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Xpacket/XPMRK.PAS

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{ÚÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄż
ł ł
ł X - P a c k e t ł
ł ł
ł ł
ł X P M R K . P A S ł
ł ł
ł Routinen zum Lesen und Schreiben des Merkerfiles MERKER.TOP ł
ŔÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄŮ}
Procedure Merker_Conn_Schreiben;
var i,i1 : Byte;
obf: Byte;
CDat: File Of MemoCTyp;
ConDat : ^MemoCTyp;
Begin
ConDat:=NIL;
GetMem(ConDat, SizeOf(MemoCTyp));
Assign(CDat,Sys1Pfad + ConDatei);
{$I-}
Rewrite(CDat);
obf:=ioresult;
{$I+}
if obf=0 then
begin
i:=1;
while (i<=MaxLink) do
begin
if not K[i]^.connected then K[i]^.Call:='';
ConDat^.Call:=K[i]^.Call;
ConDat^.QSO_Date:=K[i]^.qso_date;
ConDat^.Qso_begin:=k[i]^.QSO_Begin;
condat^.ConText:=k[i]^.context;
condat^.eingangskanal:=K[i]^.Einstiegskanal;
condat^.ausgangskanal:=K[i]^.Ausstiegskanal;
condat^.Gegenkanal:=K[i]^.Gegenkanal;
ConDat^.HoldLauf:=K[i]^.HoldLauf;
ConDat^.Hold:=K[i]^.Hold;
ConDat^.HoldTime:=K[i]^.HoldTime;
ConDat^.Holdstr:=K[i]^.Holdstr;
condat^.userart:=k[i]^.UserArt;
condat^.Sysart:=k[i]^.SysArt;
condat^.SystemErkannt :=K[i]^.SystemErkannt;
conDat^.OnAct:=K[i]^.OnAct;
ConDat^.RemAll :=K[i]^.RemAll;
ConDat^.SelfSysop:=K[i]^.SelfSysop;
condat^.cv1:=1; condat^.cv2:=81;
write(cdat, condat^);
inc(i);
end;
{$I-}
Close(CDat);
obf:=ioresult;
{$I+}
end;
FreeMem(ConDat, SizeOf(MemoCTyp));
End;
Procedure Merker_Conn_Lesen;
Var obf,i : Byte;
cdat:file of MemoCTyp;
ConDat : ^MemoCTyp;
Begin
ConDat:=NIL;
GetMem(ConDat, SizeOf(MemoCTyp));
Assign(CDat,Sys1Pfad + ConDatei);
{$I-}
Reset(Cdat);
obf:=ioresult;
if OBF = 0 then
begin
i:=0;
while (i<MaxLink) and (not EOF(CDat)) do
begin
inc(i);
read(CDat, ConDat^);
if ConDat^.Call > '' then
begin
K[i]^.Einstiegskanal:=condat^.eingangskanal;
K[i]^.Ausstiegskanal:=condat^.ausgangskanal;
K[i]^.Gegenkanal:=condat^.Gegenkanal;
K[i]^.Call := condat^.call;
K[i]^.QSO_Date := ConDat^.Qso_Date;
k[i]^.QSO_Begin := condat^.qso_begin;
K[i]^.ConText := ConDat^.ConText;
K[i]^.HoldLauf:= ConDat^.HoldLauf;
K[i]^.Hold:= ConDat^.Hold;
K[i]^.HoldTime:= ConDat^.HoldTime;
K[i]^.Holdstr:= ConDat^.Holdstr;
K[i]^.SysArt := condat^.sysart;
K[i]^.UserArt := condat^.userart;
K[i]^.SystemErkannt:=condat^.SystemErkannt;
K[i]^.First_Frame:=false;
K[i]^.RemAll:=ConDat^.RemAll ;
K[i]^.SelfSysop:=ConDat^.SelfSysop;
K[i]^.OnAct := condat^.OnAct;
if K[i]^.Onact <> '' then _OnAct:=true;
if K[i]^.SysArt in [0..maxSCon] then K[i]^.SCon[K[i]^.SysArt] := true
else K[i]^.SysArt := 0;
if (K[i]^.SysArt = 11) and HoldDXc then
begin
DZeile := HoldDXcStr;
Link_erhalter(i,DZeile);
SetzeFlags(i);
end;
if K[i]^.Sysart in [1,2,3,4,5,11,12,14] then K[i]^.SCon[0]:=false else K[i]^.scon[0]:=true;
{if not(K[i]^.UserArt in [1..maxUser]) then K[i]^.UserArt := 1;}
K[i]^.connected := true;
K[i]^.TermTimeOut:=Konfig.TTimeout * 60;
K[i]^.NodeTimeOut:=NTimeout * 60;
end;
end;
close(Cdat);
obf:=ioresult;
end;
{$I+}
FreeMem(ConDat, SizeOf(MemoCTyp));
End;
