GenTL_v1_5.h

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/****************************************************************************
(c) 2004-2015 by GenICam GenTL Subcommittee

License: This file is published under the license of the EMVA GenICam Standard Group.
A text file describing the legal terms is included in your installation as 'license.txt'.
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(http://www.genicam.org) for a full copy.

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/*  \file     GenTL.h
 *  \brief    GenICam Transport Layer Client Interface
 *  \version  1.5
 *  \author   GenTL Subcommittee
 *  \date     2015
 *
 *  \par Version history
 *  \li Version 0.1.0   First official version from the meeting in Pilsen
 *  \li Version 0.1.1   rst (SI) 0.4.160
 *                      - added _E_INTERFACE_INFO_CMD_LIST_T_ enum name
 *                      - added _E_DEVICE_ACCCESS_STATUS_TYPE_T_ to be used
 *                      with the /a IFGetDeviceInfo and DevGetInfo
 *                      - rename of the enum value DEVICE_INFO_ACCESSMODE to
 *                      DEVICE_INFO_ACCESS_STATUS which now refers to
 *                      _E_DEVICE_ACCCESS_STATUS_TYPE_T_
 *                      - added Timeout parameter to update interface list and
 *                      device list.
 *  \li Version 0.1.2   - change datatype of timeout parameter of
 *                      TLUpdateInterfaceList and IFUpdateDeviceList to
 *                      uint64_t to match with the timeout in the event object.
 *                      - changed all enums to have a typedef to uint32_t
 *                      with them to allow custom ids
 *                      - changed type of string constants to be char * instead
 *                      of gcstring
 *  \li Version 0.1.3 rst (SI), cbi (IDS) 0.4.163
 *                      - adjusted parameter names to be closer aligned with
 *                      the standard text
 *                      - changed typedefs for enums from uint32_t to int32_t
 *                      - removed default parameter
 *                      - added parameter name to DevGetPort function
 *  \li Version 0.1.4 jb (LV)
 *                      - fixes to align the file with standard text
 *                      - make the file self-contained, independent on GenApi
 *  \li Version 0.1.5 rst (SI) cbi (IDS) jb (LV) tho (MVTec)
 *                      - Adjust it for Linux
 *                      - Cosmetics
 *  \li Version 1.0   rst (SI) cbi (IDS) jb (LV) tho (MVTec)
 *                      - Adjust for Standard 1.0
 *                      - Make it plain C compliant
 *                      - Cosmetics
 *  \li Version 1.2   rst (SI) jb (LV) tho (MVTec)
 *                      - Adjust for Standard 1.2
 *                      - adjust packing
 *                      - Cosmetics
 *  \li Version 1.3   (Stemmer, Leutron, Matrix Vision, MVTec, MathWorks)
 *                      - Adjust for Standard 1.3
 *                      - added chunk handling
 *                      - added Mac OS X
 *                      - Cosmetics
 *  \li Version 1.3.1 (MathWorks)
 *                      - Spelling corrections in comments
 *  \li Version 1.4    GenTL Subcommittee
 *  \li Version 1.5    GenTL Subcommittee
 *                      - Changed namespace to GenTL
 *                      - Changes for GenTL 1.5, Please refer to the GenTL spec
 *                        for a list of changes.
 */


#ifndef GC_TLI_CLIENT_H_
#define GC_TLI_CLIENT_H_ 1

#ifndef GC_USER_DEFINED_TYPES
/* The types should be the same as defined in GCTypes.h from GenApi. But in
 * case you do not have this header the necessary types are defined here. */
#    if defined(_WIN32)
#        if defined(_MSC_VER) && _MSC_VER >= 1600 /* VS2010 provides stdint.h */
#            include <stdint.h>
#        elif !defined _STDINT_H && !defined _STDINT
/* stdint.h is usually not available under Windows */
typedef unsigned char uint8_t;
typedef __int32 int32_t;
typedef unsigned __int32 uint32_t;
typedef unsigned __int64 uint64_t;
#        endif
#    else
#        include <stdint.h>
#    endif

#    ifdef __cplusplus
typedef bool bool8_t;
#    else
typedef uint8_t bool8_t;
#    endif
#endif /* GC_DEFINE_TYPES */

#include <stddef.h>


/* Function declaration modifiers */
#if defined(_WIN32)
#    ifndef GCTLI_NO_DECLSPEC_STATEMENTS
#        ifdef GCTLIDLL
#            define GC_IMPORT_EXPORT __declspec(dllexport)
#        else
#            define GC_IMPORT_EXPORT __declspec(dllimport)
#        endif
#    else
#        define GC_IMPORT_EXPORT
#    endif /* #  ifndef GCTLI_NO_DECLSPEC_STATEMENTS */
#    if defined(_M_IX86) || defined(__i386__)
#        define GC_CALLTYPE __stdcall
#    else
#        define GC_CALLTYPE /* default */
#    endif
#    ifndef EXTERN_C
#        define EXTERN_C extern "C"
#    endif

#elif defined(__GNUC__) && (__GNUC__ >= 4) && (defined(__linux__) || defined(__APPLE__))
#    define GC_IMPORT_EXPORT __attribute__((visibility("default")))
#    if defined(__i386__)
#        define GC_CALLTYPE __attribute__((stdcall))
#    else
#        define GC_CALLTYPE /* default */
#    endif
#    ifndef EXTERN_C
#        define EXTERN_C extern "C"
#    endif

#else
#    error Unknown platform, file needs adaption
#endif

#ifdef __cplusplus
extern "C" {
namespace GenTL
{
#endif

/* Errors */
enum GC_ERROR_LIST
{
    GC_ERR_SUCCESS = 0,
    GC_ERR_ERROR = -1001,
    GC_ERR_NOT_INITIALIZED = -1002,
    GC_ERR_NOT_IMPLEMENTED = -1003,
    GC_ERR_RESOURCE_IN_USE = -1004,
    GC_ERR_ACCESS_DENIED = -1005,
    GC_ERR_INVALID_HANDLE = -1006,
    GC_ERR_INVALID_ID = -1007,
    GC_ERR_NO_DATA = -1008,
    GC_ERR_INVALID_PARAMETER = -1009,
    GC_ERR_IO = -1010,
    GC_ERR_TIMEOUT = -1011,
    GC_ERR_ABORT = -1012, /* GenTL v1.1 */
    GC_ERR_INVALID_BUFFER = -1013, /* GenTL v1.1 */
    GC_ERR_NOT_AVAILABLE = -1014, /* GenTL v1.2 */
    GC_ERR_INVALID_ADDRESS = -1015, /* GenTL v1.3 */
    GC_ERR_BUFFER_TOO_SMALL = -1016, /* GenTL v1.4 */
    GC_ERR_INVALID_INDEX = -1017, /* GenTL v1.4 */
    GC_ERR_PARSING_CHUNK_DATA = -1018, /* GenTL v1.4 */
    GC_ERR_INVALID_VALUE = -1019, /* GenTL v1.4 */
    GC_ERR_RESOURCE_EXHAUSTED = -1020, /* GenTL v1.4 */
    GC_ERR_OUT_OF_MEMORY = -1021, /* GenTL v1.4 */
    GC_ERR_BUSY = -1022, /* GenTL v1.5 */

