/**
* Initialize EMVX control with servers
* and response timeout
*/
protected bool ReInitDevice()
{
if (pdc_ax_control == null)
{
pdc_ax_control = new DsiPDCX();
pdc_ax_control.ServerIPConfig(server_list, 0);
pdc_ax_control.SetResponseTimeout(CONNECT_TIMEOUT);
InitPDCX();
}
lock (pdcLock) {
if (pdc_active)
{
Console.WriteLine("Reset PDC");
pdc_ax_control.CancelRequest();
pdc_active = false;
}
}
if (emv_ax_control == null)
{
emv_ax_control = new DsiEMVX();
}
FlaggedReset();
if (rba != null)
{
rba.SetParent(this.parent);
rba.SetVerbose(this.verbose_mode);
try {
rba.stubStart();
} catch (Exception) {}
}
return(true);
}
/**
Initialize EMVX control with servers
and response timeout
*/
protected bool initDevice()
{
if (pdc_ax_control == null) {
pdc_ax_control = new DsiPDCX();
pdc_ax_control.ServerIPConfig(server_list, 0);
pdc_ax_control.SetResponseTimeout(CONNECT_TIMEOUT);
InitPDCX();
}
if (emv_active.WaitOne(0) == false) {
Console.WriteLine("Reset PDC");
pdc_ax_control.CancelRequest();
}
if (emv_ax_control == null) {
emv_ax_control = new DsiEMVX();
}
if (pdc_active.WaitOne(0) == false) {
Console.WriteLine("Reset EMV");
PadReset();
}
/* see if terminal is more consistent
if (rba != null) {
rba.SetParent(this.parent);
rba.SetVerbose(this.verbose_mode);
try {
rba.stubStart();
} catch (Exception) {}
}
*/
return true;
}
/**
* Initialize PDCX control with servers
* and response timeout
*/
protected bool initDevice()
{
if (ax_control == null)
{
ax_control = new DsiPDCX();
ax_control.ServerIPConfig(server_list, 0);
ax_control.SetResponseTimeout(CONNECT_TIMEOUT);
InitPDCX();
}
lock (pdcLock) {
if (pdc_active)
{
ax_control.CancelRequest();
pdc_active = false;
}
}
if (rba != null)
{
rba.SetParent(this.parent);
rba.SetVerbose(this.verbose_mode);
rba.stubStart();
}
return(true);
}
/**
* Initialize EMVX control with servers
* and response timeout
*/
protected bool initDevice()
{
if (pdc_ax_control == null)
{
pdc_ax_control = new DsiPDCX();
pdc_ax_control.ServerIPConfig(server_list, 0);
InitPDCX();
}
pdc_ax_control.CancelRequest();
if (emv_ax_control == null)
{
emv_ax_control = new DsiEMVX();
}
PadReset();
if (rba != null)
{
rba.SetParent(this.parent);
rba.SetVerbose(this.verbose_mode);
rba.stubStart();
}
return(true);
}
/**
Initialize PDCX control with servers
and response timeout
*/
protected bool initDevice()
{
ax_control = new DsiPDCX();
ax_control.ServerIPConfig(server_list, 0);
ax_control.SetResponseTimeout(60);
return true;
}
/**
Initialize PDCX control with servers
and response timeout
*/
protected bool initDevice()
{
if (ax_control == null) {
ax_control = new DsiPDCX();
ax_control.ServerIPConfig(server_list, 0);
ax_control.SetResponseTimeout(CONNECT_TIMEOUT);
InitPDCX();
}
ax_control.CancelRequest();
return true;
}
/**
* Initialize EMVX control with servers
* and response timeout
*/
protected bool ReInitDevice()
{
if (pdc_ax_control == null)
{
pdc_ax_control = new DsiPDCX();
pdc_ax_control.ServerIPConfig(server_list, 0);
pdc_ax_control.SetResponseTimeout(CONNECT_TIMEOUT);
InitPDCX();
}
lock (pdcLock) {
if (pdc_active)
{
Console.WriteLine("Reset PDC");
pdc_ax_control.CancelRequest();
pdc_active = false;
}
}
/*
* lock (emvLock) {
* if (emv_active) {
* try {
* Console.WriteLine("Reset EMV");
* emv_ax_control.CancelRequest();
* emv_active = false;
* } catch (Exception) {
* // I assume this will through if either the ActiveX DLL
* // was generated against an older OCX that doesn't have
* // this method or if the DLL has the method but the
* // OCX does not. OCX v1.22+ should have the method.