{
Procedure Merker_File_Schreiben;
Var i,i1 : Integer;
Kanal : Byte;
Hstr : String[80];
Begin
Assign(G^.TFile,Sys1Pfad + MerkDatei + Ext);
if RewriteTxt(G^.TFile) = 0 then
Begin
Writeln(G^.TFile,LZ);
for i := 1 to maxTNC do if TNC_used[i] then with TNC[i]^ do
begin
if BText = '' then BText := 'CQ';
Writeln(G^.TFile,Rrtn,i,':BT=',BText);
if BPfad = '' then BPfad := 'ALL';
Writeln(G^.TFile,Rrtn,i,':BP=',BPfad);
if Bake then Write(G^.TFile,Rrtn,i,Rpar,GL,'1,')
else Write(G^.TFile,Rrtn,i,Rpar,GL,'0,');
Write(G^.TFile,BTimer,Km);
Write(G^.TFile,CText,Km);
Write(G^.TFile,Info,Km);
Write(G^.TFile,Aktuell,Km);
Write(G^.TFile,QText,Km);
Write(G^.TFile,Fix,Km);
Writeln(G^.TFile,QRG_Akt);
end else
begin
Writeln(G^.TFile,Rrtn,i,':BT=','CQ');
Writeln(G^.TFile,Rrtn,i,':BP=','ALL');
Writeln(G^.TFile,Rrtn,i,Rpar,GL,'0,20,1,1,1,1,1');
end;
Writeln(G^.TFile,LZ);
for Kanal := 0 to maxLink do
Begin
Writeln(G^.TFile,LZ);
with K[Kanal]^ do
begin
if Kanal > 0 then
begin
if OwnCall = '*' then OwnCall := TNC[TncNummer]^.HostCall;
Writeln(G^.TFile,Rrch,Kanal,':CALL=',OwnCall);
if AutoZyConst > 0 then
Writeln(G^.TFile,Rrch,Kanal,':AUTO=',AutoZyConst);
end;
Writeln(G^.TFile,Rrch,Kanal,
Rpar + GL,MaxFrame,Km,PacLen,Km,ObStat,Km,UnStat,Km,UmlautMerk);
if RX_Save then
begin
CloseRxFile(Kanal,1);
Writeln(G^.TFile,Rrch,Kanal,':RXS=',FRxName);
RX_Save := false;
RX_Bin := 0;
end;
if Save then
begin
FiResult := CloseBin(SFile);
Writeln(G^.TFile,Rrch,Kanal,':SAV=',FName_aus_FVar(SFile));
Save := false;
end;
if SPlus and SplSave then
begin
Writeln(G^.TFile,Rrch,Kanal,':7PL=',FName_aus_FVar(SplFile),' ',
Spl_gLaenge,' ',Spl_gCount,' ',Spl_tLaenge,' ',Spl_tCount);
FiResult := CloseBin(SplFile);
SplSave := false;
end;
Write(G^.TFile,Rrch,Kanal,':FLAG=');
if Umlaut > 0 then Write(G^.TFile,'U',Umlaut);
if Echo > 0 then Write(G^.TFile,'E',Echo);
if not Gross then Write(G^.TFile,'Y');
if Kanal > 0 then
begin
if Auto then Write(G^.TFile,'F');
if TopBox then Write(G^.TFile,'M');
if Rx_Beep then Write(G^.TFile,'ě');
if morsen then Write(G^.TFile,'C');
if TxBeepAck then Write(G^.TFile,'Q');
(* if Speek then Write(G^.TFile,'P'); *)
if AutoBin then Write(G^.TFile,'$');
if SPlus then Write(G^.TFile,'+');
if TxComp then Write(G^.TFile,'ř');
if RxComp then Write(G^.TFile,'÷');
if NoCurJump then Write(G^.TFile,'ö');
if Node then Write(G^.TFile,'N');
AutoBinOn := AutoBin;
end else
begin
if Klingel then Write(G^.TFile,'K');
if CtrlBeep then Write(G^.TFile,'G');
if Time_stamp then Write(G^.TFile,'T');
if PacOut then Write(G^.TFile,'L');
if ZeigeRET then Write(G^.TFile,'R');
if ConMorsen then Write(G^.TFile,'O');
if ReconMorsen then Write(G^.TFile,'D');
(* if ConVoice then Write(G^.TFile,'A');
if ReconVoice then Write(G^.TFile,'J'); *)
if GlobalTrenn then Write(G^.TFile,'H');
if BinOut then Write(G^.TFile,'i');
if Ins then Write(G^.TFile,'Z');
if NoBinMon then Write(G^.TFile,'!');
if RX_TX_Win then Write(G^.TFile,'&');
end;
Writeln(G^.TFile);
end;
end;
Writeln(G^.TFile,LZ);
Writeln(G^.TFile,LZ);
Hstr := '';