    GC_ERR_CUSTOM_ID = -10000
};
typedef int32_t GC_ERROR;

#ifndef GC_GENTL_HEADER_VERSION

#    define GenTLMajorVersion \
        1 /* defines the major version of the GenICam GenTL standard version this header is based on */
#    define GenTLMinorVersion \
        5 /* defines the minor version of the GenICam GenTL standard version this header is based on */
#    define GenTLSubMinorVersion \
        0 /* defines the sub minor version of the GenICam GenTL standard version this header is based on */

#    define GC_GENTL_HEADER_VERSION_CODE(major, minor, subminor) (((major) << 24) + ((minor) << 16) + (subminor))
#    define GC_GENTL_HEADER_VERSION \
        GC_GENTL_HEADER_VERSION_CODE(GenTLMajorVersion, GenTLMinorVersion, GenTLSubMinorVersion)

#endif /* GC_GENTL_HEADER_VERSION */

#ifndef GC_GENTL_DONT_USE_TYPE_DEFINITIONS
#    define TLTypeMixedName "Mixed" /* Type to use for several supported technologies */
#    define TLTypeCustomName "Custom" /* Type to use for custom technologies */
#    define TLTypeGEVName "GEV" /* Type to use for GigE Vision technology */
#    define TLTypeCLName "CL" /* Type to use for Camera Link technology */
#    define TLTypeIIDCName "IIDC" /* Type to use for IIDC 1394 technology */
#    define TLTypeUVCName "UVC" /* Type to use for USB video class devices */
#    define TLTypeCXPName "CXP" /* Type to use for CoaXPress, V1.3 */
#    define TLTypeCLHSName "CLHS" /* Type to use for Camera Link HS, V1.3 */
#    define TLTypeU3VName "U3V" /* Type to use for USB3 Vision Standard, V1.4 */
#    define TLTypeETHERNETName "Ethernet" /* Type to use for Ethernet devices, V1.3 */
#    define TLTypePCIName "PCI" /* Type to use for PCI/PCIe devices, V1.3 */
#endif /* GC_GENTL_DONT_USE_TYPE_DEFINITIONS */

#ifndef GC_GENTL_DONT_USE_MODULE_NAMES
#    define TLSystemModuleName "TLSystem" /* Name to identify a system module */
#    define TLInterfaceModuleName "TLInterface" /* Name to identify a interface module */
#    define TLDeviceModuleName "TLDevice" /* Name to identify a device module */
#    define TLDataStreamModuleName "TLDataStream" /* Name to identify a data stream module */
#    define TLBufferModuleName "TLBuffer" /* Name to identify a buffer module */
#    define TLRemoteDeviceModuleName "Device" /* Name to identify a remote device module */
#endif /* GC_GENTL_DONT_USE_MODULE_NAMES */

/* Handles */
typedef void* TL_HANDLE; /* Transport Layer handle, obtained through the TLOpen */
typedef void* IF_HANDLE; /* Interface handle, obtained through ::TLOpenInterface */
typedef void* DEV_HANDLE; /* Device Handle, obtained through the ::IFOpenDevice */
typedef void* DS_HANDLE; /* Handle to an image stream object, obtained through DevOpenDataStream */
typedef void* PORT_HANDLE; /* A Port handle is used to access the register space of a port */
/*  a PORT_HANDLE can be one of the following TL_HANDLE, IF_HANDLE, */
/*  DEV_HANDLE, handle to a device port, obtained through ::DevGetPort, */
/*  DS_HANDLE, BUFFER_HANDLE */

typedef void* BUFFER_HANDLE; /* BufferHandle, obtained through the ::DSAnnounceBuffer function */
typedef void*
    EVENTSRC_HANDLE; /* A Event source handle is used to register a OS Event and to retrieve a GenTL event handle */
/* a EVENTSRC_HANDLE can be on of the following TL_HANDLE, */
/* IF_HANDLE, DEV_HANDLE, A handle to a device port, obtained through ::DevGetPort */
/* DS_HANDLE, BUFFER_HANDLE */
typedef void* EVENT_HANDLE; /* Event Handle */

#define GENTL_INVALID_HANDLE NULL /* Invalid handle value, V1.4 */
#define GENTL_INFINITE 0xFFFFFFFFFFFFFFFFULL /* Infinite value to be used in various function calls, V1.4 */

/* Defines the data type possible for the various Info functions. */
enum INFO_DATATYPE_LIST
{
    INFO_DATATYPE_UNKNOWN = 0, /* Unknown data type */
    INFO_DATATYPE_STRING = 1, /* NULL-terminated C string (ASCII encoded). */
    INFO_DATATYPE_STRINGLIST =
        2, /* Concatenated INFO_DATATYPE_STRING list. End of list is signaled with an additional NULL. */
    INFO_DATATYPE_INT16 = 3, /* Signed 16 bit integer. */
    INFO_DATATYPE_UINT16 = 4, /* Unsigned 16 bit integer */
    INFO_DATATYPE_INT32 = 5, /* Signed 32 bit integer */
    INFO_DATATYPE_UINT32 = 6, /* Unsigned 32 bit integer */
    INFO_DATATYPE_INT64 = 7, /* Signed 64 bit integer */
    INFO_DATATYPE_UINT64 = 8, /* Unsigned 64 bit integer */
    INFO_DATATYPE_FLOAT64 = 9, /* Signed 64 bit floating point number. */
    INFO_DATATYPE_PTR = 10, /* Pointer type (void*). Size is platform dependent (32 bit on 32 bit platforms). */
    INFO_DATATYPE_BOOL8 = 11, /* Boolean value occupying 8 bit. 0 for false and anything for true. */
    INFO_DATATYPE_SIZET = 12, /* Platform dependent unsigned integer (32 bit on 32 bit platforms). */
    INFO_DATATYPE_BUFFER = 13, /* Like a INFO_DATATYPE_STRING but with arbitrary data and no NULL termination. */
    INFO_DATATYPE_PTRDIFF = 14, /* Platform dependent signed integer (32 bit on 32 bit platforms). GenTL v1.3 */

    INFO_DATATYPE_CUSTOM_ID = 1000 /* Starting value for custom IDs. */
};
typedef int32_t INFO_DATATYPE;

/* Defines char encoding schemes used by the producer, GenTL v1.4 */
enum TL_CHAR_ENCODING_LIST
{
    TL_CHAR_ENCODING_ASCII = 0,
    TL_CHAR_ENCODING_UTF8 = 1
};
typedef int32_t TL_CHAR_ENCODING; /* GenTL v1.4 */

