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Delphi ModBusTCP Library ile Mobile Delta PLC kontrol
#11
Delphi 10.4 ile gelen componenler içinde ComPort haberleşmesini de eklemişler. System başlığı altında ComPort komponenti var.
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#12
(27-12-2021, Saat: 21:52)enigma Adlı Kullanıcıdan Alıntı: Delphi 10.4 ile gelen componenler içinde ComPort haberleşmesini de eklemişler. System başlığı altında ComPort komponenti var.

Delphini kendi içinde gelen bileşenlerden olduğunda eminmisiniz. Hiç görememişim. Eğer öyleyse çok sevindim. Tam yerini ve bilşen ismini söylerseniz seviniriz.
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#13
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(28-12-2021, Saat: 11:11)guverdik Adlı Kullanıcıdan Alıntı:
(27-12-2021, Saat: 21:52)enigma Adlı Kullanıcıdan Alıntı: Delphi 10.4 ile gelen componenler içinde ComPort haberleşmesini de eklemişler. System başlığı altında ComPort komponenti var.

Delphini kendi içinde gelen bileşenlerden olduğunda eminmisiniz. Hiç görememişim. Eğer öyleyse çok sevindim. Tam yerini ve bilşen ismini söylerseniz seviniriz.

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[/img]

(28-12-2021, Saat: 11:11)guverdik Adlı Kullanıcıdan Alıntı:
(27-12-2021, Saat: 21:52)enigma Adlı Kullanıcıdan Alıntı: Delphi 10.4 ile gelen componenler içinde ComPort haberleşmesini de eklemişler. System başlığı altında ComPort komponenti var.

Delphini kendi içinde gelen bileşenlerden olduğunda eminmisiniz. Hiç görememişim. Eğer öyleyse çok sevindim. Tam yerini ve bilşen ismini söylerseniz seviniriz.

GetIt'ten yüklemişim. ComPort yazınca çıkıyor. System altına ekliyor. D7'deki Marco Conti'nin yazdığı ComPort komponenti.
Cevapla
#14
(25-04-2021, Saat: 02:05)nuheroglu Adlı Kullanıcıdan Alıntı: Merhaba katkı olması amacı ile ModbusTCP Library' nin Thread ile kullanımına bir örnek vermek isterim.

unit sorgu;

interface

uses
Classes {$IFDEF MSWINDOWS}, Windows {$ENDIF}, IdModBusClient, SysUtils;

type
TSorgu = class(TThread)
private
  { Private declarations }
  procedure CallExternalProc;
  procedure Comporta_Oku();
protected
  procedure Execute; override;
public
  constructor Create;
end;

var
Sayac: Integer = 0;
Sorgu_Basla: TSorgu;
Comporta_Yazilacak_Veri: String;
Sorgu_Tipi: Integer;

implementation

uses ana, Gvar;

{ TSorgu }

constructor TSorgu.Create;
begin
inherited Create(True); 
FreeOnTerminate := True;
Resume; 
end;

function Register_Oku(Okunacak_Adres : Word; Register_Sayisi : Word): Variant;
begin
IdModBusClient_Mikrodev.ReadHoldingRegisters(Okunacak_Adres,Register_Sayisi,PLC_Okunan_Degerler);
end;

