCallHandle        = -13824;
  ecInvalCallParams        = -13825;
  ecInvalCallPrivilege     = -13826;
  ecInvalCallSelect        = -13827;
  ecInvalCallState         = -13828;
  ecInvalCallStatelist     = -13829;
  ecInvalCard              = -13830;
  ecInvalCompletionID      = -13831;
  ecInvalConfCallHandle    = -13832;
  ecInvalConsultCallHandle = -13833;
  ecInvalCountryCode       = -13834;
  ecInvalDeviceClass       = -13835;
  ecInvalDeviceHandle      = -13836;
  ecInvalDialParams        = -13837;
  ecInvalDigitList         = -13838;
  ecInvalDigitMode         = -13839;
  ecInvalDigits            = -13840;
  ecInvalExtVersion        = -13841;
  ecInvalGroupID           = -13842;
  ecInvalLineHandle        = -13843;
  ecInvalLineState         = -13844;
  ecInvalLocation          = -13845;
  ecInvalMediaList         = -13846;
  ecInvalMediaMode         = -13847;
  ecInvalMessageID         = -13848;
  ecInvalParam             = -13850;
  ecInvalParkID            = -13851;
  ecInvalParkMode          = -13852;
  ecInvalPointer           = -13853;
  ecInvalPrivSelect        = -13854;
  ecInvalRate              = -13855;
  ecInvalRequestMode       = -13856;
  ecInvalTerminalID        = -13857;
  ecInvalTerminalMode      = -13858;
  ecInvalTimeout           = -13859;
  ecInvalTone              = -13860;
  ecInvalToneList          = -13861;
  ecInvalToneMode          = -13862;
  ecInvalTransferMode      = -13863;
  ecLineMapperFailed       = -13864;
  ecNoConference           = -13865;
  ecNoDevice               = -13866;
  ecNoDriver               = -13867;
  ecNoMem                  = -13868;
  ecNoRequest              = -13869;
  ecNotOwner               = -13870;
  ecNotRegistered          = -13871;
  ecOperationFailed        = -13872;
  ecOperationUnavail       = -13873;
  ecRateUnavail            = -13874;
  ecResourceUnavail        = -13875;
  ecRequestOverrun         = -13876;
  ecStructureTooSmall      = -13877;
  ecTargetNotFound         = -13878;
  ecTargetSelf             = -13879;
  ecUninitialized          = -13880;
  ecUserUserInfoTooBig     = -13881;
  ecReinit                 = -13882;
  ecAddressBlocked         = -13883;
  ecBillingRejected        = -13884;
  ecInvalFeature           = -13885;
  ecNoMultipleInstance     = -13886;

const
  {Apro encounters a few of its own TAPI errors, place these error
   codes after the native TAPI error codes, but leave a little bit
   of room for expansion of the TAPI error codes.}
  ecTapiBusy               = -13928;
  ecTapiNotSet             = -13929;
  ecTapiNoSelect           = -13930;
  ecTapiLoadFail           = -13931;
  ecTapiGetAddrFail        = -13932;
  ecTapiUnexpected         = -13934;
  ecTapiVoiceNotSupported  = -13935;
  ecTapiWaveFail           = -13936;
  ecTapiCIDBlocked         = -13937;
  ecTapiCIDOutOfArea       = -13938;
  ecTapiWaveFormatError    = -13939;
  ecTapiWaveReadError      = -13940;
  ecTapiWaveBadFormat      = -13941;
  ecTapiTranslateFail      = -13942;
  ecTapiWaveDeviceInUse    = -13943;
  ecTapiWaveFileExists     = -13944;
  ecTapiWaveNoData         = -13945;

  ecVoIPNotSupported       = -13950;    { TAPI3/H.323 not found }
  ecVoIPCallBusy           = -13951;    { remote was busy }
  ecVoIPBadAddress         = -13952;    { destination address bad }
  ecVoIPNoAnswer           = -13953;    { remote did not answer }
  ecVoIPCancelled          = -13954;    { cancelled }
  ecVoIPRejected           = -13955;    { remote rejected the call }
  ecVoIPFailed             = -13956;    { general failure }
  ecVoIPTapi3NotInstalled  = -13957;    { ITTapi interface failure }     {!!.01}
  ecVoIPH323NotFound       = -13958;    { H.323 line not found }         {!!.01}
  ecVoIPTapi3EventFailure  = -13959;    { event notify failure }         {!!.01}