/* System module information commands for the GenICam::TL::Client::TLGetInfo and GenICam::TL::Client::GCGetInfo
 * functions. */
enum TL_INFO_CMD_LIST
{
    TL_INFO_ID = 0, /* STRING    Transport layer ID. */
    TL_INFO_VENDOR = 1, /* STRING    Transport layer vendor name. */
    TL_INFO_MODEL = 2, /* STRING    Transport layer model name. */
    TL_INFO_VERSION = 3, /* STRING    Transport layer version. */
    TL_INFO_TLTYPE = 4, /* STRING    Transport layer technology that is supported. */
    TL_INFO_NAME = 5, /* STRING    File name including extension of the library. */
    TL_INFO_PATHNAME = 6, /* STRING    Full path including file name and extension of the library. */
    TL_INFO_DISPLAYNAME = 7, /* STRING    User readable name of the device. If this is not defined in the device this
                                should be VENDOR MODEL (ID). */
    TL_INFO_CHAR_ENCODING = 8, /* INT32     Reporting the char encoding used by this Producer, GenTL v1.4 */
    TL_INFO_GENTL_VER_MAJOR = 9, /* UINT32    Major number of the GenTL spec this producer complies with, GenTL v1.5 */
    TL_INFO_GENTL_VER_MINOR = 10, /* UINT32    Minor number of the GenTL spec this producer complies with, GenTL v1.5 */
    TL_INFO_CUSTOM_ID = 1000 /* Starting value for custom IDs. */
};
typedef int32_t TL_INFO_CMD;

/* This enumeration defines commands to retrieve information with the GenICam::TL::Client::IFGetInfo function from the
 * Interface module. */
enum INTERFACE_INFO_CMD_LIST
{
    INTERFACE_INFO_ID = 0, /* STRING     Unique ID of the interface. */
    INTERFACE_INFO_DISPLAYNAME = 1, /* STRING     User readable name of the interface. */
    INTERFACE_INFO_TLTYPE = 2, /* STRING     Transport layer technology that is supported. */

    INTERFACE_INFO_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t INTERFACE_INFO_CMD;

/* This enumeration defines flags of how a device is to be opened with the GenICam::TL::Client::IFOpenDevice function.
 */
enum DEVICE_ACCESS_FLAGS_LIST
{
    DEVICE_ACCESS_UNKNOWN =
        0, /* Not used in a command. Can be used to initialize a variable to query that information. */
    DEVICE_ACCESS_NONE = 1, /* This either means that the device is not open because it was not opened before or the
                               access to it was denied. */
    DEVICE_ACCESS_READONLY = 2, /* Open the device read only. All Port functions can only read from the device. */
    DEVICE_ACCESS_CONTROL = 3, /* Open the device in a way that other hosts/processes can have read only access to the
                                  device. Device access level is read/write for this process. */
    DEVICE_ACCESS_EXCLUSIVE = 4, /* Open the device in a way that only this host/process can have access to the device.
                                    Device access level is read/write for this process. */

    DEVICE_ACCESS_CUSTOM_ID = 1000 /*  Starting value for GenTL Producer custom IDs. */
};
typedef int32_t DEVICE_ACCESS_FLAGS;

/* This enumeration defines values for the accessibility of the device to be returned in the
 * GenICam::TL::Client::DevGetInfo function on a device handle. */
enum DEVICE_ACCESS_STATUS_LIST
{
    DEVICE_ACCESS_STATUS_UNKNOWN = 0, /* The device accessibility is not known. */
    DEVICE_ACCESS_STATUS_READWRITE = 1, /* The device is available for read/write access. */
    DEVICE_ACCESS_STATUS_READONLY = 2, /* The device is available for read only access. */
    DEVICE_ACCESS_STATUS_NOACCESS = 3, /* The device is not accessible. */
    DEVICE_ACCESS_STATUS_BUSY = 4, /* The device has already been opened by another process/host. GenTL v1.5 */
    DEVICE_ACCESS_STATUS_OPEN_READWRITE = 5, /* The device has already been opened by this process. GenTL v1.5 */
    DEVICE_ACCESS_STATUS_OPEN_READONLY = 6, /* The device has already been opened by this process. GenTL v1.5 */

    DEVICE_ACCESS_STATUS_CUSTOM_ID = 1000 /* Starting value for custom IDs. */
};
typedef int32_t DEVICE_ACCESS_STATUS;

/* This enumeration defines commands to retrieve information with the GenICam::TL::Client::DevGetInfo function on a
 * device handle. */
enum DEVICE_INFO_CMD_LIST
{
    DEVICE_INFO_ID = 0, /* STRING     Unique ID of the device. */
    DEVICE_INFO_VENDOR = 1, /* STRING     Device vendor name. */
    DEVICE_INFO_MODEL = 2, /* STRING     Device model name. */
    DEVICE_INFO_TLTYPE = 3, /* STRING     Transport layer technology that is supported. */
    DEVICE_INFO_DISPLAYNAME =
        4, /* STRING     String containing a display name for the device ( including a unique id ) */
    DEVICE_INFO_ACCESS_STATUS = 5, /* INT32      Gets the access mode the GenTL Producer has on the opened device.
                                      (DEVICE_ACCESS_STATUS enumeration value). */
    DEVICE_INFO_USER_DEFINED_NAME = 6, /* STRING     String containing the user defined name, GenTL v1.4  */
    DEVICE_INFO_SERIAL_NUMBER = 7, /* STRING     String containing the device's serial number, GenTL v1.4  */
    DEVICE_INFO_VERSION = 8, /* STRING     String containing the device version, GenTL v1.4  */
    DEVICE_INFO_TIMESTAMP_FREQUENCY = 9, /* UINT64     Tick-frequency of the time stamp clock, GenTL v1.4 */

    DEVICE_INFO_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t DEVICE_INFO_CMD;

/* This enumeration defines special stop flags for the acquisition engine. The function used is
 * GenICam::TL::Client::DSStopAcquisition. */
enum ACQ_STOP_FLAGS_LIST
{
    ACQ_STOP_FLAGS_DEFAULT = 0, /* Stop the acquisition engine when the currently running tasks like filling a buffer
                                   are completed (default behavior). */
    ACQ_STOP_FLAGS_KILL = 1, /* Stop the acquisition engine immediately and leave buffers currently being filled in the
                                Input Buffer Pool. */

    ACQ_STOP_FLAGS_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t ACQ_STOP_FLAGS;

/* This enumeration defines special start flags for the acquisition engine. The function used is
 * GenICam::TL::Client::DSStartAcquisition. */
enum ACQ_START_FLAGS_LIST
{
    ACQ_START_FLAGS_DEFAULT = 0, /* Default behavior. */

    ACQ_START_FLAGS_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t ACQ_START_FLAGS;

/* This enumeration commands from which to which queue/pool buffers are flushed with the
 * GenICam::TL::Client::DSFlushQueue function. */
enum ACQ_QUEUE_TYPE_LIST
{
    ACQ_QUEUE_INPUT_TO_OUTPUT = 0, /* Flushes the input pool to the output queue and if necessary adds entries in the
                                      New Buffer event data queue. */
    ACQ_QUEUE_OUTPUT_DISCARD =
        1, /* Discards all buffers in the output queue and if necessary remove the entries from the event data queue. */
    ACQ_QUEUE_ALL_TO_INPUT = 2, /* Puts all buffers in the input pool. Even those in the output queue and discard
                                   entries in the event data queue. */
    ACQ_QUEUE_UNQUEUED_TO_INPUT =
        3, /* Puts all buffers that are not in the input pool or the output queue in the input pool. */
    ACQ_QUEUE_ALL_DISCARD = 4, /* Discards all buffers in the input pool and output queue. */