procedure TSorgu.Comporta_Oku();
var
Okunan_Veriler : Variant;
Ortalama_Gerilim_L : Real;
Ortalama_Gerilim_NL : Real;
Ortalama_Akim_L : Real;
Ortalama_Akim_NL : Real;
CosW          : Real;
High_Voltaj_Akim_Degeri : Real;
begin
With Form_Ana do
begin
  Register_Oku(4001,35);
  if (TabSheet_L.TabVisible = True) and (AdvSmoothToggleButton_L_Start_Test.Down)  then
  begin
    Edit_L_U1.Text      := FloatToStrF((PLC_Okunan_Degerler[0]*65535+PLC_Okunan_Degerler[1])/10,ffFixed,100,2);
    Edit_L_U2.Text      := FloatToStrF((PLC_Okunan_Degerler[2]*65535+PLC_Okunan_Degerler[3])/10,ffFixed,100,2);
    Edit_L_U3.Text      := FloatToStrF((PLC_Okunan_Degerler[4]*65535+PLC_Okunan_Degerler[5])/10,ffFixed,100,2);
    Edit_L_Uavr.Text    := FloatToStrF((StrToFloat(Edit_L_U1.Text)+StrToFloat(Edit_L_U2.Text)+StrToFloat(Edit_L_U3.Text))/3,ffFixed,100,2);
    Ortalama_Gerilim_L  := StrToFloat(Edit_L_Uavr.Text);
    Edit_L_I1.Text      := FloatToStrF((PLC_Okunan_Degerler[6]*65535+PLC_Okunan_Degerler[7])/1000,ffFixed,100,2);
    Edit_L_I2.Text      := FloatToStrF((PLC_Okunan_Degerler[8]*65535+PLC_Okunan_Degerler[9])/1000,ffFixed,100,2);
    Edit_L_I3.Text      := FloatToStrF((PLC_Okunan_Degerler[10]*65535+PLC_Okunan_Degerler[11])/1000,ffFixed,100,2);
    Edit_L_Iavr.Text    := FloatToStrF((StrToFloat(Edit_L_I1.Text)+StrToFloat(Edit_L_I2.Text)+StrToFloat(Edit_L_I3.Text))/3,ffFixed,100,2);
    Ortalama_Akim_L     := StrToFloat(Edit_L_Iavr.Text);
    CosW                := (PLC_Okunan_Degerler[12]*65535+PLC_Okunan_Degerler[13])/1000;
    Edit_L_Pcu.Text     := FloatToStrF(1.732*Ortalama_Gerilim_L*Ortalama_Akim_L*CosW,ffFixed,100,0);
  end;
  if (TabSheet_NL.TabVisible = True) and (AdvSmoothToggleButton_NL_Start_Test.Down)  then
  begin
    Edit_NL_U1.Text     := FloatToStrF((PLC_Okunan_Degerler[0]*65535+PLC_Okunan_Degerler[1])/10,ffFixed,100,2);
    Edit_NL_U2.Text     := FloatToStrF((PLC_Okunan_Degerler[2]*65535+PLC_Okunan_Degerler[3])/10,ffFixed,100,2);
    Edit_NL_U3.Text     := FloatToStrF((PLC_Okunan_Degerler[4]*65535+PLC_Okunan_Degerler[5])/10,ffFixed,100,2);
    Edit_NL_Uavr.Text   := FloatToStrF((StrToFloat(Edit_L_U1.Text)+StrToFloat(Edit_L_U2.Text)+StrToFloat(Edit_L_U3.Text))/3,ffFixed,100,2);
    Ortalama_Gerilim_NL := StrToFloat(Edit_NL_Uavr.Text);
    Edit_NL_I1.Text     := FloatToStrF((PLC_Okunan_Degerler[6]*65535+PLC_Okunan_Degerler[7])/1000,ffFixed,100,2);
    Edit_NL_I2.Text     := FloatToStrF((PLC_Okunan_Degerler[8]*65535+PLC_Okunan_Degerler[9])/1000,ffFixed,100,2);
    Edit_NL_I3.Text     := FloatToStrF((PLC_Okunan_Degerler[10]*65535+PLC_Okunan_Degerler[11])/1000,ffFixed,100,2);
    Ortalama_Akim_NL    := StrToFloat(Edit_NL_Iavr.Text);
    Edit_NL_Iavr.Text   := FloatToStrF((StrToFloat(Edit_L_I1.Text)+StrToFloat(Edit_L_I2.Text)+StrToFloat(Edit_L_I3.Text))/3,ffFixed,100,2);
    CosW                := (PLC_Okunan_Degerler[12]*65535+PLC_Okunan_Degerler[13])/1000;
    Edit_NL_Pfe.Text    := FloatToStrF(1.732*Ortalama_Gerilim_NL*Ortalama_Akim_NL*CosW,ffFixed,100,0);
  end;

  if (TabSheet_70KW.TabVisible = True) and (AdvSmoothToggleButton_AV_High_Voltage.Down) then
  begin
    Edit_AV_U.Text    := FloatToStrF((PLC_Okunan_Degerler[14]*65535+PLC_Okunan_Degerler[15])/10,ffFixed,100,2);
    High_Voltaj_Akim_Degeri := (PLC_Okunan_Degerler[16]*65535+PLC_Okunan_Degerler[17])/1000;
    if High_Voltaj_Akim_Degeri >= 10.0 then
    begin
      Edit_AV_I.Text    := FloatToStrF((PLC_Okunan_Degerler[16]*65535+PLC_Okunan_Degerler[17])/1000,ffFixed,100,2);
    end
    else
      Edit_AV_I.Text    := '0';