for i := 1 to 10 do Hstr := Hstr + int_str(G^.SETL[i]) + Km;
Hstr := Hstr + int_str(SETNr);
Writeln(G^.TFile,Rrgl,Rsetl,GL,Hstr);
if Idle_Pos then i := 1
else i := 0;
Hstr := int_str(i) + Km + int_str(Idle_Anz) + Km + int_str(Idle_Tout);
Writeln(G^.TFile,Rrgl,Ridle,GL,Hstr);
Writeln(G^.TFile,Rrgl,Rmfreq,GL,G^.TonHoehe);
if _VGA then i := 1
else i := 0;
Writeln(G^.TFile,Rrgl,Rega,GL,int_str(i));
Writeln(G^.TFile,Rrgl,Rplen,GL,MPause);
Writeln(G^.TFile,Rrgl,Rsynch,GL,Resync_Z);
Writeln(G^.TFile,Rrgl,Rcnr,GL,CNr);
(* Writeln(G^.TFile,Rrgl,Rvsp,GL,VSpeed); *)
Writeln(G^.TFile,Rrgl,Rinfo,GL,G^.InfoStr);
FiResult := CloseTxt(G^.TFile);
end;
End;
}
Procedure Merker_File_Schreiben;
Var i,i1 : Integer;
OBF,
Kanal : Byte;
Hstr : String[80];
Memo : ^MemoTyp;
MDat : file of MemoTyp;
Begin
{ GetMem(Memo,SizeOf(Memotyp));}
Memo:=NIL;
New(Memo);
FillChar(Memo^, SizeOf(Memotyp), 0);
Assign(MDat,Sys1Pfad + MerkDatei + Ext);
{$I-}
Rewrite(MDat);
OBF:=IOResult;
{$I+}
memo^.v1:=MerkV1; memo^.v2:=MerkV2; {//db1ras}
if OBF = 0 then
Begin
for i := 1 to MaxTNC do with Memo^.TNC[i] do
begin
if TNC_Used[i] then
begin
if TNC[i]^.BText = '' then TNC[i]^.BText := 'CQ';
if TNC[i]^.BPfad = '' then TNC[i]^.BPfad := 'ALL';
Bake := TNC[i]^.Bake;
BPfad := TNC[i]^.BPfad;
BText := TNC[i]^.BTEXT;
BTimer := TNC[i]^.btimer;
BCall := TNC[i]^.bcall;
CText := TNC[i]^.ctext;
Info := TNC[i]^.info;
Aktuell := TNC[i]^.aktuell;
QText := TNC[i]^.qtext;
Fix := TNC[i]^.fix;
QRG_Akt := TNC[i]^.qrg_akt;
if ctext<1 then ctext:=1;
if info<1 then info:=1;
if aktuell<1 then aktuell:=1;
if qtext<1 then qtext:=1;
if fix<1 then fix:=1;
end;
end;
for Kanal := 0 to maxLink do
Begin
with K[Kanal]^ do
begin
if Kanal > 0 then
begin
if OwnCall = '*' then OwnCall := TNC[TncNummer]^.HostCall;
IF Kanal> Maxlink then Owncall:='';
Memo^.Kanal[Kanal].OwnCall := Owncall;
Memo^.Kanal[Kanal].AutoZyConst := AutoZyConst;
end;
Memo^.Kanal[Kanal].MaxFrame := MaxFrame;
Memo^.Kanal[Kanal].PacLen := PacLen;
Memo^.Kanal[Kanal].ObStat := ObStat;
Memo^.Kanal[Kanal].UnStat := UnStat;
Memo^.Kanal[Kanal].UmlautMerk:= UmlautMerk;
{ if (connected) or Mo.MonActive then } {//db1ras}
Memo^.Kanal[kanal].ignore := ignore;
Memo^.Kanal[Kanal].FRxName:='';
if RX_Save then
begin
if not BackUpLauf then
begin
CloseRxFile(Kanal,1);
RX_Save := false;
RX_Bin := 0;
end;
Memo^.Kanal[Kanal].FRxName:=FRXName;
end;
Memo^.Kanal[Kanal].SaveFName:='';
if Save then
begin
if not BackUpLauf then
begin
FiResult := CloseBin(SFile);
Save := false;
end;
Memo^.Kanal[Kanal].SaveFName:=FName_aus_FVar(SFile);
end;
Memo^.Kanal[Kanal].SPLFName :='';
if SPlus and SplSave then
begin
Memo^.Kanal[Kanal].SPLFName := FName_aus_FVar(SplFile);
Memo^.Kanal[Kanal].Spl_gLaenge := Spl_glaenge;
Memo^.Kanal[Kanal].Spl_gCount := spl_gcount;
Memo^.Kanal[Kanal].Spl_tLaenge := spl_tlaenge;
Memo^.Kanal[Kanal].Spl_tCount := spl_Tcount;
if not BackUpLauf then
begin
FiResult := CloseBin(SplFile);
SplSave := false;
end;
end;
Memo^.Kanal[Kanal].Umlaut := Umlaut;
Memo^.Kanal[Kanal].Echo := Echo;
