libtiepie-hw.h

 
#ifndef _LIBTIEPIE_HW_H_
#define _LIBTIEPIE_HW_H_
 
#ifdef __cplusplus
  #include <cstdlib>
  #include <cstdint>
#else
  #include <stdlib.h>
  #include <stdint.h>
#endif
 
#ifndef TIEPIE_HW_API
  #define TIEPIE_HW_API
#endif
 
#ifdef __cplusplus
extern "C"
{
#endif
 
#define TIEPIE_HW_VERSION_MAJOR   1
#define TIEPIE_HW_VERSION_MINOR   4
#define TIEPIE_HW_VERSION_PATCH   0
#define TIEPIE_HW_VERSION_NUMBER  "1.4.0"
#define TIEPIE_HW_VERSION         "1.4.0"
 
#define TIEPIE_HW_HANDLE_INVALID  0
 
#define TIEPIE_HW_BOOL_FALSE 0
#define TIEPIE_HW_BOOL_TRUE 1
 
#define TIEPIE_HW_INTERFACE_DEVICE        0x0000000000000001
#define TIEPIE_HW_INTERFACE_OSCILLOSCOPE  0x0000000000000002
#define TIEPIE_HW_INTERFACE_GENERATOR     0x0000000000000004
#define TIEPIE_HW_INTERFACE_SERVER        0x0000000000000010
 
#define TIEPIE_HW_INTERFACE_COUNT 4
 
#define TIEPIE_HW_DEVICETYPE_OSCILLOSCOPE  0x00000001 
#define TIEPIE_HW_DEVICETYPE_GENERATOR     0x00000002 
 
#define TIEPIE_HW_DEVICETYPE_COUNT  2   
 
#define TIEPIE_HW_CONNECTORTYPE_UNKNOWN  0x00000000
 
#define TIEPIE_HW_CONNECTORTYPE_BNC        0x00000001
#define TIEPIE_HW_CONNECTORTYPE_BANANA     0x00000002
#define TIEPIE_HW_CONNECTORTYPE_POWERPLUG  0x00000004
 
#define TIEPIE_HW_CONNECTORTYPE_COUNT  3  
 
#define TIEPIE_HW_CONNECTORTYPE_MASK  (TIEPIE_HW_CONNECTORTYPE_BNC | TIEPIE_HW_CONNECTORTYPE_BANANA | TIEPIE_HW_CONNECTORTYPE_POWERPLUG)
 
#define TIEPIE_HW_DATARAWTYPE_UNKNOWN  0x00000000
 
#define TIEPIE_HW_DATARAWTYPE_INT8     0x00000001 
#define TIEPIE_HW_DATARAWTYPE_INT16    0x00000002 
#define TIEPIE_HW_DATARAWTYPE_INT32    0x00000004 
#define TIEPIE_HW_DATARAWTYPE_INT64    0x00000008 
 
#define TIEPIE_HW_DATARAWTYPE_UINT8    0x00000010 
#define TIEPIE_HW_DATARAWTYPE_UINT16   0x00000020 
#define TIEPIE_HW_DATARAWTYPE_UINT32   0x00000040 
#define TIEPIE_HW_DATARAWTYPE_UINT64   0x00000080 
 
#define TIEPIE_HW_DATARAWTYPE_FLOAT32  0x00000100 
#define TIEPIE_HW_DATARAWTYPE_FLOAT64  0x00000200 
 
#define TIEPIE_HW_DATARAWTYPE_COUNT  10  
 
#define TIEPIE_HW_DATARAWTYPE_MASK_INT (TIEPIE_HW_DATARAWTYPE_INT8 | TIEPIE_HW_DATARAWTYPE_INT16 | TIEPIE_HW_DATARAWTYPE_INT32 | TIEPIE_HW_DATARAWTYPE_INT64)
#define TIEPIE_HW_DATARAWTYPE_MASK_UINT (TIEPIE_HW_DATARAWTYPE_UINT8 | TIEPIE_HW_DATARAWTYPE_UINT16 | TIEPIE_HW_DATARAWTYPE_UINT32 | TIEPIE_HW_DATARAWTYPE_UINT64)
#define TIEPIE_HW_DATARAWTYPE_MASK_FLOAT (TIEPIE_HW_DATARAWTYPE_FLOAT32 | TIEPIE_HW_DATARAWTYPE_FLOAT64 )
#define TIEPIE_HW_DATARAWTYPE_MASK_FIXED (TIEPIE_HW_DATARAWTYPE_MASK_INT | TIEPIE_HW_DATARAWTYPE_MASK_UINT)
 
#define TIEPIE_HW_TRISTATE_UNDEFINED 0 
#define TIEPIE_HW_TRISTATE_FALSE     1 
#define TIEPIE_HW_TRISTATE_TRUE      2 
 
#define TIEPIE_HW_TRIGGERIO_INDEX_INVALID  0xffff
 
#define TIEPIE_HW_STRING_LENGTH_NULL_TERMINATED  0xffffffff
 
#define TIEPIE_HW_SERVER_STATUS_DISCONNECTED   0
#define TIEPIE_HW_SERVER_STATUS_CONNECTING     1
#define TIEPIE_HW_SERVER_STATUS_CONNECTED      2
#define TIEPIE_HW_SERVER_STATUS_DISCONNECTING  3
 
#define TIEPIE_HW_SERVER_ERROR_NONE                  0
#define TIEPIE_HW_SERVER_ERROR_UNKNOWN               1
#define TIEPIE_HW_SERVER_ERROR_CONNECTIONREFUSED     2
#define TIEPIE_HW_SERVER_ERROR_NETWORKUNREACHABLE    3
#define TIEPIE_HW_SERVER_ERROR_TIMEDOUT              4
#define TIEPIE_HW_SERVER_ERROR_HOSTNAMELOOKUPFAILED  5
 
 
#define TIEPIE_HW_RANGEINDEX_AUTO  0xffffffff 
 
 
#define TIEPIE_HW_POINTER_ARRAY_MAX_LENGTH 256
 
#define TIEPIE_HW_ARMN_COUNT  3 
 
#define TIEPIE_HW_ARMB_DISABLED    0
#define TIEPIE_HW_ARMB_NATIVEONLY  1
#define TIEPIE_HW_ARMB_ALL         2
 
#define TIEPIE_HW_ARM_UNKNOWN     0 
 
#define TIEPIE_HW_ARM_DISABLED    (1 << TIEPIE_HW_ARMB_DISABLED)   
#define TIEPIE_HW_ARM_NATIVEONLY  (1 << TIEPIE_HW_ARMB_NATIVEONLY) 
#define TIEPIE_HW_ARM_ALL         (1 << TIEPIE_HW_ARMB_ALL)        
 
#define TIEPIE_HW_ARMM_NONE    0
#define TIEPIE_HW_ARMM_ALL     ((1 << TIEPIE_HW_ARMN_COUNT) - 1)
#define TIEPIE_HW_ARMM_ENABLED (TIEPIE_HW_ARMM_ALL & ~TIEPIE_HW_ARM_DISABLED)
 
#define TIEPIE_HW_CKN_COUNT  5 
 
#define TIEPIE_HW_CKB_DCV    0  
#define TIEPIE_HW_CKB_ACV    1  
#define TIEPIE_HW_CKB_DCA    2  
#define TIEPIE_HW_CKB_ACA    3  
#define TIEPIE_HW_CKB_OHM    4  
 
#define TIEPIE_HW_CK_UNKNOWN 0                  
 
#define TIEPIE_HW_CK_DCV     (1 << TIEPIE_HW_CKB_DCV)   
#define TIEPIE_HW_CK_ACV     (1 << TIEPIE_HW_CKB_ACV)   
#define TIEPIE_HW_CK_DCA     (1 << TIEPIE_HW_CKB_DCA)   
#define TIEPIE_HW_CK_ACA     (1 << TIEPIE_HW_CKB_ACA)   
#define TIEPIE_HW_CK_OHM     (1 << TIEPIE_HW_CKB_OHM)   
 
#define TIEPIE_HW_CKM_NONE  0
#define TIEPIE_HW_CKM_V     (TIEPIE_HW_CK_DCV | TIEPIE_HW_CK_ACV) 
#define TIEPIE_HW_CKM_A     (TIEPIE_HW_CK_DCA | TIEPIE_HW_CK_ACA) 
#define TIEPIE_HW_CKM_OHM   (TIEPIE_HW_CK_OHM)          
 
#define TIEPIE_HW_CKM_ASYMMETRICRANGE (TIEPIE_HW_CKM_OHM)       
#define TIEPIE_HW_CKM_SYMMETRICRANGE  (TIEPIE_HW_CKM_V | TIEPIE_HW_CKM_A) 
 
#define TIEPIE_HW_CKM_DC (TIEPIE_HW_CK_DCV | TIEPIE_HW_CK_DCA | TIEPIE_HW_CK_OHM)
#define TIEPIE_HW_CKM_AC (TIEPIE_HW_CK_ACV | TIEPIE_HW_CK_ACA)
 
#define TIEPIE_HW_CON_COUNT  3 
 
#define TIEPIE_HW_COB_DISABLED  0 
#define TIEPIE_HW_COB_SAMPLE    1 
#define TIEPIE_HW_COB_FIXED     2 
 