    ACQ_QUEUE_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t ACQ_QUEUE_TYPE;

/* This enumeration defines commands to retrieve information with the GenICam::TL::Client::DSGetInfo function on a data
 * stream handle */
enum STREAM_INFO_CMD_LIST
{
    STREAM_INFO_ID = 0, /* STRING     Unique ID of the data stream. */
    STREAM_INFO_NUM_DELIVERED = 1, /* UINT64     Number of delivered buffers since last acquisition start. */
    STREAM_INFO_NUM_UNDERRUN = 2, /* UINT64     Number of lost buffers due to queue underrun. */
    STREAM_INFO_NUM_ANNOUNCED = 3, /* SIZET      Number of announced buffers. */
    STREAM_INFO_NUM_QUEUED = 4, /* SIZET      Number of buffers in the input pool. */
    STREAM_INFO_NUM_AWAIT_DELIVERY = 5, /* SIZET      Number of buffers in the output queue. */
    STREAM_INFO_NUM_STARTED = 6, /* UINT64     Number of buffers started in the acquisition engine. */
    STREAM_INFO_PAYLOAD_SIZE = 7, /* SIZET      Size of the expected data in bytes. */
    STREAM_INFO_IS_GRABBING = 8, /* BOOL8      Flag indicating whether the acquisition engine is started or not. */
    STREAM_INFO_DEFINES_PAYLOADSIZE = 9, /* BOOL8      Flag that indicated that this data stream defines a payload size
                                            independent from the remote device. */
    STREAM_INFO_TLTYPE = 10, /* STRING     Transport layer technology that is supported. */
    STREAM_INFO_NUM_CHUNKS_MAX = 11, /* SIZET      Max number of chunks in a buffer, if known. GenTL v1.3 */
    STREAM_INFO_BUF_ANNOUNCE_MIN =
        12, /* SIZET      Min number of buffers to announce before acq can start, if known. GenTL v1.3 */
    STREAM_INFO_BUF_ALIGNMENT = 13, /* SIZET      Buffer alignment in bytes. GenTL v1.3 */

    STREAM_INFO_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t STREAM_INFO_CMD;

/* This enumeration defines commands to retrieve information with the GenICam::TL::Client::DSGetBufferInfo function on a
 * buffer handle. */
enum BUFFER_INFO_CMD_LIST
{
    BUFFER_INFO_BASE = 0, /* PTR        Base address of the buffer memory. */
    BUFFER_INFO_SIZE = 1, /* SIZET      Size of the buffer in bytes. */
    BUFFER_INFO_USER_PTR = 2, /* PTR        Private data pointer of the GenTL Consumer. */
    BUFFER_INFO_TIMESTAMP = 3, /* UINT64     Timestamp the buffer was acquired. */
    BUFFER_INFO_NEW_DATA = 4, /* BOOL8      Flag to indicate that the buffer contains new data since the last call. */
    BUFFER_INFO_IS_QUEUED = 5, /* BOOL8      Flag to indicate if the buffer is in the input pool or output queue. */
    BUFFER_INFO_IS_ACQUIRING = 6, /* BOOL8      Flag to indicate that the buffer is currently being filled with data. */
    BUFFER_INFO_IS_INCOMPLETE =
        7, /* BOOL8      Flag to indicate that a buffer was filled but an error occurred during that process. */
    BUFFER_INFO_TLTYPE = 8, /* STRING     Transport layer technology that is supported. */
    BUFFER_INFO_SIZE_FILLED = 9, /* SIZET      Number of bytes written into the buffer last time it has been filled.
                                    This value is reset to 0 when the buffer is placed into the Input Buffer Pool. */
    BUFFER_INFO_WIDTH = 10, /* SIZET      GenTL v1.2 */
    BUFFER_INFO_HEIGHT = 11, /* SIZET      GenTL v1.2 */
    BUFFER_INFO_XOFFSET = 12, /* SIZET      GenTL v1.2 */
    BUFFER_INFO_YOFFSET = 13, /* SIZET      GenTL v1.2 */
    BUFFER_INFO_XPADDING = 14, /* SIZET      GenTL v1.2 */
    BUFFER_INFO_YPADDING = 15, /* SIZET      GenTL v1.2 */
    BUFFER_INFO_FRAMEID = 16, /* UINT64     GenTL v1.2 */
    BUFFER_INFO_IMAGEPRESENT = 17, /* BOOL8      GenTL v1.2 */
    BUFFER_INFO_IMAGEOFFSET = 18, /* SIZET      GenTL v1.2 */
    BUFFER_INFO_PAYLOADTYPE = 19, /* SIZET      GenTL v1.2 */
    BUFFER_INFO_PIXELFORMAT = 20, /* UINT64     GenTL v1.2 */
    BUFFER_INFO_PIXELFORMAT_NAMESPACE = 21, /* UINT64     GenTL v1.2 */
    BUFFER_INFO_DELIVERED_IMAGEHEIGHT = 22, /* SIZET      GenTL v1.2 */
    BUFFER_INFO_DELIVERED_CHUNKPAYLOADSIZE = 23, /* SIZET      GenTL v1.2 */
    BUFFER_INFO_CHUNKLAYOUTID = 24, /* UINT64     GenTL v1.2 */
    BUFFER_INFO_FILENAME = 25, /* STRING     GenTL v1.2 */
    BUFFER_INFO_PIXEL_ENDIANNESS = 26, /* INT32      GenTL v1.4 */
    BUFFER_INFO_DATA_SIZE = 27, /* SIZET      GenTL v1.4 */
    BUFFER_INFO_TIMESTAMP_NS = 28, /* UINT64     GenTL v1.4 */
    BUFFER_INFO_DATA_LARGER_THAN_BUFFER = 29, /* BOOL8      GenTL v1.4 */
    BUFFER_INFO_CONTAINS_CHUNKDATA = 30, /* BOOL8      GenTL v1.4 */

    BUFFER_INFO_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t BUFFER_INFO_CMD;

