utilisation de librairie .lib

Bonjour,

Je pensais que les librairies ".lib" ne pouvait être utilisées en c#.
Développant un logiciel pour commander une carte ADVANTECH PCM3725 fonctionnant sur le bus ISA je leur ai donc demander qu'il m'envoie la librairie en .dll

Voici leur réponse:

Citation:

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When downloading the link I send to you, there is the Adsapi32.libavailable.
C# is also based on *.dll so I don’t see any problems why C# should not supported.

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Donc je peux utliser Adsapi32.lib pour mon logiciel en C#?
Comment l'utiliser?

Merci

Salut,
Je n'ai jamais essayé ni vu d'exemple de p/invoke sur ca, mais...
Un fichier .lib n'a pas grande différences avec un fichier .dll
Pour simplifier, il y a deux type de .lib :

- Le fichier sert uniquement à gérer la liaison. Ca permet dans un code C/C++ de faire appel aux fonctions de la lib sans avoir à se coltiner tout le code de chargement de la DLL et ce genre de petits trucs. Auquel cas, tu as quand même une DLL et donc tu fais ton p/invoke sur la dll en question.

- Le fichier contient le code des fonctions, la lib est uniquement statique. Donc là, tu n'a pas de DLL. Ne sachant pas si c'est possible de faire un p/invoke dessus, le mieux est de tester, tu regarde leurs doc, tu prend une fonction simple et tu écris sont p/invoke, si ca marche tant mieux sinon il te reste une solution.

Puisque tu as un .lib tu peux écrire une DLL en C qui ne fait qu'encapsuler les fonctions. Ainsi tu obtiendra une DLL que tu pourra appeler par p/invoke.

J'ai pas trop compris désolé :oops:

On va prendre un exemple très simple,
admettons que dans ta lib tu as une fonction "int GetNumberOne()" qui ne fait qu'une chose : retourner 1
Oui, c'est inutile, mais c'est simple :p

Tu as donc un fichier Adsapi32.lib qui contient cette fonction, alors dans ton code csharp, tu teste d'abord si tu peux utiliser directement ce .lib :

Code:

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public static class AdsApi32 { // Ca c'est un p/invoke [DllImport("adsapi32.lib")] public static extern int GetNumberOne(); }   public class TonProgramme { public void UneMethodeAToi() { int Nombre1 = AdsApi.GetNumberOne(); } }

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Si ca ne fonctionne pas c'est qu'il faut écrire la DLL qui encapsule le fichier lib. Mais là, ca se passe en C, donc il te faut un compilateur pour aller avec.

Tu écris donc une DLL en C :

Code:

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#include <stdio.h> #include <adsapi32.h>   extern "C" { // On déclare une fonction à exporter en lui donnant le nom de la fonction // qu'elle encapsule + un préfixe pour éviter l'ambiguité __declspec(dllexport) int ads_GetNumberOne() { // Une fonction qui encapsule une autre c'est une fonction qui se // contente d'appeller une autre. En l'occurrence ta fonction // appelle simplement celle présente dans le fichier .lib // Ainsi cette fonction devient totalement identique à celle présente // dans la lib à ceci près qu'elle est présente et exporté dans une dll. return GetNumberOne(); } }

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Maintenant tu retouche le code cité plus haut pour l'adapter :

Code:

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public static class AdsApi32 { // On appelle maintenant la dll avec le nom de fonction préfixé puisqu'on // appelle la fonction présente dans la dll et non dans la lib [DllImport("adsapi32.dll")] public static extern int ads_GetNumberOne(); }   public class TonProgramme { public void UneMethodeAToi() { int Nombre1 = AdsApi.ads_GetNumberOne(); } }

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Code:

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1 2	[DllImport("Adsapi32.lib")] public static extern int DRV_DeviceOpen(Int32 DeviceNum, Int32 DriverHandle);

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Code:

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private void button19_Click(object sender, EventArgs e) { ErrCde = DRV_DeviceOpen(0, DriverHandle); }

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Voici l'erreur générée:

Citation:

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Impossible de charger la DLL 'Adsapi32.lib': Le module spécifié est introuvable. (Exception de HRESULT : 0x8007007E)

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Comment faire?

Déjà avant d'aller plus loins, faut que le fichier lib/dll soit dans le même répertoire que ton programme sans quoi il ne le trouvera pas (enfin, pas tout à fait vrai, mais bon, copie-le quand meme histoire d'etre sur que c'est pas juste parce qu'il ne trouve pas le fichier).

Ensuite, si ca marche toujours pas, faut faire ce que j'ai éxpliqué plus haut : écrire une dll en C.

J'ai ajouter dans la propriété de Adsapi.lib toujours copier dans le répertoire de sortie.

Nouvel erreur:

Citation:

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Tentative de chargement d’un programme de format incorrect. (Exception de HRESULT : 0x8007000B)

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On est donc fixé : ca ne fonctionne pas avec un fichier lib, il faut écrire la dll en C.

Donc j'écris ca???:

Code:

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extern "C" { __declspec(dllexport) int DRV_DeviceOpen(Int32 DeviceNum, Int32 DriverHandle); { return DRV_DeviceOpen(); } }

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Ou écrire ca et comment générer la .dll?

Merci pour tous :ccool:

Non, tu écris ca :

Code:

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extern "C" { __declspec(dllexport) int ads_DRV_DeviceOpen(int DeviceNum, int DriverHandle); { return DRV_DeviceOpen(DeviceNum, DriverHandle); } }

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C'est du C, pas du C#. Ce n'est pas dans le monde .Net managé.
Donc pas de Int32.
Ca se compile avec un compilateur C tel que MS Visual C++
(ce compilateur fait du C et du C++).
Faut compiler en liant le fichier .lib. Le code C appellera le code contenu dans le .lib, et ton code C# appellera le code C de la dll.

:cry:

peux tu me donner plus de détails j'arrive pas à créer ce .dll

Je vois pas ce que je peux te donner de plus comme précision.
C'est un code C, c'est le code d'une DLL, ca se compile avec un compilateur C, il faut lier la librairie .lib, ...
Pour le reste : google ou n'importe quel autre moteur de recherche.
Sans oublier bien sur developpez.net qui possède également toutes les informations nécessaires à propos du langage C et ses compilateurs : http://c.developpez.com/

ok je fais faire ca alors.

Au sinon j'ai cette classe qui a été fourni avec cette carte puis-je l'utiliser à la place du driver?