  {RAS error codes}
  ecRasLoadFail            = -13980;

const
  {Convenient character constants (and aliases)}
  cNul = #0;
  cSoh = #1;
  cStx = #2;
  cEtx = #3;
  cEot = #4;
  cEnq = #5;
  cAck = #6;
  cBel = #7;
  cBS  = #8;
  cTab = #9;
  cLF  = #10;
  cVT  = #11;
  cFF  = #12;
  cCR  = #13;
  cSO  = #14;
  cSI  = #15;
  cDle = #16;
  cDC1 = #17;       cXon  = #17;
  cDC2 = #18;
  cDC3 = #19;       cXoff = #19;
  cDC4 = #20;
  cNak = #21;
  cSyn = #22;
  cEtb = #23;
  cCan = #24;
  cEM  = #25;
  cSub = #26;
  cEsc = #27;
  cFS  = #28;
  cGS  = #29;
  cRS  = #30;
  cUS  = #31;

type
  {Protocol status information record}
  TProtocolInfo = record
    piProtocolType     : Cardinal;
    piBlockErrors      : Cardinal;
    piTotalErrors      : Cardinal;
    piBlockSize        : Cardinal;
    piBlockNum         : Cardinal;
    piFileSize         : LongInt;
    piBytesTransferred : LongInt;
    piBytesRemaining   : LongInt;
    piInitFilePos      : LongInt;
    piElapsedTicks     : LongInt;
    piFlags            : LongInt;
    piBlockCheck       : Cardinal;
    piFileName         : TPathCharArray;
    piError            : Integer;
    piStatus           : Cardinal;
  end;

const
  {Port options}
  poUseEventWord   = $04;   {Set to use the event word}

  { APRO-specific flags used in InitPort}
  ipAssertDTR      = $00000001;
  ipAssertRTS      = $00000002;
  ipAutoDTR        = $00000010;
  ipAutoRTS        = $00000020;

  {Hardware flow control options}
  hfUseDTR         = $01;   {Use DTR for receive flow control}
  hfUseRTS         = $02;   {Use RTS for receive flow control}
  hfRequireDSR     = $04;   {Require DSR before transmitting}
  hfRequireCTS     = $08;   {Require CTS before transmitting}

  {Software flow control options}
  sfTransmitFlow   = $01;   {Honor received Xon/Xoffs}
  sfReceiveFlow    = $02;   {Send Xon/Xoff as required}

  {Define bits for TDCB Flags field}
  dcb_Binary                = $0001;
  dcb_Parity                = $0002;
  dcb_OutxCTSFlow           = $0004;
  dcb_OutxDSRFlow           = $0008;
  dcb_DTRBit1               = $0010;
  dcb_DTRBit2               = $0020;
  dcb_DsrSensitivity        = $0040;
  dcb_TxContinueOnXoff      = $0080;
  dcb_OutX                  = $0100;
  dcb_InX                   = $0200;
  dcb_ErrorChar             = $0400;
  dcb_Null                  = $0800;
  dcb_RTSBit1               = $1000;
  dcb_RTSBit2               = $2000;
  dcb_AbortOnError          = $4000;

  dcb_DTR_CONTROL_ENABLE    = dcb_DTRBit1;
  dcb_DTR_CONTROL_HANDSHAKE = dcb_DTRBit2;
  dcb_RTS_CONTROL_ENABLE    = dcb_RTSBit1;
  dcb_RTS_CONTROL_HANDSHAKE = dcb_RTSBit2;
  dcb_RTS_CONTROL_TOGGLE    = (dcb_RTSBit1 + dcb_RTSBit2);

  {For reporting flow states, note: no receive hardware flow status is provided}
  fsOff      = 1;  {No flow control is in use}
  fsOn       = 2;  {Flow control is but not transmit blocked}
  fsDsrHold  = 3;  {Flow control is on and transmit blocked by low DSR}
  fsCtsHold  = 4;  {Flow control is on and transmit blocked by low CTS}
  fsDcdHold  = 5;  {Flow control is on and transmit blocked by low DCD}
  fsXOutHold = 6;  {Flow control is on and transmit blocked by Xoff}
  fsXInHold  = 7;  {Flow control is on and receive blocked by Xoff}
  fsXBothHold= 8;  {Flow control is on and both are blocked by Xoff}

const
  {Emulator commands}
  eNone            = 0;       {No command, ignore this char}
  eChar            = 1;       {No command, process the char}
  eGotoXY          = 2; {X}   {Absolute goto cursor position call}
  eUp              = 3; {X}   {Cursor up}
  eDown            = 4; {X}   {Cursor down}
  eRight           = 5; {X}   {Cursor right}
  eLeft            = 6; {X}   {Cursor left}
  eClearBelow      = 7; {R}   {Clear screen below cursor}
  eClearAbove      = 8; {R}   {Clear screen above cursor}
  eClearScreen     = 9; {R}   {Clear entire screen}
  eClearEndofLine  = 10;{R}   {Clear from cursor to end of line}
  eClearStartOfLine= 11;{R}   {Clear from cursor to the start of line}
  eClearLine       = 12;{R}   {Clear entire line that cursor is on}
  eSetMode         = 13;{X}   {Set video mode}
  eSetBackground   = 14;      {Set background attribute}
  eSetForeground   = 15;      {Set foreground attribute}
  eSetAttribute    = 16;{X}   {Set video attribute (foreground and background)}
  eSaveCursorPos   = 17;      {Save cursor position}
  eRestoreCursorPos= 18;      {Restore cursor position}
  eDeviceStatusReport = 19;{X}{Report device status or cursor position}
  eString          = 20;      {Pascal style string}
  eHT              = 21;      {Horizontal Tab Character}
  eError           = 255;     {indicates a parser error}