/* This enumeration defines commands to retrieve information about individual data parts in a multi-part buffer
 using the GenICam::TL::Client::DSGetBufferPartInfo function. Introduced in GenTL v1.5. */
enum BUFFER_PART_INFO_CMD_LIST
{
    BUFFER_PART_INFO_BASE = 0, /* PTR        Base address of the buffer part memory. */
    BUFFER_PART_INFO_DATA_SIZE = 1, /* SIZET      Size of the buffer part in bytes. */
    BUFFER_PART_INFO_DATA_TYPE = 2, /* SIZET      Type of the data in given part (PARTDATATYPE_ID enumeration value). */
    BUFFER_PART_INFO_DATA_FORMAT = 3, /* UINT64     Format of individual items (such as pixels) in the buffer part. */
    BUFFER_PART_INFO_DATA_FORMAT_NAMESPACE = 4, /* UINT64     Allows interpretation of BUFFER_PART_INFO_DATA_FORMAT
                                                   (PIXELFORMAT_NAMESPACE_ID enumeration value). */
    BUFFER_PART_INFO_WIDTH = 5, /* SIZET      Width of data in the buffer part in pixels. */
    BUFFER_PART_INFO_HEIGHT = 6, /* SIZET      Expected height of data in the buffer part in pixels . */
    BUFFER_PART_INFO_XOFFSET = 7, /* SIZET      Horizontal offset of data in the buffer part in pixels. */
    BUFFER_PART_INFO_YOFFSET = 8, /* SIZET      Vertical offset of data in the buffer part in pixels. */
    BUFFER_PART_INFO_XPADDING = 9, /* SIZET      Horizontal padding of data in the buffer part in pixels. */
    BUFFER_PART_INFO_SOURCE_ID =
        10, /* UINT64     Identifier allowing to group data parts belonging to the same source. */
    BUFFER_PART_INFO_DELIVERED_IMAGEHEIGHT =
        11, /* SIZET      Height of the data currently in the buffer part in pixels*/
    BUFFER_PART_INFO_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t BUFFER_PART_INFO_CMD; /* GenTL v1.5 */

/* Enumeration of TLType dependent payload types. Introduced in GenTL v1.2 */
enum PAYLOADTYPE_INFO_IDS
{
    PAYLOAD_TYPE_UNKNOWN = 0, /* GenTL v1.2 */
    PAYLOAD_TYPE_IMAGE = 1, /* GenTL v1.2 */
    PAYLOAD_TYPE_RAW_DATA = 2, /* GenTL v1.2 */
    PAYLOAD_TYPE_FILE = 3, /* GenTL v1.2 */
    PAYLOAD_TYPE_CHUNK_DATA = 4, /* GenTL v1.2, Deprecated in GenTL 1.5*/
    PAYLOAD_TYPE_JPEG = 5, /* GenTL v1.4 */
    PAYLOAD_TYPE_JPEG2000 = 6, /* GenTL v1.4 */
    PAYLOAD_TYPE_H264 = 7, /* GenTL v1.4 */
    PAYLOAD_TYPE_CHUNK_ONLY = 8, /* GenTL v1.4 */
    PAYLOAD_TYPE_DEVICE_SPECIFIC = 9, /* GenTL v1.4 */
    PAYLOAD_TYPE_MULTI_PART = 10, /* GenTL v1.5 */

    PAYLOAD_TYPE_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t PAYLOADTYPE_INFO_ID;

/* Enumeration of TLType dependent pixel format namespaces introduced GenTL v1.2 */
enum PIXELFORMAT_NAMESPACE_IDS
{
    PIXELFORMAT_NAMESPACE_UNKNOWN = 0, /* GenTL v1.2 */
    PIXELFORMAT_NAMESPACE_GEV = 1, /* GenTL v1.2 */
    PIXELFORMAT_NAMESPACE_IIDC = 2, /* GenTL v1.2 */
    PIXELFORMAT_NAMESPACE_PFNC_16BIT = 3, /* GenTL v1.4 */
    PIXELFORMAT_NAMESPACE_PFNC_32BIT = 4, /* GenTL v1.4 */

    PIXELFORMAT_NAMESPACE_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t PIXELFORMAT_NAMESPACE_ID; /* GenTL v1.2 */

/* Enumeration of pixel endianness values. Introduced in GenTL v1.4 */
enum PIXELENDIANNESS_IDS
{
    PIXELENDIANNESS_UNKNOWN = 0, /* Unknown pixel endianness. GenTL v1.4 */
    PIXELENDIANNESS_LITTLE = 1, /* Little endian pixel data. GenTL v1.4 */
    PIXELENDIANNESS_BIG = 2 /* Big endian pixel data. GenTL v1.4 */
};
typedef int32_t PIXELENDIANNESS_ID; /* GenTL v1.4*/

/* Enumeration describing which data type is present in given buffer part. Introduced in GenTL v1.5 */
enum PARTDATATYPE_IDS
{
    PART_DATATYPE_UNKNOWN = 0, /* Unknown data type */
    PART_DATATYPE_2D_IMAGE = 1, /* Color or monochrome 2D image. */
    PART_DATATYPE_2D_PLANE_BIPLANAR = 2, /* Single color plane of a planar 2D image consisting of 2 planes. */
    PART_DATATYPE_2D_PLANE_TRIPLANAR = 3, /* Single color plane of a planar 2D image consisting of 3 planes. */
    PART_DATATYPE_2D_PLANE_QUADPLANAR = 4, /* Single color plane of a planar 2D image consisting of 4 planes. */
    PART_DATATYPE_3D_IMAGE = 5, /* 3D image (pixel coordinates). */
    PART_DATATYPE_3D_PLANE_BIPLANAR = 6, /* Single plane of a planar 3D image consisting of 2 planes. */
    PART_DATATYPE_3D_PLANE_TRIPLANAR = 7, /* Single plane of a planar 3D image consisting of 3 planes. */
    PART_DATATYPE_3D_PLANE_QUADPLANAR = 8, /* Single plane of a planar 3D image consisting of 4 planes. */
    PART_DATATYPE_CONFIDENCE_MAP = 9, /* Confidence of the individual pixel values. */

    PART_DATATYPE_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t PARTDATATYPE_ID; /* GenTL v1.5*/

/* This enumeration defines commands to retrieve information with the GenICam::TL::Client::GCGetPortInfo function on a
 * module or remote device handle. */
enum PORT_INFO_CMD_LIST
{
    PORT_INFO_ID = 0, /* STRING     Unique ID of the port. */
    PORT_INFO_VENDOR = 1, /* STRING     Port vendor name. */
    PORT_INFO_MODEL = 2, /* STRING     Port model name. */
    PORT_INFO_TLTYPE = 3, /* STRING     Transport layer technology that is supported. */
    PORT_INFO_MODULE = 4, /* STRING     GenTL Module the port refers to. */
    PORT_INFO_LITTLE_ENDIAN = 5, /* BOOL8      Flag indicating that the port data is little endian. */
    PORT_INFO_BIG_ENDIAN = 6, /* BOOL8      Flag indicating that the port data is big endian. */
    PORT_INFO_ACCESS_READ = 7, /* BOOL8      Port has read access. */
    PORT_INFO_ACCESS_WRITE = 8, /* BOOL8      Port has write access. */
    PORT_INFO_ACCESS_NA = 9, /* BOOL8      Port is not accessible. */
    PORT_INFO_ACCESS_NI = 10, /* BOOL8      Port is not implemented. */
    PORT_INFO_VERSION = 11, /* STRING     Version of the port. */
    PORT_INFO_PORTNAME = 12, /* STRING     Name of the port as referenced in the XML description. */

    PORT_INFO_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t PORT_INFO_CMD;