if SysTextEcho then Memo^.Kanal[kanal].Echo:=Memo^.Kanal[kanal].Echo+100;
Memo^.Global.Gross := Gross;
Memo^.Kanal[Kanal].Auto:=Auto;
Memo^.Global.TopBox := TopBox;
Memo^.Kanal[Kanal].Rx_Beep := RX_Beep;
Memo^.Global.morsen := morsen;
Memo^.Kanal[Kanal].TxBeepAck := TXBeepAck;
(* if Speek then Write(G^.TFile,'P'); *)
Memo^.Kanal[Kanal].AutoBin := AutoBin;
Memo^.Kanal[Kanal].SPlus := Splus;
Memo^.Kanal[Kanal].TxComp := TXComp;
Memo^.Kanal[Kanal].RxComp := RXComp;
Memo^.Kanal[Kanal].CompC := CompC;
Memo^.kanal[kanal].StopComp:=StopComp;
memo^.kanal[kanal].StopCode := StopCode;
memo^.kanal[kanal].SpComp := SpComp;
Memo^.Kanal[kanal].KompressUpd := KompressUpd;
Memo^.Kanal[Kanal].CompCUpdZahl := CompCUpdZahl;
for i := 1 to 255 do
Memo^.Kanal[Kanal].Kompression[i] := Kompression[i];
Memo^.Kanal[Kanal].NoCurJump := NoCurJump;
Memo^.Kanal[Kanal].Node := Node;
AutoBinOn := AutoBin;
{//db1ras}
Memo^.Kanal[Kanal].CSelf := CSelf ;
Memo^.Kanal[Kanal].AutoZeile := AutoZeile ;
Memo^.Kanal[Kanal].Auto1Zeile := Auto1Zeile ;
Memo^.Kanal[Kanal].AutoTime := AutoTime ;
Memo^.Kanal[Kanal].AutoZaehl := AutoZaehl ;
Memo^.Kanal[Kanal].AutoJump := AutoJump ;
Memo^.Kanal[Kanal].AutoZyConst := AutoZyConst ;
Memo^.Kanal[Kanal].AutoZyCount := AutoZyCount ;
Memo^.Kanal[Kanal].AutoWait := AutoWait ;
Memo^.Kanal[Kanal].AutoToConst := AutoToConst ;
Memo^.Kanal[Kanal].AutoToCount := AutoToCount ;
Memo^.Kanal[Kanal].AutoToAnz := AutoToAnz ;
Memo^.Kanal[Kanal].AutoToMax := AutoToMax ;
Memo^.Kanal[Kanal].AutoToAnzJmp := AutoToAnzJmp ;
Memo^.Kanal[Kanal].AutoChMerk := AutoChMerk ;
Memo^.Kanal[Kanal].AutoArt := AutoArt ;
Memo^.Kanal[Kanal].AutoCheckLn := AutoCheckLn ;
Memo^.Kanal[Kanal].AutoJmpPtr := AutoJmpPtr ;
For i:=1 To maxAutoJmpPtr Do
Memo^.Kanal[Kanal].AutoJmpRet[i]:= AutoJmpRet[i];
Memo^.Global.Klingel := Klingel;
Memo^.Global.CtrlBeep := CtrlBeep;
Memo^.Global.Time_stamp := Time_Stamp;
Memo^.Global.PacOut := PacOut;
Memo^.Global.ZeigeRET := ZeigeRet;
Memo^.Global.ConMorsen := ConMorsen;
Memo^.Global.ReconMorsen := ReconMorsen;
(* if ConVoice then Write(G^.TFile,'A');
if ReconVoice then Write(G^.TFile,'J'); *)
Memo^.Global.GlobalTrenn := GlobalTrenn;
Memo^.Global.BinOut := BinOut;
Memo^.Global.Ins := Ins;
Memo^.Global.NoBinMon := NoBinMon;
Memo^.Global.RX_TX_Win := RX_TX_Win;
end;
end;
Hstr := '';
for i := 1 to 10 do Memo^.Global.Setl[i]:=G^.SETL[i];
Memo^.Global.SetNr:=SETNr;
Memo^.global.Speak:=speek;
if vspeed<1 then vspeed:=40;
Memo^.global.SpeakSpeed:=Vspeed;
Memo^.Global.Idle_Pos := Idle_Pos;
Memo^.Global.Idle_Anz := Idle_anz;
Memo^.Global.Idle_Tout := Idle_Tout;
Memo^.Global.TonHoehe:=G^.TonHoehe;
Memo^.Global._VGA := _vga;
Memo^.Global.MPause:=MPause;
Memo^.Global.Resync_Z:=Resync_Z;
Memo^.Global.CNr:=CNr;
Memo^.Global.VIP:=VIPG;
Memo^.Global.SoZeichen:=SoZeichen;
Memo^.Global.StatusModus:=G^.StatusModus;
Memo^.Global.ZeilenwTX := G^.ZeilenwTX;
(* Writeln(G^.TFile,Rrgl,Rvsp,GL,VSpeed); *)
Memo^.Global.InfoStr:=G^.InfoStr;
write(mdat, Memo^);
{$I-}
Close(MDat);
