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#ifndef _KPILOT_KPILOTDEVICELINK_H
#define _KPILOT_KPILOTDEVICELINK_H
/*
**
** Copyright (C) 1998-2001 by Dan Pilone
** Copyright (C) 2003-2004 Reinhold Kainhofer <[email protected]>
** Copyright (C) 2006 Adriaan de Groot <[email protected]>
**
*/
/*
** This program is free software; you can redistribute it and/or modify
** it under the terms of the GNU Lesser General Public License as published by
** the Free Software Foundation; either version 2.1 of the License, or
** (at your option) any later version.
**
** This program is distributed in the hope that it will be useful,
** but WITHOUT ANY WARRANTY; without even the implied warranty of
** MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
** GNU Lesser General Public License for more details.
**
** You should have received a copy of the GNU Lesser General Public License
** along with this program in a file called COPYING; if not, write to
** the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston,
** MA 02110-1301, USA.
*/
/*
** Bug reports and questions can be sent to [email protected]
*/
#include "kpilotlink.h"
class TQThread;
class DeviceMap; ///< Globally tracks all devices that have a link assigned
class Messages; ///< Tracks which messages have been printed
class DeviceCommThread; ///< Thread for doing all palm device communications
/**
* The link behaves like a state machine most of the time:
* it waits for the actual device to become available, and
* then becomes ready to handle syncing.
*/
enum LinkStatus {
Init,
WaitingForDevice,
FoundDevice,
CreatedSocket,
DeviceOpen,
AcceptedDevice,
SyncDone,
PilotLinkError,
WorkaroundUSB
} ;
/**
* Custom events we can be handling...
*/
enum DeviceCustomEvents {
EventLogMessage = TQEvent::User + 777,
EventLogError,
EventLogProgress,
EventDeviceReady
};
/**
* Definition of the device link class for physical
* handheld devices, which communicate with the PC
* using DLP / SLP via the pilot-link library.
*/
class KDE_EXPORT KPilotDeviceLink : public KPilotLink
{
friend class PilotSerialDatabase;
friend class DeviceCommThread;
Q_OBJECT
TQ_OBJECT
public:
/**
* Constructor. Creates a link that can sync to a physical handheld.
* Call reset() on it to start looking for a device.
*
* @param parent Parent object.
* @param name Name of this object.
* @param tempDevice Path to device node to use as an alternative
* to the "normal" one set by KPilot.
*/
KPilotDeviceLink( TQObject *parent = 0,
const char *name = 0,
const TQString &tempDevice = TQString() );
/**
* Destructor. This rudely ends the communication with the handheld.
* It is best to call endOfSync() or finishSync() before destroying
* the device.
*/
virtual ~KPilotDeviceLink();
/**
* Get the status (state enum) of this link.
* @return The LinkStatus enum for the link's current state.
*/
LinkStatus status() const
{
return fLinkStatus;
}
/** Get a human-readable string for the given status @p l. */
static TQString statusString(LinkStatus l);
// The following API is the actual implementation of
// the KPilotLink API, for documentation see that file.
//
virtual TQString statusString() const;
virtual bool isConnected() const;
virtual void reset( const TQString & );
virtual void close();
virtual void reset();
virtual bool event(TQEvent *e);
virtual bool tickle();
virtual const KPilotCard *getCardInfo(int card);
virtual void endSync( EndOfSyncFlags f );
virtual int openConduit();
virtual int getNextDatabase(int index,struct DBInfo *);
virtual int findDatabase(const char *name, struct DBInfo*,
int index=0, unsigned long type=0, unsigned long creator=0);
virtual bool retrieveDatabase(const TQString &path, struct DBInfo *db);
virtual DBInfoList getDBList(int cardno=0, int flags=dlpDBListRAM);
virtual PilotDatabase *database( const TQString &name );
virtual PilotDatabase *database( const DBInfo *info );
protected:
virtual bool installFile(const TQString &, const bool deleteFile);
virtual void addSyncLogEntryImpl( const TQString &s );
virtual int pilotSocket() const
{
return fPilotSocket;
}
private:
LinkStatus fLinkStatus;
public:
/**
* Special-cases. Call this after a reset to set device-
* specific workarounds; the only one currently known
* is the Zire 31/72 T5 quirk of doing a non-HotSync
* connect when it's switched on.
*/
void setWorkarounds(bool usb)
{
fWorkaroundUSB = usb;
}
/**
* Sets an additional device, which should be tried as fallback.
* Useful for hotplug enviroments, this device is used @em once
* for accepting a connection.
*/
void setTempDevice( const TQString &device );
/**
* Sets the device to use. Used by probe dialog, since we know
* what device to use, but we don't want to start the detection
* immediately.
*/
void setDevice( const TQString &device )
{
fPilotPath = device;
}
protected:
/** Should we work around the Zire31/72 quirk? @see setWorkarounds() */
bool fWorkaroundUSB;
/**
* Check for device permissions and existence, emitting
* warnings for weird situations. This is primarily intended
* to inform the user.
*/
void checkDevice();
protected:
/**
* Path with resolved symlinks, to prevent double binding
* to the same device.
*/
TQString fRealPilotPath;
/**
* Pilot-link library handles for the device once it's opened.
*/
int fPilotSocket;
TQString fTempDevice;
/**
* Handle cases where we can't accept or open the device,
* and data remains available on the pilot socket.
*/
int fAcceptedCount;
/**
* Start/Stop our device communication thread.
*/
void startCommThread();
void stopCommThread();
protected:
Messages *fMessages;
DeviceCommThread *fDeviceCommThread;
} ;
#endif
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