/* This enumeration defines enum values returned by the URL_INFO_SCHEME command.
 introduced in GenTL v1.5 */
enum URL_SCHEME_IDS
{
    URL_SCHEME_LOCAL = 0, /* The XML can be read from the local register map */
    URL_SCHEME_HTTP = 1, /* The XML can be downloaded from a http server */
    URL_SCHEME_FILE = 2, /* The XML can be read from the local hard drive */

    URL_SCHEME_CUSTOM_ID = 1000 /* Starting value for custom scheme locations */
};
typedef int32_t URL_SCHEME_ID;

/* This enumeration defines commands to retrieve information with the GenICam::TL::Client::GCGetPortURLInfo
 function on a module or remote device handle. Introduced in GenTL v1.1 */
enum URL_INFO_CMD_LIST
{
    URL_INFO_URL = 0, /* STRING     URL as defined in chapter 4.1.2 GenTL v1.1  */
    URL_INFO_SCHEMA_VER_MAJOR = 1, /* INT32      Major version of the schema this URL refers to. GenTL v1.1 */
    URL_INFO_SCHEMA_VER_MINOR = 2, /* INT32      Minor version of the schema this URL refers to. GenTL v1.1 */
    URL_INFO_FILE_VER_MAJOR = 3, /* INT32      Major version of the XML-file this URL refers to. GenTL v1.1 */
    URL_INFO_FILE_VER_MINOR = 4, /* INT32      Minor version of the XML-file this URL refers to. GenTL v1.1 */
    URL_INFO_FILE_VER_SUBMINOR = 5, /* INT32      Subminor version of the XML-file this URL refers to. GenTL v1.1 */
    URL_INFO_FILE_SHA1_HASH = 6, /* BUFFER     160-bit SHA1 Hash code of XML-file. GenTL v1.4 */
    URL_INFO_FILE_REGISTER_ADDRESS = 7, /* UINT64     Register address in the device's register map. GenTL v1.5 */
    URL_INFO_FILE_SIZE = 8, /* UINT64     File size in bytes. GenTL v1.5 */
    URL_INFO_SCHEME = 9, /* INT32      Scheme of the URL as defined in URL_SCHEME_IDS. GenTL v1.5 */
    URL_INFO_FILENAME = 10, /* STRING     File name if the scheme of the URL is file. GenTL v1.5 */

    URL_INFO_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t URL_INFO_CMD; /* GenTL v1.1 */

/* Known event types that can be registered on certain modules with the GenICam::TL::Client::GCRegisterEvent function.
 */
enum EVENT_TYPE_LIST
{
    EVENT_ERROR = 0, /* Notification on module errors. */
    EVENT_NEW_BUFFER = 1, /* Notification on newly filled buffers. */
    EVENT_FEATURE_INVALIDATE = 2, /* Notification if a feature was changed by the GenTL Producer library and thus needs
                                     to be invalidated in the GenICam GenApi instance using the module. */
    EVENT_FEATURE_CHANGE = 3, /* Notification if the GenTL Producer library wants to manually set a feature in the
                                 GenICam GenApi instance using the module. */
    EVENT_REMOTE_DEVICE = 4, /* Notification if the GenTL Producer wants to inform the GenICam GenApi instance of the
                                remote device that a GenApi compatible event was fired. */
    EVENT_MODULE = 5, /* Notification if the GenTL Producer wants to inform the GenICam GenApi instance of the module
                         that a GenApi compatible event was fired.  GenTL v1.4 */

    EVENT_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t EVENT_TYPE;

/* Event info command */
enum EVENT_INFO_CMD_LIST
{
    EVENT_EVENT_TYPE = 0, /* INT32      The event type of the event handle (EVENT_TYPE enum value). */
    EVENT_NUM_IN_QUEUE = 1, /* SIZET      Number of events in the event data queue. */
    EVENT_NUM_FIRED = 2, /* UINT64     Number of events that were fired since the creation of the module. */
    EVENT_SIZE_MAX = 3, /* SIZET      Max size of data carried with an event in bytes. GenTL v1.2 */
    EVENT_INFO_DATA_SIZE_MAX =
        4, /* SIZET      Max size of data provided through EventGetDataInfo in bytes. GenTL v1.2 */

    EVENT_INFO_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t EVENT_INFO_CMD;

/* Event data info command */
enum EVENT_DATA_INFO_CMD_LIST
{
    EVENT_DATA_ID = 0, /* Event specific    Unique Event ID (String or Number)*/
    EVENT_DATA_VALUE = 1, /* Event specific Data */
    EVENT_DATA_NUMID = 2, /* UINT64   Numeric representation of the unique Event ID, GenTL v1.3. */

    EVENT_DATA_CUSTOM_ID = 1000 /* Starting value for GenTL Producer custom IDs. */
};
typedef int32_t EVENT_DATA_INFO_CMD;

/* Structure of the data returned from a signaled "New Buffer" event. */
#pragma pack(push, 1)
typedef struct S_EVENT_NEW_BUFFER
{
    BUFFER_HANDLE BufferHandle; /* Buffer handle which contains new data. */
    void* pUserPointer; /* User pointer provided at announcement of the buffer. */
} EVENT_NEW_BUFFER_DATA;
#pragma pack(pop)

/* Structure to be use with GCWritePortStacked and GCReadPortStacked. */
#pragma pack(push, 1)
typedef struct S_PORT_REGISTER_STACK_ENTRY
{
    uint64_t Address; /* Address of the register. */
    void* pBuffer; /* Pointer to the buffer containing the data. */
    size_t Size; /* Number of bytes to read write. */
} PORT_REGISTER_STACK_ENTRY;
#pragma pack(pop)

#pragma pack(push, 1)
/* Structure carrying information about a single chunk in the buffer, V1.3 */
typedef struct S_SINGLE_CHUNK_DATA
{
    uint64_t ChunkID; /* Numeric representation of ChunkID */
    ptrdiff_t ChunkOffset; /* Chunk offset in the buffer */
    size_t ChunkLength; /* Size of the chunk data */
} SINGLE_CHUNK_DATA;
#pragma pack(pop)


/* C API Interface Functions */
#define GC_API GC_IMPORT_EXPORT GC_ERROR GC_CALLTYPE
GC_API GCGetInfo(TL_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);

GC_API GCGetLastError(GC_ERROR* piErrorCode, char* sErrText, size_t* piSize);

GC_API GCInitLib(void);
GC_API GCCloseLib(void);

GC_API GCReadPort(PORT_HANDLE hPort, uint64_t iAddress, void* pBuffer, size_t* piSize);
GC_API GCWritePort(PORT_HANDLE hPort, uint64_t iAddress, const void* pBuffer, size_t* piSize);
GC_API GCGetPortURL(PORT_HANDLE hPort, char* sURL, size_t* piSize);

GC_API GCGetPortInfo(PORT_HANDLE hPort, PORT_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);

GC_API GCRegisterEvent(EVENTSRC_HANDLE hEventSrc, EVENT_TYPE iEventID, EVENT_HANDLE* phEvent);
GC_API GCUnregisterEvent(EVENTSRC_HANDLE hEventSrc, EVENT_TYPE iEventID);