#define TIEPIE_HW_CO_DISABLED  (1 << TIEPIE_HW_COB_DISABLED) 
#define TIEPIE_HW_CO_SAMPLE    (1 << TIEPIE_HW_COB_SAMPLE)   
#define TIEPIE_HW_CO_FIXED     (1 << TIEPIE_HW_COB_FIXED)    
 
#define TIEPIE_HW_COM_NONE       0
#define TIEPIE_HW_COM_ALL        ((1 << TIEPIE_HW_CON_COUNT) - 1)
#define TIEPIE_HW_COM_ENABLED    (TIEPIE_HW_COM_ALL & ~TIEPIE_HW_CO_DISABLED)
#define TIEPIE_HW_COM_FREQUENCY  (TIEPIE_HW_CO_FIXED)
 
#define TIEPIE_HW_CSN_COUNT  2 
 
#define TIEPIE_HW_CSB_EXTERNAL  0 
#define TIEPIE_HW_CSB_INTERNAL  1 
 
#define TIEPIE_HW_CS_EXTERNAL  (1 << TIEPIE_HW_CSB_EXTERNAL)  
#define TIEPIE_HW_CS_INTERNAL  (1 << TIEPIE_HW_CSB_INTERNAL)  
 
#define TIEPIE_HW_CSM_NONE       0
#define TIEPIE_HW_CSM_ALL        ((1 << TIEPIE_HW_CSN_COUNT) - 1)
#define TIEPIE_HW_CSM_FREQUENCY  (TIEPIE_HW_CS_EXTERNAL)
 
#define TIEPIE_HW_FMN_COUNT  2 
 
#define TIEPIE_HW_FMB_SIGNALFREQUENCY  0
#define TIEPIE_HW_FMB_SAMPLERATE       1
 
#define TIEPIE_HW_FM_UNKNOWN 0x00000000
 
#define TIEPIE_HW_FM_SIGNALFREQUENCY (1 << TIEPIE_HW_FMB_SIGNALFREQUENCY)
#define TIEPIE_HW_FM_SAMPLERATE      (1 << TIEPIE_HW_FMB_SAMPLERATE)
 
#define TIEPIE_HW_FMM_NONE  0x00000000
#define TIEPIE_HW_FMM_ALL   ((1 << TIEPIE_HW_FMN_COUNT) - 1)
 
#define TIEPIE_HW_GMN_COUNT  12 
 
#define TIEPIE_HW_GMB_CONTINUOUS                  0
#define TIEPIE_HW_GMB_BURST_COUNT                 1
#define TIEPIE_HW_GMB_GATED_PERIODS               2
#define TIEPIE_HW_GMB_GATED                       3
#define TIEPIE_HW_GMB_GATED_PERIOD_START          4
#define TIEPIE_HW_GMB_GATED_PERIOD_FINISH         5
#define TIEPIE_HW_GMB_GATED_RUN                   6
#define TIEPIE_HW_GMB_GATED_RUN_OUTPUT            7
#define TIEPIE_HW_GMB_BURST_SAMPLE_COUNT          8
#define TIEPIE_HW_GMB_BURST_SAMPLE_COUNT_OUTPUT   9
#define TIEPIE_HW_GMB_BURST_SEGMENT_COUNT         10
#define TIEPIE_HW_GMB_BURST_SEGMENT_COUNT_OUTPUT  11
 
#define TIEPIE_HW_GM_UNKNOWN  0
 
#define TIEPIE_HW_GM_CONTINUOUS                  (1 << TIEPIE_HW_GMB_CONTINUOUS)
#define TIEPIE_HW_GM_BURST_COUNT                 (1 << TIEPIE_HW_GMB_BURST_COUNT)
#define TIEPIE_HW_GM_GATED_PERIODS               (1 << TIEPIE_HW_GMB_GATED_PERIODS)
#define TIEPIE_HW_GM_GATED                       (1 << TIEPIE_HW_GMB_GATED)
#define TIEPIE_HW_GM_GATED_PERIOD_START          (1 << TIEPIE_HW_GMB_GATED_PERIOD_START)
#define TIEPIE_HW_GM_GATED_PERIOD_FINISH         (1 << TIEPIE_HW_GMB_GATED_PERIOD_FINISH)
#define TIEPIE_HW_GM_GATED_RUN                   (1 << TIEPIE_HW_GMB_GATED_RUN)
#define TIEPIE_HW_GM_GATED_RUN_OUTPUT            (1 << TIEPIE_HW_GMB_GATED_RUN_OUTPUT)
#define TIEPIE_HW_GM_BURST_SAMPLE_COUNT          (1 << TIEPIE_HW_GMB_BURST_SAMPLE_COUNT)
#define TIEPIE_HW_GM_BURST_SAMPLE_COUNT_OUTPUT   (1 << TIEPIE_HW_GMB_BURST_SAMPLE_COUNT_OUTPUT)
#define TIEPIE_HW_GM_BURST_SEGMENT_COUNT         (1 << TIEPIE_HW_GMB_BURST_SEGMENT_COUNT)
#define TIEPIE_HW_GM_BURST_SEGMENT_COUNT_OUTPUT  (1 << TIEPIE_HW_GMB_BURST_SEGMENT_COUNT_OUTPUT)
 
#define TIEPIE_HW_GMM_NONE                 0
#define TIEPIE_HW_GMM_BURST_COUNT          (TIEPIE_HW_GM_BURST_COUNT)
#define TIEPIE_HW_GMM_GATED                (TIEPIE_HW_GM_GATED_PERIODS | TIEPIE_HW_GM_GATED | TIEPIE_HW_GM_GATED_PERIOD_START | TIEPIE_HW_GM_GATED_PERIOD_FINISH | TIEPIE_HW_GM_GATED_RUN | TIEPIE_HW_GM_GATED_RUN_OUTPUT)
#define TIEPIE_HW_GMM_BURST_SAMPLE_COUNT   (TIEPIE_HW_GM_BURST_SAMPLE_COUNT | TIEPIE_HW_GM_BURST_SAMPLE_COUNT_OUTPUT)
#define TIEPIE_HW_GMM_BURST_SEGMENT_COUNT  (TIEPIE_HW_GM_BURST_SEGMENT_COUNT | TIEPIE_HW_GM_BURST_SEGMENT_COUNT_OUTPUT)
#define TIEPIE_HW_GMM_BURST                (TIEPIE_HW_GMM_BURST_COUNT | TIEPIE_HW_GMM_BURST_SAMPLE_COUNT | TIEPIE_HW_GMM_BURST_SEGMENT_COUNT)
#define TIEPIE_HW_GMM_REQUIRE_TRIGGER      (TIEPIE_HW_GMM_GATED | TIEPIE_HW_GMM_BURST_SAMPLE_COUNT | TIEPIE_HW_GMM_BURST_SEGMENT_COUNT)  
#define TIEPIE_HW_GMM_ALL                  ((1ULL << TIEPIE_HW_GMN_COUNT) - 1)
 
#define TIEPIE_HW_GMM_SIGNALFREQUENCY  (TIEPIE_HW_GMM_ALL & ~TIEPIE_HW_GMM_BURST_SAMPLE_COUNT)  
#define TIEPIE_HW_GMM_SAMPLERATE       (TIEPIE_HW_GMM_ALL)                            
 
#define TIEPIE_HW_GMM_SINE         (TIEPIE_HW_GMM_SIGNALFREQUENCY)                             
#define TIEPIE_HW_GMM_TRIANGLE     (TIEPIE_HW_GMM_SIGNALFREQUENCY)                             
#define TIEPIE_HW_GMM_SQUARE       (TIEPIE_HW_GMM_SIGNALFREQUENCY)                             
#define TIEPIE_HW_GMM_DC           (TIEPIE_HW_GM_CONTINUOUS)                                   
#define TIEPIE_HW_GMM_NOISE        (TIEPIE_HW_GM_CONTINUOUS | TIEPIE_HW_GM_GATED)                        
#define TIEPIE_HW_GMM_ARBITRARY    (TIEPIE_HW_GMM_SIGNALFREQUENCY | TIEPIE_HW_GMM_SAMPLERATE)            
#define TIEPIE_HW_GMM_PULSE        (TIEPIE_HW_GMM_SIGNALFREQUENCY & ~TIEPIE_HW_GMM_BURST_SEGMENT_COUNT)  
 
#define TIEPIE_HW_GSN_COUNT  4 
 
#define TIEPIE_HW_GSB_STOPPED      0
#define TIEPIE_HW_GSB_RUNNING      1
#define TIEPIE_HW_GSB_BURSTACTIVE  2
#define TIEPIE_HW_GSB_WAITING      3
 
#define TIEPIE_HW_GS_STOPPED      (1 << TIEPIE_HW_GSB_STOPPED)     
#define TIEPIE_HW_GS_RUNNING      (1 << TIEPIE_HW_GSB_RUNNING)     
#define TIEPIE_HW_GS_BURSTACTIVE  (1 << TIEPIE_HW_GSB_BURSTACTIVE) 
#define TIEPIE_HW_GS_WAITING      (1 << TIEPIE_HW_GSB_WAITING)     
 