* }
* }
* }
*/
if (emv_ax_control == null)
{
emv_ax_control = new DsiEMVX();
}
FlaggedReset();
if (rba != null)
{
rba.SetParent(this.parent);
rba.SetVerbose(this.verbose_mode);
try {
rba.stubStart();
} catch (Exception) {}
}
return(true);
}
/**
* Initialize PDCX control with servers
* and response timeout
*/
protected bool initDevice()
{
if (ax_control == null)
{
ax_control = new DsiPDCX();
ax_control.ServerIPConfig(server_list, 0);
ax_control.SetResponseTimeout(CONNECT_TIMEOUT);
InitPDCX();
}
ax_control.CancelRequest();
return(true);
}
/**
Initialize EMVX control with servers
and response timeout
*/
protected bool initDevice()
{
if (pdc_ax_control == null) {
pdc_ax_control = new DsiPDCX();
pdc_ax_control.ServerIPConfig(server_list, 0);
InitPDCX();
}
pdc_ax_control.CancelRequest();
if (emv_ax_control == null) {
emv_ax_control = new DsiEMVX();
}
PadReset();
return true;
}
/**
Initialize PDCX control with servers
and response timeout
*/
protected bool initDevice()
{
if (ax_control == null) {
ax_control = new DsiPDCX();
ax_control.ServerIPConfig(server_list, 0);
ax_control.SetResponseTimeout(CONNECT_TIMEOUT);
InitPDCX();
}
ax_control.CancelRequest();
if (rba != null) {
rba.SetParent(this.parent);
rba.SetVerbose(this.verbose_mode);
rba.stubStart();
}
return true;
}
/**
* Initialize EMVX control with servers
* and response timeout
*/
protected bool initDevice()
{
if (pdc_ax_control == null)
{
pdc_ax_control = new DsiPDCX();
pdc_ax_control.ServerIPConfig(server_list, 0);
InitPDCX();
}
pdc_ax_control.CancelRequest();
if (emv_ax_control == null)
{
emv_ax_control = new DsiEMVX();
}
PadReset();
return(true);
}
/**
* Initialize EMVX control with servers
* and response timeout
*/
protected bool initDevice()
{
if (pdc_ax_control == null)
{
pdc_ax_control = new DsiPDCX();
pdc_ax_control.ServerIPConfig(server_list, 0);
pdc_ax_control.SetResponseTimeout(CONNECT_TIMEOUT);
InitPDCX();
}
lock (pdcLock) {
if (pdc_active)
{
Console.WriteLine("Reset PDC");
pdc_ax_control.CancelRequest();
}
}
if (emv_ax_control == null)
{
emv_ax_control = new DsiEMVX();
Console.WriteLine("Reset EMV");
PadReset();
}
if (rba == null)
{
if (device_identifier == "INGENICOISC250_MERCURY_E2E")
{
rba = new RBA_Stub("COM" + com_port);
rba.SetParent(this.parent);
rba.SetVerbose(this.verbose_mode);
rba.SetEMV(true);
}
}
if (rba != null)
{
try {
rba.stubStart();
} catch (Exception) {}
}
return(true);
}
public override void HandleMsg(string msg)
{
// optional predicate for "termSig" message
// predicate string is displayed on sig capture screen
if (msg.Length > 7 && msg.Substring(0, 7) == "termSig")
{
//sig_message = msg.Substring(7);
msg = "termSig";
}
switch (msg)
{
case "termReboot":
lock (pdcLock) {
if (!pdc_active)
{
if (rba != null)
{
rba.hardReset();
}
ax_control = null;
initDevice();
}
}
break;
case "termReset":
if (rba != null)
{
rba.stubStop();
}
initDevice();
break;
case "termManual":
break;
case "termApproved":
if (rba != null)
{
rba.showMessage("Approved");
}
break;
case "termDeclined":
if (rba != null)
{
rba.showMessage("Declined");
}
break;
case "termError":
if (rba != null)
{
rba.showMessage("Error");
}
break;
case "termSig":
if (rba != null)
{
rba.stubStop();
}
GetSignature();
break;
case "termGetType":
break;
case "termGetTypeWithFS":
break;
case "termGetPin":
break;
case "termWait":
break;
case "termFindPort":
var new_port = this.PortSearch(this.device_identifier);
if (new_port != "" && new_port != this.com_port && new_port.All(char.IsNumber))
{
this.com_port = new_port;
}
break;
}
}
/// <summary>
/// Initializes a new instance of the <see cref="PdcxWrapper"/> class.
/// </summary>
public PdcxWrapper()
{
this.control = new DsiPDCX();
}