GC_API EventGetData(EVENT_HANDLE hEvent, void* pBuffer, size_t* piSize, uint64_t iTimeout);
GC_API EventGetDataInfo(EVENT_HANDLE hEvent, const void* pInBuffer, size_t iInSize, EVENT_DATA_INFO_CMD iInfoCmd,
    INFO_DATATYPE* piType, void* pOutBuffer, size_t* piOutSize);
GC_API EventGetInfo(EVENT_HANDLE hEvent, EVENT_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);
GC_API EventFlush(EVENT_HANDLE hEvent);
GC_API EventKill(EVENT_HANDLE hEvent);

GC_API TLOpen(TL_HANDLE* phTL);
GC_API TLClose(TL_HANDLE hTL);
GC_API TLGetInfo(TL_HANDLE hTL, TL_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);

GC_API TLGetNumInterfaces(TL_HANDLE hTL, uint32_t* piNumIfaces);
GC_API TLGetInterfaceID(TL_HANDLE hTL, uint32_t iIndex, char* sID, size_t* piSize);
GC_API TLGetInterfaceInfo(TL_HANDLE hTL, const char* sIfaceID, INTERFACE_INFO_CMD iInfoCmd, INFO_DATATYPE* piType,
    void* pBuffer, size_t* piSize);
GC_API TLOpenInterface(TL_HANDLE hTL, const char* sIfaceID, IF_HANDLE* phIface);
GC_API TLUpdateInterfaceList(TL_HANDLE hTL, bool8_t* pbChanged, uint64_t iTimeout);

GC_API IFClose(IF_HANDLE hIface);
GC_API IFGetInfo(IF_HANDLE hIface, INTERFACE_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);

GC_API IFGetNumDevices(IF_HANDLE hIface, uint32_t* piNumDevices);
GC_API IFGetDeviceID(IF_HANDLE hIface, uint32_t iIndex, char* sIDeviceID, size_t* piSize);
GC_API IFUpdateDeviceList(IF_HANDLE hIface, bool8_t* pbChanged, uint64_t iTimeout);
GC_API IFGetDeviceInfo(IF_HANDLE hIface, const char* sDeviceID, DEVICE_INFO_CMD iInfoCmd, INFO_DATATYPE* piType,
    void* pBuffer, size_t* piSize);
GC_API IFOpenDevice(IF_HANDLE hIface, const char* sDeviceID, DEVICE_ACCESS_FLAGS iOpenFlags, DEV_HANDLE* phDevice);

GC_API DevGetPort(DEV_HANDLE hDevice, PORT_HANDLE* phRemoteDevice);
GC_API DevGetNumDataStreams(DEV_HANDLE hDevice, uint32_t* piNumDataStreams);
GC_API DevGetDataStreamID(DEV_HANDLE hDevice, uint32_t iIndex, char* sDataStreamID, size_t* piSize);
GC_API DevOpenDataStream(DEV_HANDLE hDevice, const char* sDataStreamID, DS_HANDLE* phDataStream);
GC_API DevGetInfo(DEV_HANDLE hDevice, DEVICE_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);
GC_API DevClose(DEV_HANDLE hDevice);

GC_API DSAnnounceBuffer(DS_HANDLE hDataStream, void* pBuffer, size_t iSize, void* pPrivate, BUFFER_HANDLE* phBuffer);
GC_API DSAllocAndAnnounceBuffer(DS_HANDLE hDataStream, size_t iSize, void* pPrivate, BUFFER_HANDLE* phBuffer);
GC_API DSFlushQueue(DS_HANDLE hDataStream, ACQ_QUEUE_TYPE iOperation);
GC_API DSStartAcquisition(DS_HANDLE hDataStream, ACQ_START_FLAGS iStartFlags, uint64_t iNumToAcquire);
GC_API DSStopAcquisition(DS_HANDLE hDataStream, ACQ_STOP_FLAGS iStopFlags);
GC_API DSGetInfo(DS_HANDLE hDataStream, STREAM_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);
GC_API DSGetBufferID(DS_HANDLE hDataStream, uint32_t iIndex, BUFFER_HANDLE* phBuffer);
GC_API DSClose(DS_HANDLE hDataStream);

GC_API DSRevokeBuffer(DS_HANDLE hDataStream, BUFFER_HANDLE hBuffer, void** pBuffer, void** pPrivate);
GC_API DSQueueBuffer(DS_HANDLE hDataStream, BUFFER_HANDLE hBuffer);
GC_API DSGetBufferInfo(DS_HANDLE hDataStream, BUFFER_HANDLE hBuffer, BUFFER_INFO_CMD iInfoCmd, INFO_DATATYPE* piType,
    void* pBuffer, size_t* piSize);

/* GenTL v1.1 */
GC_API GCGetNumPortURLs(PORT_HANDLE hPort, uint32_t* piNumURLs);
GC_API GCGetPortURLInfo(
    PORT_HANDLE hPort, uint32_t iURLIndex, URL_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);
GC_API GCReadPortStacked(PORT_HANDLE hPort, PORT_REGISTER_STACK_ENTRY* pEntries, size_t* piNumEntries);
GC_API GCWritePortStacked(PORT_HANDLE hPort, PORT_REGISTER_STACK_ENTRY* pEntries, size_t* piNumEntries);

/* GenTL v1.3 */
GC_API DSGetBufferChunkData(
    DS_HANDLE hDataStream, BUFFER_HANDLE hBuffer, SINGLE_CHUNK_DATA* pChunkData, size_t* piNumChunks);

/* GenTL v1.4 */
GC_API IFGetParentTL(IF_HANDLE hIface, TL_HANDLE* phSystem);
GC_API DevGetParentIF(DEV_HANDLE hDevice, IF_HANDLE* phIface);
GC_API DSGetParentDev(DS_HANDLE hDataStream, DEV_HANDLE* phDevice);

/* GenTL v1.5 */
GC_API DSGetNumBufferParts(DS_HANDLE hDataStream, BUFFER_HANDLE hBuffer, uint32_t* piNumParts);
GC_API DSGetBufferPartInfo(DS_HANDLE hDataStream, BUFFER_HANDLE hBuffer, uint32_t iPartIndex,
    BUFFER_PART_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);

/* typedefs for dynamic loading */
#define GC_API_P(function) typedef GC_ERROR(GC_CALLTYPE* function)
GC_API_P(PGCGetInfo)(TL_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);
GC_API_P(PGCGetLastError)(GC_ERROR* piErrorCode, char* sErrText, size_t* piSize);
GC_API_P(PGCInitLib)(void);
GC_API_P(PGCCloseLib)(void);
GC_API_P(PGCReadPort)(PORT_HANDLE hPort, uint64_t iAddress, void* pBuffer, size_t* piSize);
GC_API_P(PGCWritePort)(PORT_HANDLE hPort, uint64_t iAddress, const void* pBuffer, size_t* piSize);
GC_API_P(PGCGetPortURL)(PORT_HANDLE hPort, char* sURL, size_t* piSize);
GC_API_P(PGCGetPortInfo)
(PORT_HANDLE hPort, PORT_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);