#define TIEPIE_HW_GSM_NONE  0
#define TIEPIE_HW_GSM_ALL   ((1UL << TIEPIE_HW_GSN_COUNT) - 1)
 
#define TIEPIE_HW_MMN_COUNT  2 
 
#define TIEPIE_HW_MMB_STREAM 0 
#define TIEPIE_HW_MMB_BLOCK  1 
 
#define TIEPIE_HW_MMM_NONE 0
#define TIEPIE_HW_MMM_ALL  ((1 << TIEPIE_HW_MMN_COUNT) - 1)
 
#define TIEPIE_HW_MM_UNKNOWN 0                   
 
#define TIEPIE_HW_MM_STREAM  (1 << TIEPIE_HW_MMB_STREAM) 
#define TIEPIE_HW_MM_BLOCK   (1 << TIEPIE_HW_MMB_BLOCK ) 
 
#define TIEPIE_HW_STN_COUNT  7 
 
#define TIEPIE_HW_STB_SINE       0
#define TIEPIE_HW_STB_TRIANGLE   1
#define TIEPIE_HW_STB_SQUARE     2
#define TIEPIE_HW_STB_DC         3
#define TIEPIE_HW_STB_NOISE      4
#define TIEPIE_HW_STB_ARBITRARY  5
#define TIEPIE_HW_STB_PULSE      6
 
#define TIEPIE_HW_ST_UNKNOWN     0
 
#define TIEPIE_HW_ST_SINE        (1 << TIEPIE_HW_STB_SINE)
#define TIEPIE_HW_ST_TRIANGLE    (1 << TIEPIE_HW_STB_TRIANGLE)
#define TIEPIE_HW_ST_SQUARE      (1 << TIEPIE_HW_STB_SQUARE)
#define TIEPIE_HW_ST_DC          (1 << TIEPIE_HW_STB_DC)
#define TIEPIE_HW_ST_NOISE       (1 << TIEPIE_HW_STB_NOISE)
#define TIEPIE_HW_ST_ARBITRARY   (1 << TIEPIE_HW_STB_ARBITRARY)
#define TIEPIE_HW_ST_PULSE       (1 << TIEPIE_HW_STB_PULSE)
 
#define TIEPIE_HW_STM_NONE       0
 
#define TIEPIE_HW_STM_AMPLITUDE         (TIEPIE_HW_ST_SINE | TIEPIE_HW_ST_TRIANGLE | TIEPIE_HW_ST_SQUARE         | TIEPIE_HW_ST_NOISE | TIEPIE_HW_ST_ARBITRARY | TIEPIE_HW_ST_PULSE)
#define TIEPIE_HW_STM_OFFSET            (TIEPIE_HW_ST_SINE | TIEPIE_HW_ST_TRIANGLE | TIEPIE_HW_ST_SQUARE | TIEPIE_HW_ST_DC | TIEPIE_HW_ST_NOISE | TIEPIE_HW_ST_ARBITRARY | TIEPIE_HW_ST_PULSE)
#define TIEPIE_HW_STM_FREQUENCY         (TIEPIE_HW_ST_SINE | TIEPIE_HW_ST_TRIANGLE | TIEPIE_HW_ST_SQUARE         | TIEPIE_HW_ST_NOISE | TIEPIE_HW_ST_ARBITRARY | TIEPIE_HW_ST_PULSE)
#define TIEPIE_HW_STM_PHASE             (TIEPIE_HW_ST_SINE | TIEPIE_HW_ST_TRIANGLE | TIEPIE_HW_ST_SQUARE                    | TIEPIE_HW_ST_ARBITRARY | TIEPIE_HW_ST_PULSE)
#define TIEPIE_HW_STM_SYMMETRY          (TIEPIE_HW_ST_SINE | TIEPIE_HW_ST_TRIANGLE | TIEPIE_HW_ST_SQUARE                                             )
#define TIEPIE_HW_STM_WIDTH             (                                                                      TIEPIE_HW_ST_PULSE)
#define TIEPIE_HW_STM_LEADINGEDGETIME   (                                                                      TIEPIE_HW_ST_PULSE)
#define TIEPIE_HW_STM_TRAILINGEDGETIME  (                                                                      TIEPIE_HW_ST_PULSE)
#define TIEPIE_HW_STM_DATALENGTH        (                                                       TIEPIE_HW_ST_ARBITRARY           )
#define TIEPIE_HW_STM_DATA              (                                                       TIEPIE_HW_ST_ARBITRARY           )
 
#define TIEPIE_HW_STM_EDGETIME (TIEPIE_HW_STM_LEADINGEDGETIME & TIEPIE_HW_STM_TRAILINGEDGETIME)
 
#define TIEPIE_HW_TCN_COUNT  5 
 
#define TIEPIE_HW_TCB_NONE     0
#define TIEPIE_HW_TCB_SMALLER  1
#define TIEPIE_HW_TCB_LARGER   2
#define TIEPIE_HW_TCB_INSIDE   3
#define TIEPIE_HW_TCB_OUTSIDE  4
 
#define TIEPIE_HW_TC_UNKNOWN  0
 
#define TIEPIE_HW_TC_NONE     (1 << TIEPIE_HW_TCB_NONE)
#define TIEPIE_HW_TC_SMALLER  (1 << TIEPIE_HW_TCB_SMALLER)
#define TIEPIE_HW_TC_LARGER   (1 << TIEPIE_HW_TCB_LARGER)
#define TIEPIE_HW_TC_INSIDE   (1 << TIEPIE_HW_TCB_INSIDE)
#define TIEPIE_HW_TC_OUTSIDE  (1 << TIEPIE_HW_TCB_OUTSIDE)
 
#define TIEPIE_HW_TCM_NONE     0 
#define TIEPIE_HW_TCM_ALL      ((1 << TIEPIE_HW_TCN_COUNT) - 1) 
#define TIEPIE_HW_TCM_ENABLED  (TIEPIE_HW_TCM_ALL & ~TIEPIE_HW_TC_NONE) 
 
#define TIEPIE_HW_TRIGGER_IO_ID(pgid , sgid, fid)  ((TIEPIE_HW_DN_MAIN << TIEPIE_HW_TIOID_SHIFT_DN) | ((pgid) << TIEPIE_HW_TIOID_SHIFT_PGID) | ((sgid) << TIEPIE_HW_TIOID_SHIFT_SGID) | ((fid) << TIEPIE_HW_TIOID_SHIFT_FID))
 
#define TIEPIE_HW_COMBI_TRIGGER_IO_ID(dn, tiid)  (((dn) << TIEPIE_HW_TIOID_SHIFT_DN) | ((tiid) & ((1 << TIEPIE_HW_TIOID_SHIFT_DN) - 1)))
 
#define TIEPIE_HW_DN_MAIN        0 
#define TIEPIE_HW_DN_SUB_FIRST   1 
#define TIEPIE_HW_DN_SUB_SECOND  2 
 
#define TIEPIE_HW_PGID_OSCILLOSCOPE   1 
#define TIEPIE_HW_PGID_GENERATOR      2 
#define TIEPIE_HW_PGID_EXTERNAL_DSUB  3 
 
#define TIEPIE_HW_SGID_MAIN      0 
#define TIEPIE_HW_SGID_CHANNEL1  1
#define TIEPIE_HW_SGID_CHANNEL2  2
 
#define TIEPIE_HW_SGID_PIN1  1
#define TIEPIE_HW_SGID_PIN2  2
#define TIEPIE_HW_SGID_PIN3  3
 
#define TIEPIE_HW_FID_SCP_TRIGGERED  0
 
#define TIEPIE_HW_FID_GEN_START       0
#define TIEPIE_HW_FID_GEN_STOP        1
#define TIEPIE_HW_FID_GEN_NEW_PERIOD  2
 
 
#define TIEPIE_HW_FID_EXT_TRIGGERED  0
 
#define TIEPIE_HW_TIOID_SHIFT_PGID  20
#define TIEPIE_HW_TIOID_SHIFT_DN    24
#define TIEPIE_HW_TIOID_SHIFT_SGID  8
#define TIEPIE_HW_TIOID_SHIFT_FID   0
 
#define TIEPIE_HW_TIID_INVALID              0
#define TIEPIE_HW_TIID_EXT1                 TIEPIE_HW_TRIGGER_IO_ID(TIEPIE_HW_PGID_EXTERNAL_DSUB, TIEPIE_HW_SGID_PIN1, TIEPIE_HW_FID_EXT_TRIGGERED )
#define TIEPIE_HW_TIID_EXT2                 TIEPIE_HW_TRIGGER_IO_ID(TIEPIE_HW_PGID_EXTERNAL_DSUB, TIEPIE_HW_SGID_PIN2, TIEPIE_HW_FID_EXT_TRIGGERED )
#define TIEPIE_HW_TIID_EXT3                 TIEPIE_HW_TRIGGER_IO_ID(TIEPIE_HW_PGID_EXTERNAL_DSUB, TIEPIE_HW_SGID_PIN3, TIEPIE_HW_FID_EXT_TRIGGERED )
#define TIEPIE_HW_TIID_GENERATOR_START      TIEPIE_HW_TRIGGER_IO_ID(TIEPIE_HW_PGID_GENERATOR    , TIEPIE_HW_SGID_MAIN, TIEPIE_HW_FID_GEN_START     )
#define TIEPIE_HW_TIID_GENERATOR_STOP       TIEPIE_HW_TRIGGER_IO_ID(TIEPIE_HW_PGID_GENERATOR    , TIEPIE_HW_SGID_MAIN, TIEPIE_HW_FID_GEN_STOP      )
#define TIEPIE_HW_TIID_GENERATOR_NEW_PERIOD TIEPIE_HW_TRIGGER_IO_ID(TIEPIE_HW_PGID_GENERATOR    , TIEPIE_HW_SGID_MAIN, TIEPIE_HW_FID_GEN_NEW_PERIOD)
 
