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//=============================================================================
// Copyright © 2017 FLIR Integrated Imaging Solutions, Inc. All Rights Reserved.
//
// This software is the confidential and proprietary information of FLIR
// Integrated Imaging Solutions, Inc. ("Confidential Information"). You
// shall not disclose such Confidential Information and shall use it only in
// accordance with the terms of the license agreement you entered into
// with FLIR Integrated Imaging Solutions, Inc. (FLIR).
//
// FLIR MAKES NO REPRESENTATIONS OR WARRANTIES ABOUT THE SUITABILITY OF THE
// SOFTWARE, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE
// IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR
// PURPOSE, OR NON-INFRINGEMENT. FLIR SHALL NOT BE LIABLE FOR ANY DAMAGES
// SUFFERED BY LICENSEE AS A RESULT OF USING, MODIFYING OR DISTRIBUTING
// THIS SOFTWARE OR ITS DERIVATIVES.
//=============================================================================
#ifndef PGR_FC2_BUSMANAGER_H
#define PGR_FC2_BUSMANAGER_H
#include "FlyCapture2Platform.h"
#include "FlyCapture2Defs.h"
namespace FlyCapture2
{
class Error;
class TopologyNode;
/**
* Bus event callback function prototype. Defines the syntax of the
* callback function that is passed into RegisterCallback() and
* UnregisterCallback(). It is recommended that minimal handling be
* performed in this callback as it will block internal processing
* of bus events until it returns.
*/
typedef void (*BusEventCallback)( void* pParameter, unsigned int serialNumber );
/**
* Handle that is returned when registering a callback. It is required
* when unregistering the callback.
*/
typedef void* CallbackHandle;
/**
* The BusManager class provides the functionality for the user to get an
* PGRGuid for a desired camera or device easily. Once the
* camera or device token is found, it can then be used to connect to the
* camera or device through the camera class or device class. In addition,
* the BusManager class provides the ability to be notified when a camera
* or device is added or removed or some event occurs on the PC.
*/
class FLYCAPTURE2_API BusManager
{
public:
/**
* Default constructor.
*/
BusManager();
/**
* Default destructor.
*/
virtual ~BusManager();
/**
* Fire a bus reset. The actual bus reset is only fired for the
* specified 1394 bus, but it will effectively cause a global bus
* reset for the library.
*
* @param pGuid PGRGuid of the camera or the device to cause bus reset.
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error FireBusReset( PGRGuid* pGuid);
/**
* Gets the number of cameras attached to the PC.
*
* @param pNumCameras The number of cameras attached.
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error GetNumOfCameras( unsigned int* pNumCameras );
/**
* Gets the PGRGuid for a camera with the specified IPv4 address.
*
* @param ipAddress IP address to get GUID for.
* @param pGuid Unique PGRGuid for the camera.
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error GetCameraFromIPAddress(
IPAddress ipAddress,
PGRGuid* pGuid );
/**
* Gets the PGRGuid for a camera on the PC. It uniquely identifies
* the camera specified by the index and is used to identify the camera
* during a Camera::Connect() call.
*
* @param index Zero based index of camera.
* @param pGuid Unique PGRGuid for the camera.
*
* @see GetCameraFromSerialNumber()
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error GetCameraFromIndex(
unsigned int index,
PGRGuid* pGuid );
/**
* Gets the PGRGuid for a camera on the PC. It uniquely identifies
* the camera specified by the serial number and is used to identify the camera
* during a Camera::Connect() call.
*
* @param serialNumber Serial number of camera.
* @param pGuid Unique PGRGuid for the camera.
*
* @see GetCameraFromIndex()
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error GetCameraFromSerialNumber(
unsigned int serialNumber,
PGRGuid* pGuid );
/**
* Gets the serial number of the camera with the specified index.
*
* @param index Zero based index of desired camera.
* @param pSerialNumber Serial number of camera.
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error GetCameraSerialNumberFromIndex(
unsigned int index,
unsigned int* pSerialNumber );
/**
* Gets the interface type associated with a PGRGuid. This is useful
* in situations where there is a need to enumerate all cameras
* for a particular interface.
*
* @param pGuid The PGRGuid to get the interface for.
* @param pInterfaceType The interface type of the PGRGuid.
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error GetInterfaceTypeFromGuid(
PGRGuid *pGuid,
InterfaceType* pInterfaceType );
/**
* Gets the number of devices. This may include hubs, host controllers
* and other hardware devices (including cameras).
*
* @param pNumDevices The number of devices found.
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error GetNumOfDevices( unsigned int* pNumDevices );
/**
* Gets the PGRGuid for a device. It uniquely identifies the device
* specified by the index.
*
* @param index Zero based index of device.
* @param pGuid Unique PGRGuid for the device.