Code:

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using System;   public class ADSCONST {   /**************************************************************************** Constant Definition ***************************************************************************/ public const Int32 MaxDev =255; // max. # of devices public const Int32 MaxDevNameLen =64; // max lenght of device name public const Int32 MaxGroup =6; public const Int32 MaxPort =3; public const Int32 MaxErrMsgLen =80; public const Int32 MAX_DEVICE_NAME_LEN =64; public const Int32 MAX_DRIVER_NAME_LEN =16; public const Int32 MAX_DAUGHTER_NUM =16; // V2.0 mod 8 to 16 public const Int32 MAX_DIO_PORT =48; public const Int32 MAX_AO_RANGE =32; // V2.0 mod 8 to 16   public const Int32 LOCAL =0; public const Int32 REMOTE =1; public const Int32 REMOTE1 =REMOTE+1; // For PCL-818L JP7 = 5V public const Int32 REMOTE2 =REMOTE1+1; // For PCL-818L JP7 = 10V public const Int32 NONPROG = LOCAL; public const Int32 PROG = REMOTE; public const Int32 INTERNAL = 0; public const Int32 EXTERNAL = 1; public const Int32 SINGLEENDED = 0; public const Int32 DIFFERENTIAL = 1; public const Int32 BIPOLAR = 0; public const Int32 UNIPOLAR = 1; public const Int32 PORTA = 0; public const Int32 PORTB = 1; public const Int32 PORTC = 2; public const Int32 INPORT = 0; public const Int32 OUTPORT = 1;   /*************************************************************************** Define board vendor ID **************************************************************************/ public const Int32 AAC =0x0000; //Advantech public const Int32 MB =0x1000; //Keithley/MetraByte public const Int32 BB =0x2000; //Burr Brown public const Int32 GRAYHILL =0x3000; //Grayhill public const Int32 KGS =0x4000;   /**************************************************************************** Define DAS I/O Board ID. ****************************************************************************/ public const Int32 NONE =0x00; // not available   //\\\\\\\\\\\\\\\\\\\ V2.1 ////////////////////// // Notes: // change the software defined ID from Board ID to Product ID. // Board ID is especially used as the term of hardware dip-switch ID. // //Advantech Product ID ///////////////////// V2.1 \\\\\\\\\\\\\\\\\\\\\\/ //Advantech board ID public const Int32 BD_DEMO =(AAC | 0x00); // demo board public const Int32 BD_PCL711 =(AAC | 0x01); // PCL-711 board public const Int32 BD_PCL812 =(AAC | 0x02); // PCL-812 board public const Int32 BD_PCL812PG =(AAC | 0x03); // PCL-812PG board public const Int32 BD_PCL718 =(AAC | 0x04); // PCL-718 board public const Int32 BD_PCL818 =(AAC | 0x05); // PCL-818 board public const Int32 BD_PCL814 =(AAC | 0x06); // PCL-814 board public const Int32 BD_PCL720 =(AAC | 0x07); // PCL-722 board public const Int32 BD_PCL722 =(AAC | 0x08); // PCL-720 board public const Int32 BD_PCL724 =(AAC | 0x09); // PCL-724 board public const Int32 BD_AD4011 =(AAC | 0x0a); // ADAM 4011 Module public const Int32 BD_AD4012 =(AAC | 0x0b); // ADAM 4012 Module public const Int32 BD_AD4013 =(AAC | 0x0c); // ADAM 4013 Module public const Int32 BD_AD4021 =(AAC | 0x0d); // ADAM 4021 Module public const Int32 BD_AD4050 =(AAC | 0x0e); // ADAM 4050 Module public const Int32 BD_AD4060 =(AAC | 0x0f); // ADAM 4060 Module public const Int32 BD_PCL711B =(AAC | 0x10); // PCL-711B public const Int32 BD_PCL818H =(AAC | 0x11); // PCL-818H public const Int32 BD_PCL814B =(AAC | 0x12); // PCL-814B public const Int32 BD_PCL816 =(AAC | 0x13); // PCL-816 public const Int32 BD_814_DIO_1 =(AAC | 0x14); // PCL-816/814B 8255 DIO module public const Int32 BD_814_DA_1 =(AAC | 0x15); // PCL-816/814B 12 bit D/A module public const Int32 BD_816_DA_1 =(AAC | 0x16); // PCL-816/814B 16 bit D/A module public const Int32 BD_PCL830 =(AAC | 0x17); // PCL-830 9513A Counter Card public const Int32 BD_PCL726 =(AAC | 0x18); // PCL-726 D/A card public const Int32 BD_PCL727 =(AAC | 0x19); // PCL-727 D/A card public const Int32 BD_PCL728 =(AAC | 0x1a); // PCL-728 D/A card public const Int32 BD_AD4052 =(AAC | 0x1b); // ADAM 4052 Module public const Int32 BD_AD4014D =(AAC | 0x1c); // ADAM 4014D Module public const Int32 BD_AD4017 =(AAC | 0x1d); // ADAM 4017 Module public const Int32 BD_AD4080D =(AAC | 0x1e); // ADAM 4080D Module public const Int32 BD_PCL721 =(AAC | 0x1f); // PCL-721 32-bit Digital in public const Int32 BD_PCL723 =(AAC | 0x20); // PCL-723 24-bit Digital in public const Int32 BD_PCL818L =(AAC | 0x21); // PCL-818L public const Int32 BD_PCL818HG =(AAC | 0x22); // PCL-818HG public const Int32 BD_PCL1800 =(AAC | 0x23); // PCL-1800 public const Int32 BD_PAD71A =(AAC | 0x24); // PCIA-71A public const Int32 BD_PAD71B =(AAC | 0x25); // PCIA-71B public const Int32 BD_PCR420 =(AAC | 0x26); // PCR-420 public const Int32 BD_PCL731 =(AAC | 0x27); // PCL-731 48-bit Digital I/O card public const Int32 BD_PCL730 =(AAC | 0x28); // PCL-730 board public const Int32 BD_PCL813 =(AAC | 0x29); // PCL-813 32-channel A/D card public const Int32 BD_PCL813B =(AAC | 0x2a); // PCL-813B 32-channel A/D card public const Int32 BD_PCL818HD =(AAC | 0x2b); // PCL-818HD public const Int32 BD_PCL725 =(AAC | 0x2c); // PCL-725 digital I/O card public const Int32 BD_PCL732 =(AAC | 0x2d); // PCL-732 high speed DIO card public const Int32 BD_AD4018 =(AAC | 0x2e); // ADAM 4018 Module public const Int32 BD_814_TC_1 =(AAC | 0x2f); // PCL-816/814B 16 bit TC module public const Int32 BD_PAD71C =(AAC | 0x30); // PCIA-71C public const Int32 BD_AD4024 =(AAC | 0x31); // ADAM 4024 public const Int32 BD_AD5017 =(AAC | 0x32); // ADAM 5017 public const Int32 BD_AD5018 =(AAC | 0x33); // ADAM 5018 public const Int32 BD_AD5024 =(AAC | 0x34); // ADAM 5024 public const Int32 BD_AD5051 =(AAC | 0x35); // ADAM 5051 public const Int32 BD_AD5060 =(AAC | 0x36); // ADAM 5060 public const Int32 BD_PCM3718 =(AAC | 0x37); // PCM-3718 public const Int32 BD_PCM3724 =(AAC | 0x38); // PCM-3724 public const Int32 BD_MIC2718 =(AAC | 0x39); // MIC-2718 public const Int32 BD_MIC2728 =(AAC | 0x3a); // MIC-2728 public const Int32 BD_MIC2730 =(AAC | 0x3b); // MIC-2730 public const Int32 BD_MIC2732 =(AAC | 0x3c); // MIC-2732 public const Int32 BD_MIC2750 =(AAC | 0x3d); // MIC-2750 public const Int32 BD_MIC2752 =(AAC | 0x3e); // MIC-2752 public const Int32 BD_PCL733 =(AAC | 0x3f); // PCL-733 public const Int32 BD_PCL734 =(AAC | 0x40); // PCL-734 public const Int32 BD_PCL735 =(AAC | 0x41); // PCL-735 public const Int32 BD_AD4018M =(AAC | 0x42); // ADAM 4018M Module public const Int32 BD_AD4080 =(AAC | 0x43); // ADAM 4080 Module public const Int32 BD_PCL833 =(AAC | 0x44); // PCL-833 public const Int32 BD_PCA6157 =(AAC | 0x45); // PCA-6157 public const Int32 BD_PCA6149 =(AAC | 0x46); // PCA-6149 public const Int32 BD_PCA6147 =(AAC | 0x47); // PCA-6147 public const Int32 BD_PCA6137 =(AAC | 0x48); // PCA-6137 public const Int32 BD_PCA6145 =(AAC | 0x49); // PCA-6145 public const Int32 BD_PCA6144 =(AAC | 0x4a); // PCA-6144 public const Int32 BD_PCA6143 =(AAC | 0x4b); // PCA-6143 public const Int32 BD_PCA6134 =(AAC | 0x4c); // PCA-6134 public const Int32 BD_AD5056 =(AAC | 0x4d); // ADAM 5056 for Device Net public const Int32 BD_DN5017 =(AAC | 0x4e); // ADAM 5017 for Device Net public const Int32 BD_DN5018 =(AAC | 0x4f); // ADAM 5018 for Device Net public const Int32 BD_DN5024 =(AAC | 0x50); // ADAM 5024 for Device Net public const Int32 BD_DN5051 =(AAC | 0x51); // ADAM 5051 for Device Net public const Int32 BD_DN5056 =(AAC | 0x52); // ADAM 5056 for Device Net public const Int32 BD_DN5060 =(AAC | 0x53); // ADAM 5060 for Device Net public const Int32 BD_PCL836 =(AAC | 0x54); // PCL-836 public const Int32 BD_PCL841 =(AAC | 0x55); // PCL-841 public const Int32 BD_DN5050 =(AAC | 0x56); // ADAM 5050 for DeviceNet public const Int32 BD_DN5052 =(AAC | 0x57); // ADAM 5052 for DeviceNet public const Int32 BD_AD5050 =(AAC | 0x58); // ADAM 5050 for RS-485 public const Int32 BD_AD5052 =(AAC | 0x59); // ADAM 5052 for RS-485 public const Int32 BD_PCM3730 =(AAC | 0x5a); // PCM-3730 public const Int32 BD_AD4011D =(AAC | 0x5b); // ADAM 4011D public const Int32 BD_AD4016 =(AAC | 0x5c); // ADAM 4016 public const Int32 BD_AD4053 =(AAC | 0x5d); // ADAM 4053 public const Int32 BD_PCI1750 =(AAC | 0x5e); // PCI-1750 public const Int32 BD_PCI1751 =(AAC | 0x5f); // PCI-1751 public const Int32 BD_PCI1710 =(AAC | 0x60); // PCI-1710 public const Int32 BD_PCI1712 =(AAC | 0x61); // PCI-1712 public const Int32 BD_AD5068 =(AAC | 0x62); // ADAM 5068 public const Int32 BD_AD5013 =(AAC | 0x63); // ADAM 5013 public const Int32 BD_AD5017H =(AAC | 0x64); // ADAM 5017H public const Int32 BD_AD5080 =(AAC | 0x65); // ADAM 5080 public const Int32 BD_MIC2760 =(AAC | 0x66); // MIC-2760 public const Int32 BD_PCI1710HG =(AAC | 0x67); // PCI-1710HG public const Int32 BD_PCI1713 =(AAC | 0x68); // PCI-1713 public const Int32 BD_PCI1753 =(AAC | 0x69); // PCI-1753 public const Int32 BD_PCI1760 =(AAC | 0x6a); // PCI-1760 public const Int32 BD_PCI1720 =(AAC | 0x6b); // PCI-1720 public const Int32 BD_PCL752 =(AAC | 0x6c); // PCL-772 public const Int32 BD_PCM3718H =(AAC | 0x6d); // PCM-3718H public const Int32 BD_PCM3718HG =(AAC | 0x6e); // PCM-3718HG public const Int32 BD_DN5068 =(AAC | 0x6f); // ADAM 5068 for Device Net public const Int32 BD_DN5013 =(AAC | 0x70); // ADAM 5013 for Device Net public const Int32 BD_DN5017H =(AAC | 0x71); // ADAM 5017H for Device Net public const Int32 BD_DN5080 =(AAC | 0x72); // ADAM 5080 for Device Net =(unavailable); public const Int32 BD_PCI1711 =(AAC | 0x73); // PCI-1711 public const Int32 BD_PCI1711L =(AAC | 0x75); // PCI-1711 public const Int32 BD_PCI1716 =(AAC | 0x74); // PCI-1716 public const Int32 BD_PCI1731 =(AAC | 0x75); // PCI-1731 public const Int32 BD_AD5051D =(AAC | 0x76); // ADAM 5051D public const Int32 BD_AD5056D =(AAC | 0x77); // ADAM 5056D public const Int32 BD_DN5051D =(AAC | 0x78); // ADAM 5051D for Device Net public const Int32 BD_DN5056D =(AAC | 0x79); // ADAM 5056D for Device Net public const Int32 BD_SIMULATE =(AAC | 0x7a); // Simulate IO public const Int32 BD_PCI1754 =(AAC | 0x7b); // PCI-1754 public const Int32 BD_PCI1752 =(AAC | 0x7c); // PCI-1752 public const Int32 BD_PCI1756 =(AAC | 0x7d); // PCI-1756 public const Int32 BD_PCL839 =(AAC | 0x7e); // PCL-839 public const Int32 BD_PCM3725 =(AAC | 0x7f); // PCM-3725 public const Int32 BD_PCI1762 =(AAC | 0x80); // PCI-1762 public const Int32 BD_PCI1721 =(AAC | 0x81); // PCI-1721 public const Int32 BD_PCI1761 =(AAC | 0x82); // PCI-1761 public const Int32 BD_PCI1723 =(AAC | 0x83); // PCI-1723 public const Int32 BD_AD4019 =(AAC | 0X84); // ADAM 4019 Module public const Int32 BD_AD5055 =(AAC | 0X85); // ADAM 5055 Module public const Int32 BD_AD4015 =(AAC | 0X86); // ADAM 4015 Module public const Int32 BD_PCI1730 =(AAC | 0x87); // PCI-1730 public const Int32 BD_PCI1733 =(AAC | 0x88); // PCI-1733 public const Int32 BD_PCI1734 =(AAC | 0x89); // PCI-1734 public const Int32 BD_MIC2750A =(AAC | 0x8A); // MIC-2750A public const Int32 BD_MIC2718A =(AAC | 0x8B); // MIC-2718A public const Int32 BD_AD4017P =(AAC | 0X8c); // ADAM 4017P Module public const Int32 BD_AD4051 =(AAC | 0X8d); // ADAM 4051 Module public const Int32 BD_AD4055 =(AAC | 0X8e); // ADAM 4055 Module public const Int32 BD_AD4018P =(AAC | 0x8f); // ADAM 4018P Module public const Int32 BD_PCI1710L =(AAC | 0x90); // PCI-1710L public const Int32 BD_PCI1710HGL =(AAC | 0x91); // PCI-1710HGL public const Int32 BD_AD4068 =(AAC | 0x92); // ADAM-4068 public const Int32 BD_PCM3712 =(AAC | 0x93); // PCM-3712 public const Int32 BD_PCM3723 =(AAC | 0x94); // PCM-3723   //#ifdef _WIN32_WCE //Add by Ann.He 03/02/21 public const Int32 BD_DATALGR_KR1 =(AAC | 0x81); // PCM-KR1 //end //#endif   //\\\\\\\\\\\\\\\\\\\ V2.0B ///////////////////// public const Int32 BD_PCI1780 =(AAC | 0x95); // PCI-1780 public const Int32 BD_CPCI3756 =(AAC | 0x96); // CPCI-3756 ///////////////////// V2.0B \\\\\\\\\\\\\\\\\\\\\/   //\\\\\\\\\\\\\\\\\\\ V2.0C ///////////////////// public const Int32 BD_PCI1755 =(AAC | 0x97); // PCI-1755 public const Int32 BD_PCI1714 =(AAC | 0x98); // PCI-1714 ///////////////////// V2.0B ////////////////////   //\\\\\\\\\\\\\\\\\\\ V2.1 ///////////////////// public const Int32 BD_PCI1757 =(AAC | 0x99); // PCI-1757 ///////////////////// V2.1 ////////////////////   //\\\\\\\\\\\\\\\\\\\ V2.1a ///////////////////// public const Int32 BD_MIC3716 =(AAC | 0x9A); // MIC-3716 public const Int32 BD_MIC3761 =(AAC | 0x9B); // MIC-3761 public const Int32 BD_MIC3753 =(AAC | 0x9C); // MIC-3753 public const Int32 BD_MIC3780 =(AAC | 0x9D); // MIC-3780 ///////////////////// V2.1a ////////////////////   public const Int32 BD_PCI1724 =(AAC | 0x9E); // PCI-1724 public const Int32 BD_AD4015T =(AAC | 0x9F); // ADAM 4015T Module public const Int32 BD_UNO2052 =(AAC | 0xA0); // UNO 2052 Module public const Int32 BD_PCI1680 =(AAC | 0xA1); // PCI-1680     public const Int32 BD_MICRODAC =(GRAYHILL | 0x1); // Grayhill MicroDAC Board ID public const Int32 BD_GIA10 =(KGS | 0x01); // KGS GIA-10 module Board ID   /***************************************************************************** Define Expansion Board ID. *****************************************************************************/ public const Int32 AAC_EXP =(AAC | 0x00000100); //Advantech expansion bits   //define Advantech expansion board ID. public const Int32 BD_PCLD780 =0x00000000; // PCLD-780 public const Int32 BD_PCLD789 =(AAC_EXP | 0x0); // PCLD-789 public const Int32 BD_PCLD779 =(AAC_EXP | 0x1); // PCLD-779 public const Int32 BD_PCLD787 =(AAC_EXP | 0x2); // PCLD-787 public const Int32 BD_PCLD8115 =(AAC_EXP | 0x3); // PCLD-8115 public const Int32 BD_PCLD770 =(AAC_EXP | 0x4); // PCLD-770 public const Int32 BD_PCLD788 =(AAC_EXP | 0x5); // PCLD-788 public const Int32 BD_PCLD8710 =(AAC_EXP | 0x6); // PCLD-8710 public const Int32 BD_PCLD8712 =(AAC_EXP | 0x7); // PCLD-8712   /**************************************************************************** Define subsection identifier ****************************************************************************/ public const Int32 DAS_AISECTION =0x1; // A/D subsection public const Int32 DAS_AOSECTION =0x2; // D/A sbusection public const Int32 DAS_DISECTION =0x3; // Digital input subsection public const Int32 DAS_DOSECTION =0x4; // Digital output sbusection public const Int32 DAS_TEMPSECTION =0x5; // thermocouple section public const Int32 DAS_ECSECTION =0x6; // Event count subsection public const Int32 DAS_FMSECTION =0x7; // frequency measurement section public const Int32 DAS_POSECTION =0x8; // pulse output section public const Int32 DAS_ALSECTION =0x9; // alarm section public const Int32 MT_AISECTION =0x0a; // monitoring A/D subsection public const Int32 MT_DISECTION =0x0b; // monitoring D/I subsection   /*************************************************************************** Define Transfer Mode ****************************************************************************/ public const Int32 POLLED_MODE =0x0; // software transfer public const Int32 DMA_MODE =0x1; // DMA transfer public const Int32 INTERRUPT_MODE =0x2; // Interrupt transfer   /*************************************************************************** Define Acquisition Mode ****************************************************************************/ public const Int32 FREE_RUN =0; public const Int32 PRE_TRIG =1; public const Int32 POST_TRIG =2; public const Int32 POSITION_TRIG =3;   /*************************************************************************** Define Comparator's Condition ****************************************************************************/ public const Int32 NOCONDITION =0; public const Int32 LESS =1; public const Int32 BETWEEN =2; public const Int32 GREATER =3; public const Int32 OUTSIDE =4;   /*************************************************************************** Define Channel ****************************************************************************/ public const Int32 ADV_CHANNEL0 =0x01; public const Int32 ADV_CHANNEL1 =0x02; public const Int32 ADV_CHANNEL2 =0x04; public const Int32 ADV_CHANNEL3 =0x08; public const Int32 ADV_CHANNEL4 =0x10; public const Int32 ADV_CHANNEL5 =0x20; public const Int32 ADV_CHANNEL6 =0x40; public const Int32 ADV_CHANNEL7 =0x80;   /************************************************************************** Define Status Code ***************************************************************************/ public const Int32 SUCCESS =0; public const Int32 DrvErrorCode =1; public const Int32 KeErrorCode =100; public const Int32 DnetErrorCode =200; public const Int32 GeniDrvErrorCode =300; public const Int32 OPCErrorCode =1000; public const Int32 MemoryAllocateFailed =(DrvErrorCode + 0); public const Int32 ConfigDataLost =(DrvErrorCode + 1); public const Int32 InvalidDeviceHandle =(DrvErrorCode + 2); public const Int32 AIConversionFailed =(DrvErrorCode + 3); public const Int32 AIScaleFailed =(DrvErrorCode + 4); public const Int32 