#define TIEPIE_HW_TOID_INVALID  0
#define TIEPIE_HW_TOID_EXT1     TIEPIE_HW_TRIGGER_IO_ID(TIEPIE_HW_PGID_EXTERNAL_DSUB, TIEPIE_HW_SGID_PIN1, TIEPIE_HW_FID_EXT_TRIGGERED)
#define TIEPIE_HW_TOID_EXT2     TIEPIE_HW_TRIGGER_IO_ID(TIEPIE_HW_PGID_EXTERNAL_DSUB, TIEPIE_HW_SGID_PIN2, TIEPIE_HW_FID_EXT_TRIGGERED)
#define TIEPIE_HW_TOID_EXT3     TIEPIE_HW_TRIGGER_IO_ID(TIEPIE_HW_PGID_EXTERNAL_DSUB, TIEPIE_HW_SGID_PIN3, TIEPIE_HW_FID_EXT_TRIGGERED)
 
#define TIEPIE_HW_TKN_COUNT  15 
 
#define TIEPIE_HW_TKB_RISINGEDGE          0
#define TIEPIE_HW_TKB_FALLINGEDGE         1
#define TIEPIE_HW_TKB_INWINDOW            2
#define TIEPIE_HW_TKB_OUTWINDOW           3
#define TIEPIE_HW_TKB_ANYEDGE             4
#define TIEPIE_HW_TKB_ENTERWINDOW         5
#define TIEPIE_HW_TKB_EXITWINDOW          6
#define TIEPIE_HW_TKB_PULSEWIDTHPOSITIVE  7
#define TIEPIE_HW_TKB_PULSEWIDTHNEGATIVE  8
#define TIEPIE_HW_TKB_PULSEWIDTHEITHER    9
#define TIEPIE_HW_TKB_RUNTPULSEPOSITIVE  10
#define TIEPIE_HW_TKB_RUNTPULSENEGATIVE  11
#define TIEPIE_HW_TKB_RUNTPULSEEITHER    12
#define TIEPIE_HW_TKB_INTERVALRISING     13
#define TIEPIE_HW_TKB_INTERVALFALLING    14
 
#define TIEPIE_HW_TK_UNKNOWN            0                                   
#define TIEPIE_HW_TK_RISINGEDGE         (1ULL << TIEPIE_HW_TKB_RISINGEDGE)          
#define TIEPIE_HW_TK_FALLINGEDGE        (1ULL << TIEPIE_HW_TKB_FALLINGEDGE)         
#define TIEPIE_HW_TK_INWINDOW           (1ULL << TIEPIE_HW_TKB_INWINDOW)            
#define TIEPIE_HW_TK_OUTWINDOW          (1ULL << TIEPIE_HW_TKB_OUTWINDOW)           
#define TIEPIE_HW_TK_ANYEDGE            (1ULL << TIEPIE_HW_TKB_ANYEDGE)             
#define TIEPIE_HW_TK_ENTERWINDOW        (1ULL << TIEPIE_HW_TKB_ENTERWINDOW)         
#define TIEPIE_HW_TK_EXITWINDOW         (1ULL << TIEPIE_HW_TKB_EXITWINDOW)          
#define TIEPIE_HW_TK_PULSEWIDTHPOSITIVE (1ULL << TIEPIE_HW_TKB_PULSEWIDTHPOSITIVE)  
#define TIEPIE_HW_TK_PULSEWIDTHNEGATIVE (1ULL << TIEPIE_HW_TKB_PULSEWIDTHNEGATIVE)  
#define TIEPIE_HW_TK_PULSEWIDTHEITHER   (1ULL << TIEPIE_HW_TKB_PULSEWIDTHEITHER)    
#define TIEPIE_HW_TK_RUNTPULSEPOSITIVE  (1ULL << TIEPIE_HW_TKB_RUNTPULSEPOSITIVE)   
#define TIEPIE_HW_TK_RUNTPULSENEGATIVE  (1ULL << TIEPIE_HW_TKB_RUNTPULSENEGATIVE)   
#define TIEPIE_HW_TK_RUNTPULSEEITHER    (1ULL << TIEPIE_HW_TKB_RUNTPULSEEITHER)     
#define TIEPIE_HW_TK_INTERVALRISING     (1ULL << TIEPIE_HW_TKB_INTERVALRISING)      
#define TIEPIE_HW_TK_INTERVALFALLING    (1ULL << TIEPIE_HW_TKB_INTERVALFALLING)     
 
#define TIEPIE_HW_TKM_NONE             0 
#define TIEPIE_HW_TKM_EDGE             (TIEPIE_HW_TK_RISINGEDGE | TIEPIE_HW_TK_FALLINGEDGE | TIEPIE_HW_TK_ANYEDGE) 
#define TIEPIE_HW_TKM_WINDOW           (TIEPIE_HW_TK_INWINDOW | TIEPIE_HW_TK_OUTWINDOW | TIEPIE_HW_TK_ENTERWINDOW | TIEPIE_HW_TK_EXITWINDOW) 
#define TIEPIE_HW_TKM_PULSEWIDTH       (TIEPIE_HW_TK_PULSEWIDTHPOSITIVE | TIEPIE_HW_TK_PULSEWIDTHNEGATIVE | TIEPIE_HW_TK_PULSEWIDTHEITHER) 
#define TIEPIE_HW_TKM_RUNTPULSE        (TIEPIE_HW_TK_RUNTPULSEPOSITIVE | TIEPIE_HW_TK_RUNTPULSENEGATIVE | TIEPIE_HW_TK_RUNTPULSEEITHER) 
#define TIEPIE_HW_TKM_PULSE            (TIEPIE_HW_TKM_PULSEWIDTH | TIEPIE_HW_TKM_RUNTPULSE) 
#define TIEPIE_HW_TKM_INTERVAL         (TIEPIE_HW_TK_INTERVALRISING | TIEPIE_HW_TK_INTERVALFALLING) 
#define TIEPIE_HW_TKM_TIME             (TIEPIE_HW_TKM_PULSEWIDTH | TIEPIE_HW_TKM_WINDOW | TIEPIE_HW_TKM_RUNTPULSE | TIEPIE_HW_TKM_INTERVAL) 
#define TIEPIE_HW_TKM_ALL              ((1ULL << TIEPIE_HW_TKN_COUNT) - 1) 
 
#define TIEPIE_HW_TLMN_COUNT  2 
 
#define TIEPIE_HW_TLMB_RELATIVE  0
#define TIEPIE_HW_TLMB_ABSOLUTE  1
 
#define TIEPIE_HW_TLM_UNKNOWN  0
 
#define TIEPIE_HW_TLM_RELATIVE  (1 << TIEPIE_HW_TLMB_RELATIVE)
#define TIEPIE_HW_TLM_ABSOLUTE  (1 << TIEPIE_HW_TLMB_ABSOLUTE)
 
#define TIEPIE_HW_TLMM_NONE  0
#define TIEPIE_HW_TLMM_ALL   ((1 << TIEPIE_HW_TLMN_COUNT) - 1)
 
#define TIEPIE_HW_TO_INFINITY (-1.0) 
 
#define TIEPIE_HW_TOEN_COUNT  6 
 
#define TIEPIE_HW_TOEB_GENERATOR_START         0
#define TIEPIE_HW_TOEB_GENERATOR_STOP          1
#define TIEPIE_HW_TOEB_GENERATOR_NEWPERIOD     2
#define TIEPIE_HW_TOEB_OSCILLOSCOPE_RUNNING    3
#define TIEPIE_HW_TOEB_OSCILLOSCOPE_TRIGGERED  4
#define TIEPIE_HW_TOEB_MANUAL                  5
 
#define TIEPIE_HW_TOE_UNKNOWN                 0
#define TIEPIE_HW_TOE_GENERATOR_START         (1 << TIEPIE_HW_TOEB_GENERATOR_START)
#define TIEPIE_HW_TOE_GENERATOR_STOP          (1 << TIEPIE_HW_TOEB_GENERATOR_STOP)
#define TIEPIE_HW_TOE_GENERATOR_NEWPERIOD     (1 << TIEPIE_HW_TOEB_GENERATOR_NEWPERIOD)
#define TIEPIE_HW_TOE_OSCILLOSCOPE_RUNNING    (1 << TIEPIE_HW_TOEB_OSCILLOSCOPE_RUNNING)
#define TIEPIE_HW_TOE_OSCILLOSCOPE_TRIGGERED  (1 << TIEPIE_HW_TOEB_OSCILLOSCOPE_TRIGGERED)
#define TIEPIE_HW_TOE_MANUAL                  (1 << TIEPIE_HW_TOEB_MANUAL)
 