obf:=ioresult;
{$I+}
end;
Dispose(Memo);
{FreeMem(Memo,SizeOf(Memotyp));}
End;
Procedure Merker_File_Lesen; {//db1ras}
{$IFDEF ReadOldMemo} {//db1ras}
Procedure Altes_Merker_File_Lesen;
Var Result : Word;
Hstr : String[10];
i,i1,
i2,C : Integer;
Memo : ^OldMemoTyp;
MDat : File of OldMemoTyp;
OBF : Byte;
{for i := 1 to maxTNC do if TNC_used[i] then with TNC[i]^ do}
Begin
Assign(Mdat,Sys1Pfad + MerkDatei + Ext);
{$I-}
Reset(MDat);
obf:=ioresult;
{$I+}
if obf = 0 then begin
Memo:=NIL;
New(Memo);
{ WriteTxt(XCP,SZ1,StartColor,MerkDatei + Ext);}
{*** 3}
gotoxy(1,20);
writeln(' Ú ÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜ ż');
writeln(' Ŕ ßßßßßßßßßßßßßßßßßßßßßßßßßß Ů');
XCP := XCP + SZL;
read(MDat, Memo^);
for i := 1 to MaxTNC do if TNC_used[i] then
begin
with TNC[i]^ do
begin
Btext := Memo^.TNC[i].btext;
BPfad := Memo^.TNC[i].bpfad;
Bake := Memo^.TNC[i].Bake;
BTimer := Memo^.TNC[i].Btimer;
if BTimer = 0 then BTimer := 20;
BCall:=Memo^.TNC[i].BCall;
CText := Memo^.TNC[i].ctext;
Info := Memo^.TNC[i].info;
Aktuell := Memo^.TNC[i].aktuell;
QText := Memo^.TNC[i].qtext;
Fix := Memo^.TNC[i].fix;
QRG_Akt := Memo^.TNC[i].qrg_akt;
if QRG_Akt = '' then QRG_Akt := PseudoQRG;
end;
end;
c:=-1;
while (C < MaxLink) do
begin
inc(c);
K[c]^.OwnCall := '*';
K[c]^.Umlaut := Memo^.Kanal[c].Umlaut;
if c=0 then k[c]^.RxComp:= Memo^.Kanal[c].RXComp;
if Memo^.Kanal[c].OwnCall<>'' then
with K[C]^ do
begin
if C > 0 then
begin
OwnCall:=Memo^.Kanal[c].owncall;
AutoZyConst := Memo^.Kanal[c].AutoZyConst;
if AutoZyConst > 0 then CSelf := 2;
end;
MaxFrame := Memo^.Kanal[c].MaxFrame;
if not (MaxFrame in [1..7]) then MaxFrame := 1;
PacLen := Memo^.Kanal[c].PacLen;
if not (PacLen in [1..FF]) then PacLen := FF;
ObStat := Memo^.Kanal[c].OBStat;
UnStat := Memo^.Kanal[c].UnStat;
UmlautMerk := Memo^.Kanal[c].UmlautMerk;
if not (UmlautMerk in UmlMenge) then UmlautMerk := 0;
FRxName := Memo^.Kanal[c].FRxName;
if FRXName <>'' then
begin
if OpenTextFile(C) then
begin
RX_Count := 0;
RX_Laenge := 0;
RX_Bin := 0;
RX_Save := true;
FTxName := G^.Drive;
end;
end
else
begin
FRxName := Konfig.SavVerz + TxtName + SFillStr(3,'0',int_str(C));
FTxName := Konfig.SavVerz;
end;
SvName := Memo^.Kanal[c].SaveFName;
if SvName<>'' then
begin
Assign(SFile,SvName);
Result := ResetBin(SFile,T);
if Result = 0 then Seek(SFile,FileSize(SFile))
else Result := RewriteBin(SFile,T);
if Result = 0 then Save := true;
end else
begin
SvName := Konfig.SavVerz + SaveName + SFillStr(3,'0',int_str(C));
end;
if Memo^.Kanal[c].SplFName > '' then
begin
Assign(SplFile,Memo^.Kanal[c].SPlFName);
if ResetBin(SplFile,T) = 0 then
begin
Seek(SplFile,FileSize(SplFile));
SPlus := true;
SplSave := true;
Spl_gLaenge := Memo^.Kanal[c].SPl_glaenge;
Spl_gCount := Memo^.Kanal[c].spl_gcount;
Spl_tLaenge := Memo^.Kanal[c].spl_tlaenge;
Spl_tCount := Memo^.Kanal[c].Spl_TCount;
end;
end;
echo := Memo^.Kanal[c].Echo;
if echo>99 then
begin
Echo:=Echo-100;
SysTextEcho:=true;
end;
if C > 0 then
begin
Auto := Memo^.Kanal[c].Auto;
RX_Beep := Memo^.Kanal[c].RX_Beep;