    Edit_AV_FR.Text   := FloatToStrF((PLC_Okunan_Degerler[18]*65535+PLC_Okunan_Degerler[19])/100,ffFixed,100,2);
  end;
  if (TabSheet_Frekans.TabVisible = True) and (AdvSmoothToggleButton_IV_Jen.Down) then
  begin
    Edit_IV_U1.Text    := FloatToStrF((PLC_Okunan_Degerler[20]*65535+PLC_Okunan_Degerler[21])/10,ffFixed,100,2);
    Edit_IV_U2.Text    := FloatToStrF((PLC_Okunan_Degerler[22]*65535+PLC_Okunan_Degerler[23])/10,ffFixed,100,2);
    Edit_IV_U3.Text    := FloatToStrF((PLC_Okunan_Degerler[24]*65535+PLC_Okunan_Degerler[25])/10,ffFixed,100,2);
    Edit_IV_I1.Text    := FloatToStrF((PLC_Okunan_Degerler[26]*65535+PLC_Okunan_Degerler[27])/1000,ffFixed,100,2);
    Edit_IV_I2.Text    := FloatToStrF((PLC_Okunan_Degerler[28]*65535+PLC_Okunan_Degerler[29])/1000,ffFixed,100,2);
    Edit_IV_I3.Text    := FloatToStrF((PLC_Okunan_Degerler[30]*65535+PLC_Okunan_Degerler[31])/1000,ffFixed,100,2);
    if (PLC_Okunan_Degerler[20]*65535+PLC_Okunan_Degerler[21])/10 > 3 then
      Edit_IV_FR.Text    := IntToStr(198+Random(3))
    else
      Edit_IV_FR.Text    := '000';
  end;
  if ((StrToFloat(Edit_L_Iavr.Text) > Secili_Akim_Trafosu) or
    (StrToFloat(Edit_NL_IAvr.Text) > Secili_Akim_Trafosu) or
    (StrToFloat(Edit_IV_I1.Text) > 25.0) or
    (StrToFloat(Edit_IV_I2.Text) > 25.0) or
    (StrToFloat(Edit_IV_I3.Text) > 25.0) or
    (High_Voltaj_Akim_Degeri >= 5.0))  then
  begin
    Tum_Kontaktorler_Reset();
    Label_Alarm.Caption := 'AŞIRI AKIM';
    Label_Alarm.Visible := True;
  end;
end;
end;

procedure TSorgu.Execute;
begin
NameThreadForDebugging('Sorgu');
inherited;
while not Terminated do
begin
    try
      CoInitialize(nil);
      Synchronize(Sorgu_Basla, Comporta_Oku);
      Sleep(2000);
    except
    on E: Exception do
    begin

    end;
  end;
end;
end;

end.

Bu konuyu okuyan arkadaşlar, lütfen thread'leri bu şekilde kullanmayın. Bu örnekte bir çok hata var maalesef. Örneğin; bir thread içinden VCL görsel nesnelerine erişim sağlamak sıkıntılıdır, onlar thread güvenlikli değildir. İkinci olarak örnekte döngü içinde CoInitialize çağrımı yapılmaktadır, her bir CoInitialize çağrımı için bir CoUnInitialize çağrımı yapılmalıdır ve thread içinde CoInitialize çağırmak için de bir neden olmalıdır, COM nesnelerine müracaat etmek gibi. Ayrıca CoInitialize'yi döngü içinde çağırmanın da bir anlamı yoktur. Üçüncü ve en can alıcı sıkıntı ise, aslında hiç thread kullanılmıyor olmasıdır. Thread Execute kodunun içindeki işi yapan kısım Synchronize ile çağrıldığında aslında işi ana thread'e devir etmiş oluyorsunuz.

Bu ve buna benzer nedenler ile, lütfen thread kullanırken biraz daha özenli ve dikkatli kod yazın ki; ileride başınıza hiç ummadığınız hatalar gelmesin.
Mal sahibi, mülk sahibi
Hani bunun ilk sahibi ?
Mal da yalan mülk de yalan
Var biraz da sen oyalan...
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