#define TIEPIE_HW_TOEM_NONE             0 
#define TIEPIE_HW_TOEM_GENERATOR        (TIEPIE_HW_TOE_GENERATOR_START | TIEPIE_HW_TOE_GENERATOR_STOP | TIEPIE_HW_TOE_GENERATOR_NEWPERIOD) 
#define TIEPIE_HW_TOEM_OSCILLOSCOPE     (TIEPIE_HW_TOE_OSCILLOSCOPE_RUNNING | TIEPIE_HW_TOE_OSCILLOSCOPE_TRIGGERED) 
#define TIEPIE_HW_TOEM_ALL              ((1ULL << TIEPIE_HW_TOEN_COUNT) - 1) 
 
typedef enum tiepie_hw_status
{
  TIEPIE_HW_STATUS_VALUE_MODIFIED = 2, 
  TIEPIE_HW_STATUS_VALUE_CLIPPED = 1, 
  TIEPIE_HW_STATUS_SUCCESS = 0, 
  TIEPIE_HW_STATUS_UNSUCCESSFUL = -1, 
  TIEPIE_HW_STATUS_NOT_SUPPORTED = -2, 
  TIEPIE_HW_STATUS_INVALID_HANDLE = -3, 
  TIEPIE_HW_STATUS_INVALID_VALUE = -4, 
  TIEPIE_HW_STATUS_INVALID_CHANNEL = -5, 
  TIEPIE_HW_STATUS_INVALID_TRIGGER_SOURCE = -6, 
  TIEPIE_HW_STATUS_INVALID_DEVICE_TYPE = -7, 
  TIEPIE_HW_STATUS_INVALID_DEVICE_INDEX = -8, 
  TIEPIE_HW_STATUS_INVALID_PRODUCT_ID = -9, 
  TIEPIE_HW_STATUS_INVALID_DEVICE_SERIALNUMBER = -10, 
  TIEPIE_HW_STATUS_OBJECT_GONE = -11, 
  TIEPIE_HW_STATUS_INTERNAL_ADDRESS = -12, 
  TIEPIE_HW_STATUS_NOT_CONTROLLABLE = -13, 
  TIEPIE_HW_STATUS_BIT_ERROR = -14, 
  TIEPIE_HW_STATUS_NO_ACKNOWLEDGE = -15, 
  TIEPIE_HW_STATUS_INVALID_CONTAINED_DEVICE_SERIALNUMBER = -16, 
  TIEPIE_HW_STATUS_INVALID_INPUT = -17, 
  TIEPIE_HW_STATUS_INVALID_OUTPUT = -18, 
  TIEPIE_HW_STATUS_NOT_AVAILABLE = -20, 
  TIEPIE_HW_STATUS_INVALID_FIRMWARE = -21, 
  TIEPIE_HW_STATUS_INVALID_INDEX = -22, 
  TIEPIE_HW_STATUS_INVALID_EEPROM = -23, 
  TIEPIE_HW_STATUS_INITIALIZATION_FAILED = -24, 
  TIEPIE_HW_STATUS_LIBRARY_NOT_INITIALIZED = -25, 
  TIEPIE_HW_STATUS_NO_TRIGGER_ENABLED = -26, 
  TIEPIE_HW_STATUS_SYNCHRONIZATION_FAILED = -29, 
  TIEPIE_HW_STATUS_INVALID_HS56_COMBINED_DEVICE = -30, 
  TIEPIE_HW_STATUS_MEASUREMENT_RUNNING = -31, 
  TIEPIE_HW_STATUS_WIRELESSTRIGGERMODULENOTCONNECTED = -32,
  TIEPIE_HW_STATUS_INITIALIZATION_ERROR_10001 = -10001, 
  TIEPIE_HW_STATUS_INITIALIZATION_ERROR_10002 = -10002, 
  TIEPIE_HW_STATUS_INITIALIZATION_ERROR_10003 = -10003, 
  TIEPIE_HW_STATUS_INITIALIZATION_ERROR_10004 = -10004, 
  TIEPIE_HW_STATUS_INITIALIZATION_ERROR_10005 = -10005, 
  TIEPIE_HW_STATUS_INITIALIZATION_ERROR_10006 = -10006, 
  TIEPIE_HW_STATUS_INITIALIZATION_ERROR_10007 = -10007, 
} tiepie_hw_status;
 
typedef uint32_t tiepie_hw_handle; 
typedef uint8_t tiepie_hw_bool; 
 
typedef enum tiepie_hw_productid
{
  TIEPIE_HW_PRODUCTID_NONE = 0, 
  TIEPIE_HW_PRODUCTID_COMBI = 2, 
  TIEPIE_HW_PRODUCTID_HS3 = 13, 
  TIEPIE_HW_PRODUCTID_HS4 = 15, 
  TIEPIE_HW_PRODUCTID_HP3 = 18, 
  TIEPIE_HW_PRODUCTID_TP450 = 19, 
  TIEPIE_HW_PRODUCTID_HS4D = 20, 
  TIEPIE_HW_PRODUCTID_HS5 = 22, 
  TIEPIE_HW_PRODUCTID_HS6 = 24, 
  TIEPIE_HW_PRODUCTID_HS6D = 25, 
  TIEPIE_HW_PRODUCTID_ATS610004D = 31, 
  TIEPIE_HW_PRODUCTID_ATS605004D = 32, 
  TIEPIE_HW_PRODUCTID_WS6 = 34, 
  TIEPIE_HW_PRODUCTID_WS5 = 35, 
  TIEPIE_HW_PRODUCTID_WS6D = 36, 
  TIEPIE_HW_PRODUCTID_ATS610004DW = 37, 
  TIEPIE_HW_PRODUCTID_ATS605004DW = 38, 
  TIEPIE_HW_PRODUCTID_WS4D = 39, 
  TIEPIE_HW_PRODUCTID_ATS5004DW = 40, 
  TIEPIE_HW_PRODUCTID_ATS5004 = 42, 
  TIEPIE_HW_PRODUCTID_ATS5004D = 43, 
} tiepie_hw_productid;
 
typedef enum tiepie_hw_event
{
  TIEPIE_HW_EVENT_INVALID = 0,                             
  TIEPIE_HW_EVENT_OBJECT_REMOVED = 1,                       
  TIEPIE_HW_EVENT_OSCILLOSCOPE_DATA_READY = 2,               
  TIEPIE_HW_EVENT_OSCILLOSCOPE_DATA_OVERFLOW = 3,            
  TIEPIE_HW_EVENT_OSCILLOSCOPE_SURE_CONNECT_COMPLETED = 4,    
  TIEPIE_HW_EVENT_OSCILLOSCOPE_TRIGGERED = 5,               
  TIEPIE_HW_EVENT_GENERATOR_BURST_COMPLETED = 6,             
  TIEPIE_HW_EVENT_GENERATOR_CONTROLLABLE_CHANGED = 7,        
  TIEPIE_HW_EVENT_SERVER_STATUS_CHANGED = 8,                 
  TIEPIE_HW_EVENT_OSCILLOSCOPE_SAFEGROUND_ERROR = 9,         
  TIEPIE_HW_EVENT_DEVICE_BATTERY_STATUS_CHANGED = 11,          
  TIEPIE_HW_EVENT_OSCILLOSCOPE_WIRELESS_SYNCHRONIZATION_ERROR = 12, 
} tiepie_hw_event;
 
typedef enum tiepie_hw_demosignal
{
  TIEPIE_HW_DEMOSIGNAL_NONE = 0,                  
  TIEPIE_HW_DEMOSIGNAL_SINE = 1,                  
  TIEPIE_HW_DEMOSIGNAL_TRIANGLE = 2,              
  TIEPIE_HW_DEMOSIGNAL_SQUARE = 3,                
  TIEPIE_HW_DEMOSIGNAL_DC = 4,                    
  TIEPIE_HW_DEMOSIGNAL_RUNT = 5,                  
  TIEPIE_HW_DEMOSIGNAL_I2C_SCL = 100,             
  TIEPIE_HW_DEMOSIGNAL_I2C_SDA = 101,             
  TIEPIE_HW_DEMOSIGNAL_UART_9600_8N1 = 200,       
  TIEPIE_HW_DEMOSIGNAL_UART_9600_7E2 = 201,       
  TIEPIE_HW_DEMOSIGNAL_RS232_9600_8N1 = 300,      
  TIEPIE_HW_DEMOSIGNAL_RS232_9600_8O15 = 301,     
  TIEPIE_HW_DEMOSIGNAL_RS485_9600_8N1 = 400,      
  TIEPIE_HW_DEMOSIGNAL_RS485_9600_8N1MD = 401,    
  TIEPIE_HW_DEMOSIGNAL_CAN_250000 = 500,          
  TIEPIE_HW_DEMOSIGNAL_CAN_250000_HI = 501,       
  TIEPIE_HW_DEMOSIGNAL_CAN_250000_LO = 502,       
  TIEPIE_HW_DEMOSIGNAL_CANFD_250000 = 600,        
  TIEPIE_HW_DEMOSIGNAL_CANFD_250000_HI = 601,     
  TIEPIE_HW_DEMOSIGNAL_CANFD_250000_LO = 602,     
  TIEPIE_HW_DEMOSIGNAL_DMX512 = 700,              
  TIEPIE_HW_DEMOSIGNAL_LIN_19200 = 800,           
  TIEPIE_HW_DEMOSIGNAL_EV_CHARGING = 900,         
} tiepie_hw_demosignal;
 
typedef uint8_t tiepie_hw_tristate;     
typedef void**  tiepie_hw_pointerarray; 
 
typedef struct tiepie_hw_date
{
  uint16_t year;
  uint8_t month;
  uint8_t day;
} tiepie_hw_date;
 
typedef struct tiepie_hw_demo_info
{
  tiepie_hw_productid product_id;
  const char* name;
  const char* name_short;
} tiepie_hw_demo_info;
 