SectionNotSupported =(DrvErrorCode + 5); public const Int32 InvalidChannel =(DrvErrorCode + 6); public const Int32 InvalidGain =(DrvErrorCode + 7); public const Int32 DataNotReady =(DrvErrorCode + 8); public const Int32 InvalidInputParam =(DrvErrorCode + 9); public const Int32 NoExpansionBoardConfig =(DrvErrorCode + 10); public const Int32 InvalidAnalogOutValue =(DrvErrorCode + 11); public const Int32 ConfigIoPortFailed =(DrvErrorCode + 12); public const Int32 CommOpenFailed =(DrvErrorCode + 13); public const Int32 CommTransmitFailed =(DrvErrorCode + 14); public const Int32 CommReadFailed =(DrvErrorCode + 15); public const Int32 CommReceiveFailed =(DrvErrorCode + 16); public const Int32 CommConfigFailed =(DrvErrorCode + 17); public const Int32 CommChecksumError =(DrvErrorCode + 18); public const Int32 InitError =(DrvErrorCode + 19); public const Int32 DMABufAllocFailed =(DrvErrorCode + 20); public const Int32 IllegalSpeed =(DrvErrorCode + 21); public const Int32 ChanConflict =(DrvErrorCode + 22); public const Int32 BoardIDNotSupported =(DrvErrorCode + 23); public const Int32 FreqMeasurementFailed =(DrvErrorCode + 24); public const Int32 CreateFileFailed =(DrvErrorCode + 25); public const Int32 FunctionNotSupported =(DrvErrorCode + 26); public const Int32 LoadLibraryFailed =(DrvErrorCode + 27); public const Int32 GetProcAddressFailed =(DrvErrorCode + 28); public const Int32 InvalidDriverHandle =(DrvErrorCode + 29); public const Int32 InvalidModuleType =(DrvErrorCode + 30); public const Int32 InvalidInputRange =(DrvErrorCode + 31); public const Int32 InvalidWindowsHandle =(DrvErrorCode + 32); public const Int32 InvalidCountNumber =(DrvErrorCode + 33); public const Int32 InvalidInterruptCount =(DrvErrorCode + 34); public const Int32 InvalidEventCount =(DrvErrorCode + 35); public const Int32 OpenEventFailed =(DrvErrorCode + 36); public const Int32 InterruptProcessFailed =(DrvErrorCode + 37); public const Int32 InvalidDOSetting =(DrvErrorCode + 38); public const Int32 InvalidEventType =(DrvErrorCode + 39); public const Int32 EventTimeOut =(DrvErrorCode + 40); public const Int32 InvalidDmaChannel =(DrvErrorCode + 41); public const Int32 IntDamChannelBusy =(DrvErrorCode + 42); // public const Int32 CheckRunTimeClassFailed =(DrvErrorCode + 43); public const Int32 CreateDllLibFailed =(DrvErrorCode + 44); public const Int32 ExceptionError =(DrvErrorCode + 45); public const Int32 RemoveDeviceFailed =(DrvErrorCode + 46); public const Int32 BuildDeviceListFailed =(DrvErrorCode + 47); public const Int32 NoIOFunctionSupport =(DrvErrorCode + 48);   //\\\\\\\\\\\\\\\\\\\ V2.0B ///////////////////// public const Int32 ResourceConflict =(DrvErrorCode + 49); ///////////////////// V2.0B \\\\\\\\\\\\\\\\\\\\\/   //\\\\\\\\\\\\\\\\\\\ V2.1 ////////////////////// public const Int32 InvalidClockSource =(DrvErrorCode + 50); public const Int32 InvalidPacerRate =(DrvErrorCode + 51); public const Int32 InvalidTriggerMode =(DrvErrorCode + 52); public const Int32 InvalidTriggerEdge =(DrvErrorCode + 53); public const Int32 InvalidTriggerSource =(DrvErrorCode + 54); public const Int32 InvalidTriggerVoltage =(DrvErrorCode + 55); public const Int32 InvalidCyclicMode =(DrvErrorCode + 56); public const Int32 InvalidDelayCount =(DrvErrorCode + 57); public const Int32 InvalidBuffer =(DrvErrorCode + 58); public const Int32 OverloadedPCIBus =(DrvErrorCode + 59); public const Int32 OverloadedInterruptRequest =(DrvErrorCode + 60); ///////////////////// V2.1 \\\\\\\\\\\\\\\\\\\\\\/   //\\\\\\\\\\\\\\\\\\\ V2.0C ///////////////////// public const Int32 ParamNameNotSupported =(DrvErrorCode + 61); ///////////////////// V2.0C ///////////////////// public const Int32 NoSerialFunctionSupported =(GeniDrvErrorCode + 5); public const Int32 NoAiFunctionSupported =(GeniDrvErrorCode + 6); public const Int32 NoAoFunctionSupported =(GeniDrvErrorCode + 7); public const Int32 NoDiFunctionSupported =(GeniDrvErrorCode + 8); public const Int32 NoDoFunctionSupported =(GeniDrvErrorCode + 9); public const Int32 NoAlarmFunctionSupported =(GeniDrvErrorCode + 10); public const Int32 NoCounterFunctionSupported =(GeniDrvErrorCode + 11); public const Int32 NoTempFunctionSupported =(GeniDrvErrorCode + 12); public const Int32 NoIOFunctionSupported =(GeniDrvErrorCode + 13);   public const Int32 KeInvalidHandleValue =(KeErrorCode + 0); public const Int32 KeFileNotFound =(KeErrorCode + 1); public const Int32 KeInvalidHandle =(KeErrorCode + 2); public const Int32 KeTooManyCmds =(KeErrorCode + 3); public const Int32 KeInvalidParameter =(KeErrorCode + 4); public const Int32 KeNoAccess =(KeErrorCode + 5); public const Int32 KeUnsuccessful =(KeErrorCode + 6); public const Int32 KeConInterruptFailure =(KeErrorCode + 7); public const Int32 KeCreateNoteFailure =(KeErrorCode + 8); public const Int32 KeInsufficientResources =(KeErrorCode + 9); public const Int32 KeHalGetAdapterFailure =(KeErrorCode +10); public const Int32 KeOpenEventFailure =(KeErrorCode +11); public const Int32 KeAllocCommBufFailure =(KeErrorCode +12); public const Int32 KeAllocMdlFailure =(KeErrorCode +13); public const Int32 KeBufferSizeTooSmall =(KeErrorCode +14);   public const Int32 DNInitFailed =(DnetErrorCode + 1); public const Int32 DNSendMsgFailed =(DnetErrorCode + 2); public const Int32 DNRunOutOfMsgID =(DnetErrorCode + 3); public const Int32 DNInvalidInputParam =(DnetErrorCode + 4); public const Int32 DNErrorResponse =(DnetErrorCode + 5); public const Int32 DNNoResponse =(DnetErrorCode + 6); public const Int32 DNBusyOnNetwork =(DnetErrorCode + 7); public const Int32 DNUnknownResponse =(DnetErrorCode + 8); public const Int32 DNNotEnoughBuffer =(DnetErrorCode + 9); public const Int32 DNFragResponseError =(DnetErrorCode + 10); public const Int32 DNTooMuchDataAck =(DnetErrorCode + 11); public const Int32 DNFragRequestError =(DnetErrorCode + 12); public const Int32 DNEnableEventError =(DnetErrorCode + 13); public const Int32 DNCreateOrOpenEventError =(DnetErrorCode + 14); public const Int32 DNIORequestError =(DnetErrorCode + 15); public const Int32 DNGetEventNameError =(DnetErrorCode + 16); public const Int32 DNTimeOutError =(DnetErrorCode + 17); public const Int32 DNOpenFailed =(DnetErrorCode + 18); public const Int32 DNCloseFailed =(DnetErrorCode + 19); public const Int32 DNResetFailed =(DnetErrorCode + 20);   public const Int32 WM_USER = 0x400; public const Int32 WM_ATODNOTIFY =(WM_USER+200); public const Int32 WM_DTOANOTIFY =(WM_USER+201); public const Int32 WM_DIGINNOTIFY =(WM_USER+202); public const Int32 WM_DIGOUTNOTIFY =(WM_USER+203); public const Int32 WM_MTNOTIFY =(WM_USER+204); public const Int32 WM_CANTRANSMITCOMPLETE =(WM_USER+205); public const Int32 WM_CANMESSAGE =(WM_USER+206); public const Int32 WM_CANERROR =(WM_USER+207);   // define the wParam in user window message public const Int32 AD_NONE =0; //AD Section public const Int32 AD_TERMINATE =1; public const Int32 AD_INT =2; public const Int32 AD_BUFFERCHANGE =3; public const Int32 AD_OVERRUN =4; public const Int32 AD_WATCHDOGACT =5; public const Int32 AD_TIMEOUT =6; public const Int32 DA_TERMINATE =0; // DA Section public const Int32 DA_DMATC =1; public const Int32 DA_INT =2; public const Int32 DA_BUFFERCHANGE =3; public const Int32 DA_OVERRUN =4; public const Int32 DI_TERMINATE =0; // DI Section public const Int32 DI_DMATC =1; public const Int32 DI_INT =2; public const Int32 DI_BUFFERCHANGE =3; public const Int32 DI_OVERRUN =4; public const Int32 DI_WATCHDOGACT =5; public const Int32 DO_TERMINATE =0; // DO Section public const Int32 DO_DMATC =1; public const Int32 DO_INT =2; public const Int32 DO_BUFFERCHANGE =3; public const Int32 DO_OVERRUN =4; public const Int32 MT_ATOD =0; // MT Section public const Int32 MT_DIGIN =1;   public const Int32 CAN_TRANSFER =0; // CAN Section public const Int32 CAN_RECEIVE =1; public const Int32 CAN_ERROR =2;   /**************************************************************************** define thermocopule type J, K, S, T, B, R, E *****************************************************************************/ public const Int32 BTC =4; public const Int32 ETC =6; public const Int32 JTC =0; public const Int32 KTC =1; public const Int32 RTC =5; public const Int32 STC =2; public const Int32 TTC =3;   /**************************************************************************** define temperature scale *****************************************************************************/ public const Int32 C =0; //Celsius public const Int32 F =1; //Fahrenheit public const Int32 R =2; // Rankine public const Int32 K =3; // Kelvin     /**************************************************************************** define service type for COMEscape=(); *****************************************************************************/ public const Int32 EscapeFlushInput =1; public const Int32 EscapeFlushOutput =2; public const Int32 EscapeSetBreak =3; public const Int32 EscapeClearBreak =4;     /**************************************************************************** define gate mode *****************************************************************************/ public const Int32 GATE_DISABLED =0; // no gating public const Int32 GATE_HIGHLEVEL =1; // active high level public const Int32 GATE_LOWLEVEL =2; // active low level public const Int32 GATE_HIGHEDGE =3; // active high edge public const Int32 GATE_LOWEDGE =4; // active low edge     /**************************************************************************** define input mode for PCL-833 *****************************************************************************/ public const Int32 DISABLE =0; // disable mode public const Int32 ABPHASEX1 =1; // Quadrature input X1 public const Int32 ABPHASEX2 =2; // Quadrature input X2 public const Int32 ABPHASEX4 =3; // Quadrature input X4 public const Int32 TWOPULSEIN =4; // 2 pulse input public const Int32 ONEPULSEIN =5; // 1 pulse input   /**************************************************************************** define latch source for PCL-833 *****************************************************************************/ public const Int32 SWLATCH =0; // S/W read latch data public const Int32 INDEXINLATCH =1; // Index-in latch data public const Int32 DI0LATCH =2; // DI0 latch data public const Int32 DI1LATCH =3; // DI1 latch data public const Int32 TIMERLATCH =4; // Timer latch data   /**************************************************************************** define timer base mode for PCL-833 *****************************************************************************/ public const Int32 TPOINT1MS =0; // 0.1 ms timer base public const Int32 T1MS =1; // 1 ms timer base public const Int32 T10MS =2; // 10 ms timer base public const Int32 T100MS =3; // 100 ms timer base public const Int32 T1000MS =4; // 1000 ms timer base   /**************************************************************************** define clock source for PCL-833 *****************************************************************************/ public const Int32 SYS8MHZ =0; // 8 MHZ system clock public const Int32 SYS4MHZ =1; // 4 MHZ system clock public const Int32 SYS2MHZ =2; // 2 MHZ system clock   /**************************************************************************** define cascade mode for PCL-833 *****************************************************************************/ public const Int32 NOCASCADE =0; // 24-bit=(no cascade); public const Int32 CASCADE =1; // 48-bit=(CH1, CH2 cascade);   //\\\\\\\\\\\\\\\\\\\ V2.0B ///////////////////// // ---------------------------------------------------------------------------- // define parameter for PCI1780 // ---------------------------------------------------------------------------- // define the counter mode register parameter // CM0~CM1 public const Int32 PA_MODE_ACT_HIGH_TC_PULSE =0x0000; // default value public const Int32 PA_MODE_ACT_LOW_TC_PULSE =0x0001; public const Int32 PA_MODE_TC_TOGGLE_FROM_LOW =0x0002; public const Int32 PA_MODE_TC_TOGGLE_FROM_HIGH =0x0003; // CM2 public const Int32 PA_MODE_ENABLE_OUTPUT =0x0004; // default value public const Int32 PA_MODE_DISABLE_OUTPUT =0x0000; // CM3~CM6 public const Int32 PA_MODE_COUNT_DOWN =0x0000; // default value public const Int32 PA_MODE_COUNT_UP =0x0008; // CM7 public const Int32 PA_MODE_COUNT_RISE_EDGE =0x0000; // default value public const Int32 PA_MODE_COUNT_FALL_EDGE =0x0080; // CM8~CM11 public const Int32 PA_MODE_COUNT_SRC_OUT_N_M1 =0x0100; // N_M1 means n minus 1 public const Int32 PA_MODE_COUNT_SRC_CLK_N =0x0200; public const Int32 PA_MODE_COUNT_SRC_CLK_N_M1 =0x0300; public const Int32 PA_MODE_COUNT_SRC_FOUT_0 =0x0400; public const Int32 PA_MODE_COUNT_SRC_FOUT_1 =0x0500; public const Int32 PA_MODE_COUNT_SRC_FOUT_2 =0x0600; public const Int32 PA_MODE_COUNT_SRC_FOUT_3 =0x0700; public const Int32 PA_MODE_COUNT_SRC_GATE_N_M1 =0x0C00;   // CM12~CM13 public const Int32 PA_MODE_GATE_SRC_GATE_NO =0x0000; // default value public const Int32 PA_MODE_GATE_SRC_OUT_N_M1 =0x1000; public const Int32 PA_MODE_GATE_SRC_GATE_N =0x2000; public const Int32 PA_MODE_GATE_SRC_GATE_N_M1 =0x3000; // CM14~CM15 public const Int32 PA_MODE_GATE_POSITIVE =0x0000; // default value public const Int32 PA_MODE_GATE_NEGATIVE =0x4000;   // Counter Mode public const Int32 MODE_A =0x0000; public const Int32 MODE_B =0x0000; public const Int32 MODE_C =0x8000;   public const Int32 MODE_D =0x0010; public const Int32 MODE_E =0x0010; public const Int32 MODE_F =0x8010;   public const Int32 MODE_G =0x0020; public const Int32 MODE_H =0x0020; public const Int32 MODE_I =0x8020;   public const Int32 MODE_J =0x0030; public const Int32 MODE_K =0x0030; public const Int32 MODE_L =0x8030;   public const Int32 MODE_O =0x8040; public const Int32 MODE_R =0x8050; public const Int32 MODE_U =0x8060; public const Int32 MODE_X =0x8070;   // ---------------------------------------------------------------------------- // define the FOUT register parameter public const Int32 PA_FOUT_SRC_EXTER_CLK =0x0000; // default value public const Int32 PA_FOUT_SRC_CLK_N =0x0100; public const Int32 PA_FOUT_SRC_FOUT_N_M1 =0x0200; public const Int32 PA_FOUT_SRC_CLK_10MHZ =0x0300; public const Int32 PA_FOUT_SRC_CLK_1MHZ =0x0400; public const Int32 PA_FOUT_SRC_CLK_100KHZ =0x0500; public const Int32 PA_FOUT_SRC_CLK_10KHZ =0x0600; public const Int32 PA_FOUT_SRC_CLK_1KHZ =0x0700; // PCI1780 parameters defined ///////////////////// V2.0B ///////////////////   /**************************************************************************** define event type for interrupt and DMA transfer *****************************************************************************/ public const Int32 ADS_EVT_INTERRUPT =0x1; // interrupt public const Int32 ADS_EVT_BUFCHANGE =0x2; // buffer change public const Int32 ADS_EVT_TERMINATED =0x4; // termination public const Int32 ADS_EVT_OVERRUN =0x8; // overrun public const Int32 ADS_EVT_WATCHDOG =0x10; // watchdog actived public const Int32 ADS_EVT_CHGSTATE =0x20; // change state event public const Int32 ADS_EVT_ALARM =0x40; // alarm event public const Int32 ADS_EVT_PORT0 =0x80; // port 0 event public const Int32 ADS_EVT_PORT1 =0x100; // port 1 event public const Int32 ADS_EVT_PATTERNMATCH =0x200; // Pattern Match for DI public const Int32 ADS_EVT_COUNTER =0x201; // Persudo event for COUNTERMATCH and COUNTEROVERFLOW public const Int32 ADS_EVT_COUNTERMATCH =0x202; // Counter Match setting NO. for DI public const Int32 ADS_EVT_COUNTEROVERFLOW =0x203; // Counter Overflow for DI public const Int32 ADS_EVT_STATUSCHANGE =0x204; // Status Change for DI public const Int32 ADS_EVT_FILTER =0x205; // Filter Event   //Modified by Ann.He //#ifdef _WIN32_WCE public const Int32 ADS_EVT_3724INTERRUPT =0x300; // for PCM-3724 port 2 int //#endif //end   //\\\\\\\\\\\\\\\\\\\ V2.0B ///////////////////// ///////////////////// V2.0B ///////////////////////   /**************************************************************************** define event name by device number *****************************************************************************/ public const string ADS_EVT_INTERRUPT_NAME ="ADS_EVT_INTERRUPT"; public const string ADS_EVT_PORT0_NAME ="ADS_EVT_PORT0"; public const string ADS_EVT_PORT1_NAME ="ADS_EVT_PORT1"; public const string ADS_EVT_BUFCHANGE_NAME ="ADS_EVT_BUFCHANGE"; public const string ADS_EVT_TERMINATED_NAME ="ADS_EVT_TERMINATED"; public const string ADS_EVT_OVERRUN_NAME ="ADS_EVT_OVERRUN"; public const string ADS_EVT_WATCHDOG_NAME ="ADS_EVT_WATCHDOG"; public const string ADS_EVT_CHGSTATE_NAME ="ADS_EVT_CHGSTATE"; public const string ADS_EVT_ALARM_NAME ="ADS_EVT_ALARM"; public const string ADS_EVT_PATTERNMATCH_NAME ="ADS_EVT_PATTERNMATCH"; public const string ADS_EVT_COUNTERMATCH_NAME ="ADS_EVT_COUNTERMATCH"; public const string ADS_EVT_COUNTEROVERFLOW_NAME ="ADS_EVT_COUNTEROVERFLOW"; public const string ADS_EVT_STATUSCHANGE_NAME ="ADS_EVT_STATUSCHANGE";   //\\\\\\\\\\\\\\\\\\\ V2.0B /////////////////////   ///////////////////// V2.0B ///////////////////////   /**************************************************************************** define FIFO size *****************************************************************************/ public const Int32 FIFO_SIZE =512; // 1K FIFO size =(512* 2byte/each data); public const Int32 FIFO_SIZE4 =2048; // 4K FIFO size =(2048* 2byte/each data);   /**************************************************************************** Function ID Definition *****************************************************************************/ public const Int32 FID_DeviceOpen =0; public const Int32 FID_DeviceClose =1; public const Int32 FID_DeviceGetFeatures =2; public const Int32 FID_AIConfig =3; public const Int32 FID_AIGetConfig =4; public const Int32 FID_AIBinaryIn =5; public const Int32 FID_AIScale =6; public const Int32 FID_AIVoltageIn =7; public const Int32 FID_AIVoltageInExp =8; public const Int32 FID_MAIConfig =9; public const Int32 FID_MAIBinaryIn =10; public const Int32 FID_MAIVoltageIn =11; public const Int32 FID_MAIVoltageInExp =12; public const Int32 FID_TCMuxRead =13; public const Int32 FID_AOConfig =14; public const Int32 FID_AOBinaryOut =15; public const Int32 FID_AOVoltageOut =16; public const Int32 FID_AOScale =17; public const Int32 FID_DioSetPortMode =18; public const Int32 FID_DioGetConfig =19; public const Int32 FID_DioReadPortByte =20; public const Int32 FID_DioWritePortByte =21; public const Int32 FID_DioReadBit =22; public const Int32 FID_DioWriteBit =23; public const Int32 FID_DioGetCurrentDOByte =24; public const Int32 FID_DioGetCurrentDOBit =25; public const Int32 FID_WritePortByte =26; public const Int32 FID_WritePortWord =27; public const Int32 FID_ReadPortByte =28; public const Int32 FID_ReadPortWord =29; public const Int32 FID_CounterEventStart =30; public const Int32 FID_CounterEventRead =31; public const Int32 FID_CounterFreqStart =32; public const Int32 FID_CounterFreqRead =33; public const Int32 FID_CounterPulseStart =34; public const Int32 FID_CounterReset =35; public const Int32 FID_QCounterConfig =36; public const Int32 FID_QCounterConfigSys =37; public const Int32 FID_QCounterStart =38; public const Int32 FID_QCounterRead =39; public const Int32 FID_AlarmConfig =40; public const Int32 FID_AlarmEnable =41; public const Int32 FID_AlarmCheck =42; public const Int32 FID_AlarmReset =43; public const Int32 FID_COMOpen =44; public const Int32 FID_COMConfig =45; public const Int32 FID_COMClose =46; public const Int32 FID_COMRead =47; public const Int32 FID_COMWrite232 =48; public const Int32 FID_COMWrite485 =49; public const Int32 FID_COMWrite85 =50; public const Int32 FID_COMInit =51; public const Int32 FID_COMLock =52; public const Int32 FID_COMUnlock =53; public const Int32 FID_WDTEnable =54; public const Int32 FID_WDTRefresh =55; public const Int32 FID_WDTReset =56; public const Int32 FID_FAIIntStart =57; public const Int32 FID_FAIIntScanStart =58; public const Int32 FID_FAIDmaStart =59; public const Int32 FID_FAIDmaScanStart =60; public const Int32 FID_FAIDualDmaStart =61; public const Int32 FID_FAIDualDmaScanStart =62; public const Int32 FID_FAICheck =63; public const Int32 FID_FAITransfer =64; public const Int32 FID_FAIStop =65; public const Int32 FID_FAIWatchdogConfig =66; public const Int32 FID_FAIIntWatchdogStart =67; public const Int32 FID_FAIDmaWatchdogStart =68; public const Int32 FID_FAIWatchdogCheck =69; public const Int32 FID_FAOIntStart =70; public const Int32 FID_FAODmaStart =71; public const Int32 FID_FAOScale =72; public const Int32 FID_FAOLoad =73; public const Int32 FID_FAOCheck =74; public const Int32 FID_FAOStop =75; public const Int32 FID_ClearOverrun =76; public const Int32 FID_EnableEvent =77; public const Int32 FID_CheckEvent =78; public const Int32 FID_AllocateDMABuffer =79; public const Int32 FID_FreeDMABuffer =80; public const Int32 FID_EnableCANEvent =81; public const Int32 FID_GetCANEventData =82; public const Int32 FID_TimerCountSetting =83; public const Int32 FID_CounterPWMSetting =84; public const Int32 FID_CounterPWMEnable =85; public const Int32 FID_DioTimerSetting =86; public const Int32 FID_EnableEventEx =87; public const Int32 FID_DICounterReset =88; public const Int32 FID_FDITransfer =89; public const Int32 FID_EnableSyncAO =90; public const Int32 FID_WriteSyncAO =91; public const Int32 FID_AOCurrentOut =92; public const Int32 FID_ADAMCounterSetHWConfig =93 ; public const Int32 FID_ADAMCounterGetHWConfig =94; public const Int32 FID_ADAMAISetHWConfig =95 ; public const Int32 FID_ADAMAIGetHWConfig =96; public const Int32 FID_ADAMAOSetHWConfig =97 ; public const Int32 FID_ADAMAOGetHWConfig =98; public const Int32 FID_GetFIFOSize =99; public const Int32 FID_PWMStartRead =100; public const Int32 FID_FAIDmaExStart =101; public const Int32 FID_FAOWaveFormStart =102 ;   //\\\\\\\\\\\\\\\\\\\ V2.0B ///////////////////// public const Int32 FID_FreqOutStart =104; public const Int32 FID_FreqOutReset =105; public const Int32 FID_CounterConfig =106; public const Int32 FID_DeviceGetParam =107; ///////////////////// V2.0B \\\\\\\\\\\\\\\\\\\\\/   //\\\\\\\\\\\\\\\\\\\ V2.0C ///////////////////// public const Int32 FID_DeviceSetProperty =108; public const Int32 FID_DeviceGetProperty =109; public const Int32 FID_WritePortDword =110; public const Int32 FID_ReadPortDword =111; public const Int32 FID_FDIStart =112; public const Int32 FID_FDICheck =113; public const Int32 FID_FDIStop =114; public const Int32 FID_FDOStart =115; public const Int32 FID_FDOCheck =116; public const Int32 FID_FDOStop =117; public const Int32 FID_ClearFlag =118;     }

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