*
* @see GetNumOfDevices()
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error GetDeviceFromIndex(
unsigned int index,
PGRGuid* pGuid );
/**
* Read a phy register on the specified device. The full address
* to be read from is determined by the page, port and address.
*
* @param guid PGRGuid of the device to read from.
* @param page Page to read from.
* @param port Port to read from.
* @param address Address to read from.
* @param pValue Value read from the phy register.
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error ReadPhyRegister(
PGRGuid guid,
unsigned int page,
unsigned int port,
unsigned int address,
unsigned int* pValue );
/**
* Write a phy register on the specified device. The full address
* to be written to is determined by the page, port and address.
*
* @param guid PGRGuid of the device to write to.
* @param page Page to write to.
* @param port Port to write to.
* @param address Address to write to.
* @param value Value to write to phy register.
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error WritePhyRegister(
PGRGuid guid,
unsigned int page,
unsigned int port,
unsigned int address,
unsigned int value );
/**
* Read usb link info for the port that the specified device is connected to.
*
* @param guid PGRGuid of the device to read from.
* @param pValue Value read from the card register.
* <pre>
* Bit 15:0 = Link %Error Count. Default = 0. This field returns the number of link errors detected by the port.
* Bit 19:16 = Rx Lane Count. Default = 0. This field that identifies the number of Receive Lanes negotiated by the port.
* Bit 23:20 = Tx Lane Count. Default = 0. This field that identifies the number of Transmit Lanes negotiated by the port.
* Bit 31:24 = Reserved.
*
* Refer to XHCI 1.1 section 5.4.10 for Port Link Info
* https://www.intel.com/content/dam/www/public/us/en/documents/technical-specifications/extensible-host-controler-interface-usb-xhci.pdf
* </pre>
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error GetUsbLinkInfo(
PGRGuid guid,
unsigned int* pValue );
/**
* Read usb port status for the port that the specified device is connected to.
*
* @param guid PGRGuid of the device to read from.
* @param pValue Value read from the card register.
* <pre>
* Bit 0 = Current Connect Status. Default = 0.
* 1 = A device is connected to the port
* 0 = A device is not connected.
* This value reflects the current state of the port, and may not correspond directly to the event that caused the Connect Status Change (CSC) bit to be set to 1.
* Bit 1 = Port Enabled/Disabled. Default = 0. 1 = Enabled. 0 = Disabled.
* Bit 2 = Reserved.
* Bit 3 = Over-current Active. Default = 0.
* 1 = This port currently has an over-current condition.
* 0 = This port does not have an over-current condition.
* Bit 4 = Port Reset. Default = 0.
* 1 = Port Reset signaling is asserted.
* 0 = Port is not in Reset.
* Bit 8:5 = Port Link State. Default = RxDetect(5). This field is used to power manage the port and reflects its current link state.
* Bit 9 = Port Power. Default = 1. This flag reflects a port's logical, power control state.
* 0 = This port is in the powered-off state.
* 1 = This port is not in the powered-off state.
* Bit 13:10 = Port Speed. Default = 0. This field identifies the speed of the connected USB Device. This field is only relevant if a device is connected, in all other cases this field shall indicate Undefined Speed.
* 0 : Undefined speed
* 1-15 : Protocol Speed ID (refer to other sections)
* Bit 15:14 = Port Indicator Control. Default = 0. 0 = Port indicators are off.
* 1 = Amber. 2 = Green. 3 = Undefined.
* Bit 16 = Port Link State Write Strobe. Default = 0.
* When this bit is set to 1 on a write reference to this register, this flag enables writes to the PLS field.
* Bit 17 = Connect Status Change. Default = 0.
* 1 = Change in current connect status. 0 = No change.
* Bit 18 = Port Enabled/Disabled Change. Default = 0.
* 1 = change in PED. 0 = No change.
* Bit 19 = Warm Port Reset Change. Default = 0. This bit is set when Warm Reset processing on this port completes.
* 0 = No change. 1 = Warm Reset complete.
* Bit 20 = Over current change. Default = 0.
* This bit shall be set to a 1 when there is a 0 to 1 or 1 to 0 transition of Over-current Active.
* Bit 21 = Port Reset Change. Default = 0. This flag is set to 1 due to a 1 to 0 transition of Port Reset.
* Bit 22 = Port Link State Change. Default = 0. This flag is set to 1 due to PLS transitions (refer to document)
* Bit 23 = Port Config %Error Change. Default = 0. This flag indicates that the port failed to configure its link partner.
* 0 = No change. 1 = Port Config %Error detected.
* Bit 24 = Cold Attach Status. Default = 0.
* 1 = Far-end receiver terminations were detected in the disconnected state and the root hub port state machine was unable to advance to the enabled state.
* 0 - This flag is 0 if PP is 0 or for USB2 protocol parts.