TxBeepAck := Memo^.Kanal[C].TxBeepAck;
{ Speek := (pos('P',DZeile) > 0);}
AutoBin := Memo^.Kanal[c].AutoBin;
SPlus := Memo^.Kanal[c].SPlus;
if K[c]^.connected then {unsinnig, da immer true //db1ras}
begin
TxComp := Memo^.Kanal[c].TXComp;
RxComp := Memo^.Kanal[c].RXComp;
StopComp := Memo^.Kanal[c].StopComp;
StopCode := Memo^.Kanal[c].StopCode;
SPComp := Memo^.Kanal[c].SPComp;
CompC:=Memo^.Kanal[c].CompC;
KompressUpd:=Memo^.Kanal[c].KompressUpd;
CompCUpdZahl:=Memo^.Kanal[c].CompCUpdZahl;
for i := 1 to 255 do
Kompression[i]:=Memo^.Kanal[c].Kompression[i];
end;
NoCurJump := Memo^.Kanal[C].NoCurJump;
Node := Memo^.Kanal[c].Node;
{if (connected) or (Mo.MonActive) then }ignore := memo^.Kanal[c].ignore;
end;
end;
end;
for i := 1 to 10 do G^.SETL[i] := Memo^.Global.Setl[i];
SETNr := Memo^.Global.setnr;
if not (SETNr in [1..10]) then SETNr := 1;
Klingel := Memo^.Global.Klingel;
CtrlBeep := Memo^.Global.CtrlBeep;
Time_Stamp := Memo^.Global.Time_Stamp;
PacOut := Memo^.Global.PacOut;
ZeigeRET := Memo^.Global.ZeigeRet;
ConMorsen := Memo^.Global.ConMorsen;
ReconMorsen := Memo^.Global.ReconMorsen;
{ ConVoice := (pos('A',DZeile) > 0);
ReconVoice := (pos('J',DZeile) > 0);}
GlobalTrenn := Memo^.Global.GlobalTrenn;
BinOut := Memo^.Global.BinOut;
Ins := Memo^.Global.ins;
NoBinMon := Memo^.Global.NoBinMon;
RX_TX_Win := Memo^.Global.RX_TX_win;
morsen := Memo^.Global.morsen;
TopBox := Memo^.Global.TopBox;
Gross := Memo^.Global.Gross;
Idle_Pos := Memo^.Global.idle_pos;
Idle_Anz := Memo^.Global.idle_anz;
Idle_Tout := Memo^.Global.Idle_Tout;
G^.TonHoehe := Memo^.Global.TonHoehe;
VIPG := Memo^.Global.VIP;
SoZeichen := Memo^.Global.SoZeichen;
_VGA := Memo^.Global._vga;
MPause := Memo^.Global.MPause;
Resync_Z := Memo^.Global.Resync_Z;
CNr := Memo^.Global.Cnr;
VSpeed:=memo^.global.speakspeed;
speek:=memo^.global.speak;
{ MerkRead(Rrgl + Rvsp);
if DZeile > '' then VSpeed := Word(str_int(DZeile));}
G^.InfoStr := Memo^.Global.InfoStr;
G^.StatusModus := Memo^.Global.StatusModus;
G^.ZeilenwTX := Memo^.Global.ZeilenwTX;
{$I-}
Close(MDat);
obf:=Ioresult;
{$I+}
Dispose(Memo);
end else (* If IOResult ... *)
begin
for i := 0 to maxLink do with K[i]^ do
begin
FRxName := G^.Drive + Txt + int_str(i) + Ext;
FTxName := G^.Drive;
end;
end;
End;
{$ENDIF}
Procedure Neues_Merker_File_Lesen;
Var Result : Word;
Hstr : String[10];
i,i1,
i2,C : Integer;
Memo : ^MemoTyp;
MDat : File of MemoTyp;
OBF : Byte;
{for i := 1 to maxTNC do if TNC_used[i] then with TNC[i]^ do}
Begin
Assign(Mdat,Sys1Pfad + MerkDatei + Ext);
{$I-}
Reset(MDat);
obf:=ioresult;
{$I+}
if obf = 0 then
begin
Memo:=NIL;
New(Memo);
{ WriteTxt(XCP,SZ1,StartColor,MerkDatei + Ext);}
{*** 3}
gotoxy(1,20);
writeln(' Ú ÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜ ż');
writeln(' Ŕ ßßßßßßßßßßßßßßßßßßßßßßßßßß Ů');
XCP := XCP + SZL;
read(MDat, Memo^);
for i := 1 to MaxTNC do if TNC_used[i] then
begin
with TNC[i]^ do
begin
Btext := Memo^.TNC[i].btext;
BPfad := Memo^.TNC[i].bpfad;
Bake := Memo^.TNC[i].Bake;
BTimer := Memo^.TNC[i].Btimer;