  eAPC  { } = 30;      {Application programming command}
  eCBT  {X} = 31;      {Cursor backward tabulation}
  eCCH  { } = 32;      {Cancel character}
  eCHA  {X} = 33;      {Cursor horizontal absolute}
  eCHT  {X} = 34;      {Cursor horizontal tabulation}
  eCNL  {X} = 35;      {Cursor next line}
  eCPL  {X} = 36;      {Cursor preceding line}
  eCPR  {X} = 37;      {Cursor position report}
  eCRM  {.} = 38;      {Control representation mode}
  eCTC  {X} = 39;      {Cursor tabulation control}
  eCUB  {X} = eLeft;   {Cursor backward}
  eCUD  {X} = eDown;   {Cursor down}
  eCUF  {X} = eRight;  {Cursor forward}
  eCUP  {X} = eGotoXY; {Cursor position}
  eCUU  {X} = eUp;     {Cursor up}
  eCVT  {X} = 40;      {Cursor vertical tabulation}
  eDA   {X} = 41;      {Device attributes}
  eDAQ  { } = 42;      {Define area qualification}
  eDCH  {X} = 43;      {Delete character}
  eDCS  { } = 44;      {Device control string}
  eDL   {X} = 45;      {Delete line}
  eDMI  { } = 46;      {Disable manual input}
  eDSR  {X} = eDeviceStatusReport;{Device status report}
  eEA   { } = 47;      {Erase in area}
  eEBM  { } = 48;      {Editing boundry mode}
  eECH  {X} = 49;      {Erase character}
  eED   {X} = 50;      {Erase in Display}
  eEF   { } = 51;      {Erase in field}
  eEL   {X} = 52;      {Erase in line}
  eEMI  { } = 53;      {Enable manual input}
  eEPA  { } = 54;      {End of protected mode}
  eERM  { } = 55;      {Erasure mode}
  eESA  { } = 56;      {End of selected area}
  eFEAM { } = 57;      {Format effector action mode}
  eFETM { } = 58;      {Format effector transfer mode}
  eFNT  { } = 59;      {Font selection}
  eGATM { } = 60;      {Guarded area transfer mode}
  eGSM  { } = 61;      {Graphics size modification}
  eGSS  { } = 62;      {Graphics size selection}
  eHEM  { } = 63;      {Horizontal editing mode}
  eHPA  {X} = eCHA;    {Horizontal position absolute}
  eHPR  {X} = eCUF;    {Horizontal position relative}
  eHTJ  {X} = 64;      {Horizontal tab with justification}
  eHTS  {X} = 65;      {Horizontal tabulation set}
  eHVP  {X} = eCUP;    {Horizontal and vertical position}
  eICH  {X} = 66;      {Insert character}
  eIL   {X} = 67;      {Insert line}
  eIND  {X} = eCUD;    {Index}
  eINT  { } = 68;      {Interrupt}
  eIRM  {.} = 69;      {Inseration-Replacement mode}
  eJFY  { } = 70;      {Justify}
  eKAM  {.} = 71;      {Keyboard action mode}
  eLNM  {.} = 72;      {Line feed new line mode}
  eMATM { } = 73;      {Multiple area transfer mode}
  eMC   {.} = 74;      {Media copy}
  eMW   {.} = 75;      {Message waiting}
  eNEL  {X} = 76;      {Next line}
  eNP   {.} = 77;      {Next page}
  eOSC  { } = 78;      {Operating system command}
  ePLD  { } = 79;      {Partial line down}
  ePLU  { } = 80;      {Partial line up}
  ePM   { } = 81;      {Privacy message}
  ePP   {.} = 82;      {Preceding page}
  ePU1  { } = 83;      {Private use 1}
  ePU2  { } = 84;      {Private use 2}
  ePUM  { } = 85;      {Positioning unit mode}
  eQUAD { } = 86;      {Quad}
  eREP  { } = 87;      {Repeat}
  eRI   {X} = 88;      {Reverse index}
  eRIS  {.} = 89;      {Reset to initial state}