#ifdef INCLUDED_BY_MATLAB
  typedef void* tiepie_hw_devicelist_callback;
  typedef void* tiepie_hw_handle_callback;
  typedef void* tiepie_hw_event_callback;
#else
  typedef void(*tiepie_hw_devicelist_callback)(void* data, uint32_t device_types, uint32_t serial_number);
  typedef void(*tiepie_hw_handle_callback)(void* data, tiepie_hw_handle handle);
  typedef void(*tiepie_hw_event_callback)(void* data, tiepie_hw_event event, uint32_t value);
#endif
 
TIEPIE_HW_API void tiepie_hw_init(void);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_is_initialized(void);
 
TIEPIE_HW_API void tiepie_hw_fini(void);
 
typedef struct tiepie_hw_version
{
  uint16_t major; 
  uint16_t minor; 
  uint16_t patch; 
  uint16_t build; 
  const char* extra; 
} tiepie_hw_version;
 
TIEPIE_HW_API const tiepie_hw_version* tiepie_hw_get_version(void);
 
TIEPIE_HW_API uint32_t tiepie_hw_get_config(uint8_t* buffer, uint32_t length);
 
TIEPIE_HW_API tiepie_hw_status tiepie_hw_get_last_status(void);
 
TIEPIE_HW_API const char* tiepie_hw_get_last_status_str(void);
 
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TIEPIE_HW_API void tiepie_hw_devicelist_update(void);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_devicelist_get_usb_hotplug_detect_enabled(void);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_devicelist_set_usb_hotplug_detect_enabled(tiepie_hw_bool value);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelist_get_count(void);
 
TIEPIE_HW_API tiepie_hw_handle tiepie_hw_devicelist_get_item_by_product_id(tiepie_hw_productid product_id);
 
TIEPIE_HW_API tiepie_hw_handle tiepie_hw_devicelist_get_item_by_index(uint32_t index);
 
TIEPIE_HW_API tiepie_hw_handle tiepie_hw_devicelist_get_item_by_serial_number(uint32_t serial_number);
 
TIEPIE_HW_API tiepie_hw_handle tiepie_hw_devicelistitem_open_device(tiepie_hw_handle handle, uint32_t device_type);
 
TIEPIE_HW_API tiepie_hw_handle tiepie_hw_devicelistitem_open_oscilloscope(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_handle tiepie_hw_devicelistitem_open_generator(tiepie_hw_handle handle);
 
TIEPIE_HW_API const tiepie_hw_demo_info* tiepie_hw_devicelist_get_demo_device_info(void);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelist_create_demo_device(tiepie_hw_productid product_id);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelist_create_combined_device(const tiepie_hw_handle* handles, uint32_t count);
 
TIEPIE_HW_API tiepie_hw_handle tiepie_hw_devicelist_create_and_open_combined_device(const tiepie_hw_handle* handles, uint32_t count);
 
TIEPIE_HW_API void tiepie_hw_devicelist_remove_device(uint32_t serial_number, tiepie_hw_bool force);
 
TIEPIE_HW_API void tiepie_hw_devicelist_remove_unused_devices(void);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_devicelistitem_is_demo(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_devicelistitem_can_open(tiepie_hw_handle handle, uint32_t device_type);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelistitem_opened_by(tiepie_hw_handle handle, uint32_t device_type, char* buffer, uint32_t length);
 
TIEPIE_HW_API tiepie_hw_productid tiepie_hw_devicelistitem_get_product_id(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelistitem_get_name(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelistitem_get_name_short(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelistitem_get_name_shortest(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API tiepie_hw_date tiepie_hw_devicelistitem_get_calibration_date(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelistitem_get_serial_number(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelistitem_get_ip_address(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint16_t tiepie_hw_devicelistitem_get_ip_port(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_devicelistitem_has_server(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_handle tiepie_hw_devicelistitem_get_server(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelistitem_get_types(tiepie_hw_handle handle);
 
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TIEPIE_HW_API uint32_t tiepie_hw_devicelistitem_get_contained_serial_numbers(tiepie_hw_handle handle, uint32_t* buffer, uint32_t length);
 
TIEPIE_HW_API tiepie_hw_productid tiepie_hw_devicelistitemcombined_get_product_id(tiepie_hw_handle handle, uint32_t contained_device_serial_number);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelistitemcombined_get_name(tiepie_hw_handle handle, uint32_t contained_device_serial_number, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelistitemcombined_get_name_short(tiepie_hw_handle handle, uint32_t contained_device_serial_number, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint32_t tiepie_hw_devicelistitemcombined_get_name_shortest(tiepie_hw_handle handle, uint32_t contained_device_serial_number, char* buffer, uint32_t length);
 
TIEPIE_HW_API tiepie_hw_date tiepie_hw_devicelistitemcombined_get_calibration_date(tiepie_hw_handle handle, uint32_t contained_device_serial_number);
 
TIEPIE_HW_API uint16_t tiepie_hw_devicelistitemcombined_get_oscilloscope_channel_count(tiepie_hw_handle handle, uint32_t contained_device_serial_number);
 
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TIEPIE_HW_API void tiepie_hw_devicelist_set_callback_device_added(tiepie_hw_devicelist_callback callback, void* data);
 
TIEPIE_HW_API void tiepie_hw_devicelist_set_callback_device_removed(tiepie_hw_devicelist_callback callback, void* data);
 
TIEPIE_HW_API void tiepie_hw_devicelist_set_callback_device_can_open_changed(tiepie_hw_devicelist_callback callback, void* data);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_network_get_auto_detect_enabled(void);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_network_set_auto_detect_enabled(tiepie_hw_bool value);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_network_servers_add(const char* url, uint32_t length, tiepie_hw_handle* handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_network_servers_remove(const char* url, uint32_t length, tiepie_hw_bool force);
 
TIEPIE_HW_API uint32_t tiepie_hw_network_servers_get_count(void);
 
TIEPIE_HW_API tiepie_hw_handle tiepie_hw_network_servers_get_by_index(uint32_t index);
 
TIEPIE_HW_API tiepie_hw_handle tiepie_hw_network_servers_get_by_url(const char* url, uint32_t length);
 
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TIEPIE_HW_API void tiepie_hw_network_servers_set_callback_added(tiepie_hw_handle_callback callback, void* data);
 
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TIEPIE_HW_API void tiepie_hw_object_close(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_object_is_removed(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint64_t tiepie_hw_object_get_interfaces(tiepie_hw_handle handle);
 
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TIEPIE_HW_API void tiepie_hw_object_set_event_callback(tiepie_hw_handle handle, tiepie_hw_event_callback callback, void* data);
 
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// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_date tiepie_hw_device_get_calibration_date(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_device_get_serial_number(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_device_get_ip_address(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint16_t tiepie_hw_device_get_ip_port(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_productid tiepie_hw_device_get_product_id(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_device_get_type(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_device_get_name(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint32_t tiepie_hw_device_get_name_short(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint32_t tiepie_hw_device_get_name_shortest(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_has_wireless_trigger_module(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_has_battery(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_has_battery_ex(tiepie_hw_handle handle, uint32_t serial_number);
 
TIEPIE_HW_API int8_t tiepie_hw_device_get_battery_charge(tiepie_hw_handle handle);
 
TIEPIE_HW_API int8_t tiepie_hw_device_get_battery_charge_ex(tiepie_hw_handle handle, uint32_t serial_number);
 
TIEPIE_HW_API int32_t tiepie_hw_device_get_battery_time_to_empty(tiepie_hw_handle handle);
 
TIEPIE_HW_API int32_t tiepie_hw_device_get_battery_time_to_empty_ex(tiepie_hw_handle handle, uint32_t serial_number);
 
TIEPIE_HW_API int32_t tiepie_hw_device_get_battery_time_to_full(tiepie_hw_handle handle);
 