* Bit 25 = Wake on Connect Enable. Default = 0. Writing this bit to a 1 enables to port to be sensitive to device connects as system wake up events.
* Bit 26 = Wake on Disconnect Enable. Default = 0. Writing this bit to a 1 enables the port to be sensitive to device disconnects as system wake up events.
* Bit 27 = Wake on Over-current Enable. Default = 0. Writing this bit to a 1 enables the port to be sensitive to over-current conditions as system wake up events.
* Bit 29:28 = Reserved
* Bit 30 = Device Removable. This flag indicates if this port has a removable device attached.
* 1 = Device is non-removable. 0 = Device is removable.
* Bit 31 = Warm Port Reset. Default = 0. This flag shall always return 0 when read. Refer to document for writing.
*
* Refer to XHCI 1.1 section 5.4.8 for Port Status
* https://www.intel.com/content/dam/www/public/us/en/documents/technical-specifications/extensible-host-controler-interface-usb-xhci.pdf
* </pre>
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error GetUsbPortStatus(
PGRGuid guid,
unsigned int* pValue );
/**
* Gets the topology information for the PC.
*
* @param pNode TopologyNode object that will contain the topology
* information.
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error GetTopology(
TopologyNode* pNode );
/**
* Register a callback function that will be called when the
* specified callback event occurs.
*
* @param busEventCallback Pointer to function that will receive
the callback.
* @param callbackType Type of callback to register for.
* @param pParameter Callback parameter to be passed to callback.
* @param pCallbackHandle Unique callback handle used for
* unregistering callback.
*
* @see UnregisterCallback()
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error RegisterCallback(
BusEventCallback busEventCallback,
BusCallbackType callbackType,
void* pParameter,
CallbackHandle* pCallbackHandle );
/**
* Unregister a callback function.
*
* @param callbackHandle Unique callback handle.
*
* @see RegisterCallback()
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error UnregisterCallback( CallbackHandle callbackHandle );
/**
* Force a rescan of the buses. This does not trigger a bus reset.
* The camera objects will be invalidated only if the camera network
* topology is changed (ie. a camera is disconnected or added)
*
* @return An Error indicating the success or failure of the function.
*/
virtual Error RescanBus();
/**
* Force the camera with the specific MAC address to the specified
* IP address, subnet mask and default gateway. This is useful in
* situations where GigE Vision cameras are using IP addresses
* in a subnet different from the host's subnet.
*
* @param macAddress MAC address of the camera.
* @param ipAddress IP address to set on the camera.
* @param subnetMask Subnet mask to set on the camera.
* @param defaultGateway Default gateway to set on the camera.
*
* @return An Error indicating the success or failure of the function.
*/
static Error ForceIPAddressToCamera(
MACAddress macAddress,
IPAddress ipAddress,
IPAddress subnetMask,
IPAddress defaultGateway );
/**
* Force all cameras on the network to be assigned sequential IP addresses
* on the same subnet as the netowrk adapters that they are connected to.
* This is useful in situations where GigE Vision cameras are using
* IP addresses in a subnet different from the host's subnet.
*
* @return An Error indicating the success or failure of the function.
*/
static Error ForceAllIPAddressesAutomatically();
/**
* Force a camera on the network to be assigned an IP address
* on the same subnet as the netowrk adapters that it is connected to.
* This is useful in situations where GigE Vision cameras are using IP
* addresses in a subnet different from the host's subnet.
*
* @return An Error indicating the success or failure of the function.
*/
static Error ForceAllIPAddressesAutomatically(unsigned int serialNumber);
/**
* Discover all cameras connected to the network even if they reside
* on a different subnet. This is useful in situations where GigE Vision
* cameras are using IP addresses in a subnet different from the host's
* subnet. After discovering the camera, it is easy to use
* ForceIPAddressToCamera() to set a different IP configuration.
*
* @param gigECameras Pointer to an array of CameraInfo structures.
* @param arraySize Size of the array. Number of discovered cameras
* is returned in the same value.
*
* @return An Error indicating the success or failure of the function.
* If the error is PGRERROR_BUFFER_TOO_SMALL then arraySize will
* contain the minimum size needed for gigECameras array.
*/
static Error DiscoverGigECameras(
CameraInfo* gigECameras,
unsigned int* arraySize );
/**
* Query CCP status on camera with corresponding PGRGuid. This is
* useful to determine if a GigE camera can be controlled.
*
* @param pGuid PGRGuid of the camera
* @param pControlable Indicates whether camera is controllable
*
* @return An Error indicating the success or failure of the function.
*/
Error IsCameraControlable(
PGRGuid* pGuid, bool* pControlable );
private:
BusManager( const BusManager& );
BusManager& operator=( const BusManager& );
struct BusManagerData; // Forward declaration
BusManagerData* m_pBusManagerData;
};
}
#endif //PGR_FC2_BUSMANAGER_H