if BTimer = 0 then BTimer := 20;
BCall:=Memo^.TNC[i].BCall;
CText := Memo^.TNC[i].ctext;
Info := Memo^.TNC[i].info;
Aktuell := Memo^.TNC[i].aktuell;
QText := Memo^.TNC[i].qtext;
Fix := Memo^.TNC[i].fix;
QRG_Akt := Memo^.TNC[i].qrg_akt;
if QRG_Akt = '' then QRG_Akt := PseudoQRG;
end;
end;
c:=-1;
while (C < MaxLink) do
begin
inc(c);
K[c]^.OwnCall := '*';
K[c]^.Umlaut := Memo^.Kanal[c].Umlaut;
if c=0 then k[c]^.RxComp:= Memo^.Kanal[c].RXComp;
if Memo^.Kanal[c].OwnCall<>'' then
with K[C]^ do
begin
if C > 0 then
begin
OwnCall:=Memo^.Kanal[c].owncall;
AutoZyConst := Memo^.Kanal[c].AutoZyConst;
if AutoZyConst > 0 then CSelf := 2;
end;
MaxFrame := Memo^.Kanal[c].MaxFrame;
if not (MaxFrame in [1..7]) then MaxFrame := 1;
PacLen := Memo^.Kanal[c].PacLen;
if not (PacLen in [1..FF]) then PacLen := FF;
ObStat := Memo^.Kanal[c].OBStat;
UnStat := Memo^.Kanal[c].UnStat;
UmlautMerk := Memo^.Kanal[c].UmlautMerk;
if not (UmlautMerk in UmlMenge) then UmlautMerk := 0;
FRxName := Memo^.Kanal[c].FRxName;
if FRXName <>'' then
begin
if OpenTextFile(C) then
begin
RX_Count := 0;
RX_Laenge := 0;
RX_Bin := 0;
RX_Save := true;
FTxName := G^.Drive;
end;
end
else
begin
FRxName := Konfig.SavVerz + TxtName + SFillStr(3,'0',int_str(C));
FTxName := Konfig.SavVerz;
end;
SvName := Memo^.Kanal[c].SaveFName;
if SvName<>'' then
begin
Assign(SFile,SvName);
Result := ResetBin(SFile,T);
if Result = 0 then Seek(SFile,FileSize(SFile))
else Result := RewriteBin(SFile,T);
if Result = 0 then Save := true;
end else
begin
SvName := Konfig.SavVerz + SaveName + SFillStr(3,'0',int_str(C));
end;
if Memo^.Kanal[c].SplFName > '' then
begin
Assign(SplFile,Memo^.Kanal[c].SPlFName);
if ResetBin(SplFile,T) = 0 then
begin
Seek(SplFile,FileSize(SplFile));
SPlus := true;
SplSave := true;
Spl_gLaenge := Memo^.Kanal[c].SPl_glaenge;
Spl_gCount := Memo^.Kanal[c].spl_gcount;
Spl_tLaenge := Memo^.Kanal[c].spl_tlaenge;
Spl_tCount := Memo^.Kanal[c].Spl_TCount;
end;
end;
echo := Memo^.Kanal[c].Echo;
if echo>99 then
begin
Echo:=Echo-100;
SysTextEcho:=true;
end;
if C > 0 then
begin
Auto := Memo^.Kanal[c].Auto;
RX_Beep := Memo^.Kanal[c].RX_Beep;
TxBeepAck := Memo^.Kanal[C].TxBeepAck;
{ Speek := (pos('P',DZeile) > 0);}
AutoBin := Memo^.Kanal[c].AutoBin;
SPlus := Memo^.Kanal[c].SPlus;
if K[c]^.connected then {unsinnig, da immer true //db1ras}
begin
TxComp := Memo^.Kanal[c].TXComp;
RxComp := Memo^.Kanal[c].RXComp;
StopComp := Memo^.Kanal[c].StopComp;
StopCode := Memo^.Kanal[c].StopCode;
SPComp := Memo^.Kanal[c].SPComp;
CompC:=Memo^.Kanal[c].CompC;
KompressUpd:=Memo^.Kanal[c].KompressUpd;
CompCUpdZahl:=Memo^.Kanal[c].CompCUpdZahl;
for i := 1 to 255 do
Kompression[i]:=Memo^.Kanal[c].Kompression[i];
end;
NoCurJump := Memo^.Kanal[C].NoCurJump;
Node := Memo^.Kanal[c].Node;
{if (connected) or (Mo.MonActive) then }
ignore := memo^.Kanal[c].ignore;
end;
{//db1ras}
CSelf := Memo^.Kanal[c].CSelf ;
AutoZeile := Memo^.Kanal[c].AutoZeile ;
Auto1Zeile := Memo^.Kanal[c].Auto1Zeile ;
AutoTime := Memo^.Kanal[c].AutoTime ;