TIEPIE_HW_API int32_t tiepie_hw_device_get_battery_time_to_full_ex(tiepie_hw_handle handle, uint32_t serial_number);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_is_battery_charger_connected(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_is_battery_charger_connected_ex(tiepie_hw_handle handle, uint32_t serial_number);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_is_battery_charging(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_is_battery_charging_ex(tiepie_hw_handle handle, uint32_t serial_number);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_is_battery_broken(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_is_battery_broken_ex(tiepie_hw_handle handle, uint32_t serial_number);
 
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TIEPIE_HW_API uint16_t tiepie_hw_device_trigger_get_input_count(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint16_t tiepie_hw_device_trigger_get_input_index_by_id(tiepie_hw_handle handle, uint32_t id);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_trigger_input_is_triggered(tiepie_hw_handle handle, uint16_t input);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_trigger_input_get_enabled(tiepie_hw_handle handle, uint16_t input);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_trigger_input_set_enabled(tiepie_hw_handle handle, uint16_t input, tiepie_hw_bool value);
 
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TIEPIE_HW_API uint64_t tiepie_hw_device_trigger_input_get_kinds(tiepie_hw_handle handle, uint16_t input);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_trigger_input_get_kinds_ex(tiepie_hw_handle handle, uint16_t input, uint32_t measure_mode);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_device_trigger_input_get_kind(tiepie_hw_handle handle, uint16_t input);
 
TIEPIE_HW_API uint64_t tiepie_hw_device_trigger_input_set_kind(tiepie_hw_handle handle, uint16_t input, uint64_t value);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_trigger_input_is_available(tiepie_hw_handle handle, uint16_t input);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_trigger_input_is_available_ex(tiepie_hw_handle handle, uint16_t input, uint32_t measure_mode);
 
 
TIEPIE_HW_API uint32_t tiepie_hw_device_trigger_input_get_id(tiepie_hw_handle handle, uint16_t input);
 
TIEPIE_HW_API uint32_t tiepie_hw_device_trigger_input_get_name(tiepie_hw_handle handle, uint16_t input, char* buffer, uint32_t length);
 
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TIEPIE_HW_API uint16_t tiepie_hw_device_trigger_get_output_count(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint16_t tiepie_hw_device_trigger_get_output_index_by_id(tiepie_hw_handle handle, uint32_t id);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_trigger_output_get_enabled(tiepie_hw_handle handle, uint16_t output);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_trigger_output_set_enabled(tiepie_hw_handle handle, uint16_t output, tiepie_hw_bool value);
 
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TIEPIE_HW_API uint64_t tiepie_hw_device_trigger_output_get_events(tiepie_hw_handle handle, uint16_t output);
 
TIEPIE_HW_API uint64_t tiepie_hw_device_trigger_output_get_event(tiepie_hw_handle handle, uint16_t output);
 
TIEPIE_HW_API uint64_t tiepie_hw_device_trigger_output_set_event(tiepie_hw_handle handle, uint16_t output, uint64_t value);
 
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TIEPIE_HW_API uint32_t tiepie_hw_device_trigger_output_get_id(tiepie_hw_handle handle, uint16_t output);
 
TIEPIE_HW_API uint32_t tiepie_hw_device_trigger_output_get_name(tiepie_hw_handle handle, uint16_t output, char* buffer, uint32_t length);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_device_trigger_output_trigger(tiepie_hw_handle handle, uint16_t output);
 
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TIEPIE_HW_API uint16_t tiepie_hw_oscilloscope_get_channel_count(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_is_available(tiepie_hw_handle handle, uint16_t ch);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_is_available_ex(tiepie_hw_handle handle, uint16_t ch, uint32_t measure_mode, double sample_rate, uint8_t resolution, const tiepie_hw_bool* channel_enabled, uint16_t channel_count);
 
 
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TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_get_connector_type(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_is_differential(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_is_isolated(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_get_impedance(tiepie_hw_handle handle, uint16_t ch);
 
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TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_get_bandwidths(tiepie_hw_handle handle, uint16_t ch, double* list, uint32_t length);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_get_bandwidth(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_set_bandwidth(tiepie_hw_handle handle, uint16_t ch, double bandwidth);
 
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TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_channel_get_couplings(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_channel_get_coupling(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_channel_set_coupling(tiepie_hw_handle handle, uint16_t ch, uint64_t coupling);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_get_enabled(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_set_enabled(tiepie_hw_handle handle, uint16_t ch, tiepie_hw_bool value);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_get_auto_ranging(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_set_auto_ranging(tiepie_hw_handle handle, uint16_t ch, tiepie_hw_bool value);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_get_ranges(tiepie_hw_handle handle, uint16_t ch, double* list, uint32_t length);
 
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_get_ranges_ex(tiepie_hw_handle handle, uint16_t ch, uint64_t coupling, double* list, uint32_t length);
 
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_get_range(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_set_range(tiepie_hw_handle handle, uint16_t ch, double range);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_has_safeground(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_get_safeground_enabled(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_set_safeground_enabled(tiepie_hw_handle handle, uint16_t ch, tiepie_hw_bool value);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_get_safeground_threshold_min(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_get_safeground_threshold_max(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_get_safeground_threshold(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_set_safeground_threshold(tiepie_hw_handle handle, uint16_t ch, double threshold);
 
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_verify_safeground_threshold(tiepie_hw_handle handle, uint16_t ch, double threshold);
 
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_has_trigger(tiepie_hw_handle handle, uint16_t ch);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_has_trigger_ex(tiepie_hw_handle handle, uint16_t ch, uint32_t measure_mode);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_trigger_is_available(tiepie_hw_handle handle, uint16_t ch);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_trigger_is_available_ex(tiepie_hw_handle handle, uint16_t ch, uint32_t measure_mode, double sample_rate, uint8_t resolution, const tiepie_hw_bool* channel_enabled, const tiepie_hw_bool* channel_trigger_enabled, uint16_t channel_count);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_trigger_is_triggered(tiepie_hw_handle handle, uint16_t ch);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_trigger_get_enabled(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_trigger_set_enabled(tiepie_hw_handle handle, uint16_t ch, tiepie_hw_bool value);
 
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TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_channel_trigger_get_kinds(tiepie_hw_handle handle, uint16_t ch);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_channel_trigger_get_kinds_ex(tiepie_hw_handle handle, uint16_t ch, uint32_t measure_mode);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_channel_trigger_get_kind(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_channel_trigger_set_kind(tiepie_hw_handle handle, uint16_t ch, uint64_t value);
 
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TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_trigger_get_level_modes(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_trigger_get_level_mode(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_trigger_set_level_mode(tiepie_hw_handle handle, uint16_t ch, uint32_t value);
 
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TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_trigger_get_level_count(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_trigger_get_level(tiepie_hw_handle handle, uint16_t ch, uint32_t index);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_trigger_set_level(tiepie_hw_handle handle, uint16_t ch, uint32_t index, double value);
 
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TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_trigger_get_hysteresis_count(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_trigger_get_hysteresis(tiepie_hw_handle handle, uint16_t ch, uint32_t index);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_trigger_set_hysteresis(tiepie_hw_handle handle, uint16_t ch, uint32_t index, double value);
 
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TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_trigger_get_conditions(tiepie_hw_handle handle, uint16_t ch);
 
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_trigger_get_conditions_ex(tiepie_hw_handle handle, uint16_t ch, uint32_t measure_mode, uint64_t trigger_kind);
 
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_trigger_get_condition(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_trigger_set_condition(tiepie_hw_handle handle, uint16_t ch, uint32_t value);
 
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TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_trigger_get_time_count(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_trigger_get_time(tiepie_hw_handle handle, uint16_t ch, uint32_t index);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_trigger_set_time(tiepie_hw_handle handle, uint16_t ch, uint32_t index, double value);
 
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_trigger_verify_time(tiepie_hw_handle handle, uint16_t ch, uint32_t index, double value);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_trigger_verify_time_ex(tiepie_hw_handle handle, uint16_t ch, uint32_t index, double value, uint32_t measure_mode, double sample_rate, uint64_t trigger_kind, uint32_t trigger_condition);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_is_demo(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_demosignal tiepie_hw_oscilloscope_channel_demo_get_signal(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API tiepie_hw_demosignal tiepie_hw_oscilloscope_channel_demo_set_signal(tiepie_hw_handle handle, uint16_t ch, tiepie_hw_demosignal value);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_demo_has_amplitude(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_demo_get_amplitude(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_demo_set_amplitude(tiepie_hw_handle handle, uint16_t ch, double value);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_demo_has_frequency(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_demo_get_frequency(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_demo_set_frequency(tiepie_hw_handle handle, uint16_t ch, double value);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_demo_has_offset(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_demo_get_offset(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_demo_set_offset(tiepie_hw_handle handle, uint16_t ch, double value);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_demo_has_symmetry(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_demo_get_symmetry(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_demo_set_symmetry(tiepie_hw_handle handle, uint16_t ch, double value);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_demo_has_phase(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_demo_get_phase(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_demo_set_phase(tiepie_hw_handle handle, uint16_t ch, double value);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_demo_has_noise_enabled(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_demo_get_noise_enabled(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_demo_set_noise_enabled(tiepie_hw_handle handle, uint16_t ch, tiepie_hw_bool value);
 