GC_API_P(PGCRegisterEvent)(EVENTSRC_HANDLE hEventSrc, EVENT_TYPE iEventID, EVENT_HANDLE* phEvent);
GC_API_P(PGCUnregisterEvent)(EVENTSRC_HANDLE hEventSrc, EVENT_TYPE iEventID);
GC_API_P(PEventGetData)(EVENT_HANDLE hEvent, void* pBuffer, size_t* piSize, uint64_t iTimeout);
GC_API_P(PEventGetDataInfo)
(EVENT_HANDLE hEvent, const void* pInBuffer, size_t iInSize, EVENT_DATA_INFO_CMD iInfoCmd, INFO_DATATYPE* piType,
    void* pOutBuffer, size_t* piOutSize);
GC_API_P(PEventGetInfo)
(EVENT_HANDLE hEvent, EVENT_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);
GC_API_P(PEventFlush)(EVENT_HANDLE hEvent);
GC_API_P(PEventKill)(EVENT_HANDLE hEvent);
GC_API_P(PTLOpen)(TL_HANDLE* phTL);
GC_API_P(PTLClose)(TL_HANDLE hTL);
GC_API_P(PTLGetInfo)(TL_HANDLE hTL, TL_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);
GC_API_P(PTLGetNumInterfaces)(TL_HANDLE hTL, uint32_t* piNumIfaces);
GC_API_P(PTLGetInterfaceID)(TL_HANDLE hTL, uint32_t iIndex, char* sID, size_t* piSize);
GC_API_P(PTLGetInterfaceInfo)
(TL_HANDLE hTL, const char* sIfaceID, INTERFACE_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer,
    size_t* piSize);
GC_API_P(PTLOpenInterface)(TL_HANDLE hTL, const char* sIfaceID, IF_HANDLE* phIface);
GC_API_P(PTLUpdateInterfaceList)(TL_HANDLE hTL, bool8_t* pbChanged, uint64_t iTimeout);
GC_API_P(PIFClose)(IF_HANDLE hIface);
GC_API_P(PIFGetInfo)
(IF_HANDLE hIface, INTERFACE_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);
GC_API_P(PIFGetNumDevices)(IF_HANDLE hIface, uint32_t* piNumDevices);
GC_API_P(PIFGetDeviceID)(IF_HANDLE hIface, uint32_t iIndex, char* sIDeviceID, size_t* piSize);
GC_API_P(PIFUpdateDeviceList)(IF_HANDLE hIface, bool8_t* pbChanged, uint64_t iTimeout);
GC_API_P(PIFGetDeviceInfo)
(IF_HANDLE hIface, const char* sDeviceID, DEVICE_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer,
    size_t* piSize);
GC_API_P(PIFOpenDevice)(IF_HANDLE hIface, const char* sDeviceID, DEVICE_ACCESS_FLAGS iOpenFlags, DEV_HANDLE* phDevice);

GC_API_P(PDevGetPort)(DEV_HANDLE hDevice, PORT_HANDLE* phRemoteDevice);
GC_API_P(PDevGetNumDataStreams)(DEV_HANDLE hDevice, uint32_t* piNumDataStreams);
GC_API_P(PDevGetDataStreamID)(DEV_HANDLE hDevice, uint32_t iIndex, char* sDataStreamID, size_t* piSize);
GC_API_P(PDevOpenDataStream)(DEV_HANDLE hDevice, const char* sDataStreamID, DS_HANDLE* phDataStream);
GC_API_P(PDevGetInfo)
(DEV_HANDLE hDevice, DEVICE_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);
GC_API_P(PDevClose)(DEV_HANDLE hDevice);

GC_API_P(PDSAnnounceBuffer)
(DS_HANDLE hDataStream, void* pBuffer, size_t iSize, void* pPrivate, BUFFER_HANDLE* phBuffer);
GC_API_P(PDSAllocAndAnnounceBuffer)(DS_HANDLE hDataStream, size_t iSize, void* pPrivate, BUFFER_HANDLE* phBuffer);
GC_API_P(PDSFlushQueue)(DS_HANDLE hDataStream, ACQ_QUEUE_TYPE iOperation);
GC_API_P(PDSStartAcquisition)(DS_HANDLE hDataStream, ACQ_START_FLAGS iStartFlags, uint64_t iNumToAcquire);
GC_API_P(PDSStopAcquisition)(DS_HANDLE hDataStream, ACQ_STOP_FLAGS iStopFlags);
GC_API_P(PDSGetInfo)
(DS_HANDLE hDataStream, STREAM_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);
GC_API_P(PDSGetBufferID)(DS_HANDLE hDataStream, uint32_t iIndex, BUFFER_HANDLE* phBuffer);
GC_API_P(PDSClose)(DS_HANDLE hDataStream);
GC_API_P(PDSRevokeBuffer)(DS_HANDLE hDataStream, BUFFER_HANDLE hBuffer, void** pBuffer, void** pPrivate);
GC_API_P(PDSQueueBuffer)(DS_HANDLE hDataStream, BUFFER_HANDLE hBuffer);
GC_API_P(PDSGetBufferInfo)
(DS_HANDLE hDataStream, BUFFER_HANDLE hBuffer, BUFFER_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer,
    size_t* piSize);

/* GenTL v1.1 */
GC_API_P(PGCGetNumPortURLs)(PORT_HANDLE hPort, uint32_t* iNumURLs);
GC_API_P(PGCGetPortURLInfo)
(PORT_HANDLE hPort, uint32_t iURLIndex, URL_INFO_CMD iInfoCmd, INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);
GC_API_P(PGCReadPortStacked)(PORT_HANDLE hPort, PORT_REGISTER_STACK_ENTRY* pEntries, size_t* piNumEntries);
GC_API_P(PGCWritePortStacked)(PORT_HANDLE hPort, PORT_REGISTER_STACK_ENTRY* pEntries, size_t* piNumEntries);

/* GenTL v1.3 */
GC_API_P(PDSGetBufferChunkData)
(DS_HANDLE hDataStream, BUFFER_HANDLE hBuffer, SINGLE_CHUNK_DATA* pChunkData, size_t* piNumChunks);

/* GenTL v1.4 */
GC_API_P(PIFGetParentTL)(IF_HANDLE hIface, TL_HANDLE* phSystem);
GC_API_P(PDevGetParentIF)(DEV_HANDLE hDevice, IF_HANDLE* phIface);
GC_API_P(PDSGetParentDev)(DS_HANDLE hDataStream, DEV_HANDLE* phDevice);

/* GenTL v1.5 */
GC_API_P(PDSGetNumBufferParts)(DS_HANDLE hDataStream, BUFFER_HANDLE hBuffer, uint32_t* piNumParts);
GC_API_P(PDSGetBufferPartInfo)
(DS_HANDLE hDataStream, BUFFER_HANDLE hBuffer, uint32_t iPartIndex, BUFFER_PART_INFO_CMD iInfoCmd,
    INFO_DATATYPE* piType, void* pBuffer, size_t* piSize);
#ifdef __cplusplus
} /* end of namespace GenTL */
} /* end of extern "C" */
#endif
#endif /* GC_TLI_CLIENT_H_ */