AutoZaehl := Memo^.Kanal[c].AutoZaehl ;
AutoJump := Memo^.Kanal[c].AutoJump ;
AutoZyConst := Memo^.Kanal[c].AutoZyConst ;
AutoZyCount := Memo^.Kanal[c].AutoZyCount ;
AutoWait := Memo^.Kanal[c].AutoWait ;
AutoToConst := Memo^.Kanal[c].AutoToConst ;
AutoToCount := Memo^.Kanal[c].AutoToCount ;
AutoToAnz := Memo^.Kanal[c].AutoToAnz ;
AutoToMax := Memo^.Kanal[c].AutoToMax ;
AutoToAnzJmp := Memo^.Kanal[c].AutoToAnzJmp ;
AutoChMerk := Memo^.Kanal[c].AutoChMerk ;
AutoArt := Memo^.Kanal[c].AutoArt ;
AutoCheckLn := Memo^.Kanal[c].AutoCheckLn ;
AutoJmpPtr := Memo^.Kanal[c].AutoJmpPtr ;
For i:=1 To maxAutoJmpPtr Do
AutoJmpRet[i]:= Memo^.Kanal[c].AutoJmpRet[i];
end;
end;
for i := 1 to 10 do G^.SETL[i] := Memo^.Global.Setl[i];
SETNr := Memo^.Global.setnr;
if not (SETNr in [1..10]) then SETNr := 1;
Klingel := Memo^.Global.Klingel;
CtrlBeep := Memo^.Global.CtrlBeep;
Time_Stamp := Memo^.Global.Time_Stamp;
PacOut := Memo^.Global.PacOut;
ZeigeRET := Memo^.Global.ZeigeRet;
ConMorsen := Memo^.Global.ConMorsen;
ReconMorsen := Memo^.Global.ReconMorsen;
{ ConVoice := (pos('A',DZeile) > 0);
ReconVoice := (pos('J',DZeile) > 0);}
GlobalTrenn := Memo^.Global.GlobalTrenn;
BinOut := Memo^.Global.BinOut;
Ins := Memo^.Global.ins;
NoBinMon := Memo^.Global.NoBinMon;
RX_TX_Win := Memo^.Global.RX_TX_win;
morsen := Memo^.Global.morsen;
TopBox := Memo^.Global.TopBox;
Gross := Memo^.Global.Gross;
Idle_Pos := Memo^.Global.idle_pos;
Idle_Anz := Memo^.Global.idle_anz;
Idle_Tout := Memo^.Global.Idle_Tout;
G^.TonHoehe := Memo^.Global.TonHoehe;
VIPG := Memo^.Global.VIP;
SoZeichen := Memo^.Global.SoZeichen;
_VGA := Memo^.Global._vga;
MPause := Memo^.Global.MPause;
Resync_Z := Memo^.Global.Resync_Z;
CNr := Memo^.Global.Cnr;
VSpeed:=memo^.global.speakspeed;
speek:=memo^.global.speak;
{ MerkRead(Rrgl + Rvsp);
if DZeile > '' then VSpeed := Word(str_int(DZeile));}
G^.InfoStr := Memo^.Global.InfoStr;
G^.StatusModus := Memo^.Global.StatusModus;
G^.ZeilenwTX := Memo^.Global.ZeilenwTX;
{$I-}
Close(MDat);
obf:=Ioresult;
{$I+}
Dispose(Memo);
end else (* If IOResult ... *)
begin
for i := 0 to maxLink do with K[i]^ do
begin
FRxName := G^.Drive + Txt + int_str(i) + Ext;
FTxName := G^.Drive;
end;
end;
End;
{$IFDEF ReadOldMemo} {//db1ras}
Var MVer : File of Char;
v1,v2 : Char;
sv1,sv2 : String[2];
Memo : String;
obf : Byte;
{$ENDIF}
Begin (* Merker_File_Lesen *)
{$IFDEF ReadOldMemo} {//db1ras}
Assign(MVer,Sys1Pfad + MerkDatei + Ext);
{$I-}
Reset(MVer);
obf:=ioresult;
{$I+}
If obf = 0 Then Begin
Read(MVer, v1,v2);
{$I-}
Close(MVer);
obf:=Ioresult;
{$I+}
If (v1<>Chr(MerkV1)) Or (v2<>Chr(MerkV2)) Then Begin
If (v1=Chr(OldMerkV1)) And (v2=Chr(OldMerkV2)) Then
Altes_Merker_File_Lesen;
Str(Ord(v1),sv1);
Str(Ord(v2),sv2);
Memo:=Sys1Pfad+MerkDatei+Ext+' '+Sys1Pfad+MerkDatei+'.'+sv1+sv2;
FileKopieren(Memo);
{ Rename(MVer,Sys1Pfad+MerkDatei+'.'+sv1+sv2); }
End Else
{$ENDIF}
Neues_Merker_File_Lesen;
{$IFDEF ReadOldMemo} {//db1ras}
End Else
Neues_Merker_File_Lesen;
{$ENDIF}
End;
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