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#ifdef INCLUDED_BY_MATLAB
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data(tiepie_hw_handle handle, void** buffers, uint16_t channel_count, uint64_t start_index, uint64_t sample_count);
#else
# ifdef LIBTIEPIE_HW_DYNAMIC
typedef uint64_t(*tiepie_hw_oscilloscope_get_data_t)(tiepie_hw_handle handle, float** buffers, uint16_t channel_count, uint64_t start_index, uint64_t sample_count);
# else
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data(tiepie_hw_handle handle, float** buffers, uint16_t channel_count, uint64_t start_index, uint64_t sample_count);
# endif
#endif
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_1ch(tiepie_hw_handle handle, float* buffer_ch1, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_2ch(tiepie_hw_handle handle, float* buffer_ch1, float* buffer_ch2, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_3ch(tiepie_hw_handle handle, float* buffer_ch1, float* buffer_ch2, float* buffer_ch3, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_4ch(tiepie_hw_handle handle, float* buffer_ch1, float* buffer_ch2, float* buffer_ch3, float* buffer_ch4, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_5ch(tiepie_hw_handle handle, float* buffer_ch1, float* buffer_ch2, float* buffer_ch3, float* buffer_ch4, float* buffer_ch5, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_6ch(tiepie_hw_handle handle, float* buffer_ch1, float* buffer_ch2, float* buffer_ch3, float* buffer_ch4, float* buffer_ch5, float* buffer_ch6, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_7ch(tiepie_hw_handle handle, float* buffer_ch1, float* buffer_ch2, float* buffer_ch3, float* buffer_ch4, float* buffer_ch5, float* buffer_ch6, float* buffer_ch7, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_8ch(tiepie_hw_handle handle, float* buffer_ch1, float* buffer_ch2, float* buffer_ch3, float* buffer_ch4, float* buffer_ch5, float* buffer_ch6, float* buffer_ch7, float* buffer_ch8, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_valid_pre_sample_count(tiepie_hw_handle handle);
 
TIEPIE_HW_API void tiepie_hw_oscilloscope_channel_get_data_value_range(tiepie_hw_handle handle, uint16_t ch, double* min, double* max);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_get_data_value_min(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_channel_get_data_value_max(tiepie_hw_handle handle, uint16_t ch);
 
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TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_raw(tiepie_hw_handle handle, void** buffers, uint16_t channel_count, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_raw_1ch(tiepie_hw_handle handle, void* buffer_ch1, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_raw_2ch(tiepie_hw_handle handle, void* buffer_ch1, void* buffer_ch2, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_raw_3ch(tiepie_hw_handle handle, void* buffer_ch1, void* buffer_ch2, void* buffer_ch3, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_raw_4ch(tiepie_hw_handle handle, void* buffer_ch1, void* buffer_ch2, void* buffer_ch3, void* buffer_ch4, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_raw_5ch(tiepie_hw_handle handle, void* buffer_ch1, void* buffer_ch2, void* buffer_ch3, void* buffer_ch4, void* buffer_ch5, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_raw_6ch(tiepie_hw_handle handle, void* buffer_ch1, void* buffer_ch2, void* buffer_ch3, void* buffer_ch4, void* buffer_ch5, void* buffer_ch6, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_raw_7ch(tiepie_hw_handle handle, void* buffer_ch1, void* buffer_ch2, void* buffer_ch3, void* buffer_ch4, void* buffer_ch5, void* buffer_ch6, void* buffer_ch7, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_data_raw_8ch(tiepie_hw_handle handle, void* buffer_ch1, void* buffer_ch2, void* buffer_ch3, void* buffer_ch4, void* buffer_ch5, void* buffer_ch6, void* buffer_ch7, void* buffer_ch8, uint64_t start_index, uint64_t sample_count);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_channel_get_data_raw_type(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API void tiepie_hw_oscilloscope_channel_get_data_raw_value_range(tiepie_hw_handle handle, uint16_t ch, int64_t* min, int64_t* zero, int64_t* max);
 
TIEPIE_HW_API int64_t tiepie_hw_oscilloscope_channel_get_data_raw_value_min(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API int64_t tiepie_hw_oscilloscope_channel_get_data_raw_value_zero(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API int64_t tiepie_hw_oscilloscope_channel_get_data_raw_value_max(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_is_range_max_reachable(tiepie_hw_handle handle, uint16_t ch);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_start(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_stop(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_force_trigger(tiepie_hw_handle handle);
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_measure_modes(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_measure_mode(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_set_measure_mode(tiepie_hw_handle handle, uint32_t value);
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_is_running(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_is_triggered(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_is_timeout_triggered(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_is_force_triggered(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_is_data_ready(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_is_data_overflow(tiepie_hw_handle handle);
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_auto_resolution_modes(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_auto_resolution_mode(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_set_auto_resolution_mode(tiepie_hw_handle handle, uint32_t value);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_resolutions(tiepie_hw_handle handle, uint8_t* list, uint32_t length);
 
TIEPIE_HW_API uint8_t tiepie_hw_oscilloscope_get_resolution(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint8_t tiepie_hw_oscilloscope_set_resolution(tiepie_hw_handle handle, uint8_t value);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_is_resolution_enhanced(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_is_resolution_enhanced_ex(tiepie_hw_handle handle, uint8_t value);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_clock_sources(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_clock_source(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_set_clock_source(tiepie_hw_handle handle, uint32_t value);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_clock_source_frequencies(tiepie_hw_handle handle, double* list, uint32_t length);
 
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_clock_source_frequencies_ex(tiepie_hw_handle handle, uint32_t value, double* list, uint32_t length);
 
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_get_clock_source_frequency(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_set_clock_source_frequency(tiepie_hw_handle handle, double value);
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_clock_outputs(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_clock_output(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_set_clock_output(tiepie_hw_handle handle, uint32_t value);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_clock_output_frequencies(tiepie_hw_handle handle, double* list, uint32_t length);
 
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_clock_output_frequencies_ex(tiepie_hw_handle handle, uint32_t clock_output, double* list, uint32_t length);
 
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_get_clock_output_frequency(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_set_clock_output_frequency(tiepie_hw_handle handle, double value);
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_get_sample_rate_max(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_get_sample_rate(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_set_sample_rate(tiepie_hw_handle handle, double value);
 
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_verify_sample_rate(tiepie_hw_handle handle, double value);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_verify_sample_rate_ex(tiepie_hw_handle handle, double value, uint32_t measure_mode, uint8_t resolution, const tiepie_hw_bool* channel_enabled, uint16_t channel_count);
 
TIEPIE_HW_API void tiepie_hw_oscilloscope_verify_sample_rates_ex(tiepie_hw_handle handle, double* values, uint32_t count, uint32_t measure_mode, uint32_t auto_resolution_mode, uint8_t resolution, const tiepie_hw_bool* channel_enabled, uint16_t channel_count);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_record_length_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_record_length_max_ex(tiepie_hw_handle handle, uint32_t measure_mode, uint8_t resolution);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_get_record_length(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_set_record_length(tiepie_hw_handle handle, uint64_t record_length);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_verify_record_length(tiepie_hw_handle handle, uint64_t record_length);
 
TIEPIE_HW_API uint64_t tiepie_hw_oscilloscope_verify_record_length_ex(tiepie_hw_handle handle, uint64_t record_length, uint32_t measure_mode, uint8_t resolution, const tiepie_hw_bool* channel_enabled, uint16_t channel_count);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_get_pre_sample_ratio(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_set_pre_sample_ratio(tiepie_hw_handle handle, double value);
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_segment_count_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_segment_count_max_ex(tiepie_hw_handle handle, uint32_t measure_mode);
 
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_get_segment_count(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_set_segment_count(tiepie_hw_handle handle, uint32_t value);
 
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_verify_segment_count(tiepie_hw_handle handle, uint32_t value);
 
TIEPIE_HW_API uint32_t tiepie_hw_oscilloscope_verify_segment_count_ex(tiepie_hw_handle handle, uint32_t value, uint32_t measure_mode, uint64_t record_length, const tiepie_hw_bool* channel_enabled, uint16_t channel_count);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_has_trigger(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_has_trigger_ex(tiepie_hw_handle handle, uint32_t measure_mode);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_trigger_get_timeout(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_trigger_set_timeout(tiepie_hw_handle handle, double value);
 
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_trigger_verify_timeout(tiepie_hw_handle handle, double value);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_trigger_verify_timeout_ex(tiepie_hw_handle handle, double value, uint32_t measure_mode, double sample_rate);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_trigger_has_delay(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_trigger_has_delay_ex(tiepie_hw_handle handle, uint32_t measure_mode);
 
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_trigger_get_delay_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_trigger_get_delay_max_ex(tiepie_hw_handle handle, uint32_t measure_mode, double sample_rate);
 
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_trigger_get_delay(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_trigger_set_delay(tiepie_hw_handle handle, double value);
 
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_trigger_verify_delay(tiepie_hw_handle handle, double value);
 
TIEPIE_HW_API double tiepie_hw_oscilloscope_trigger_verify_delay_ex(tiepie_hw_handle handle, double value, uint32_t measure_mode, double sample_rate);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_has_presamples_valid(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_has_presamples_valid_ex(tiepie_hw_handle handle, uint32_t measure_mode);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_get_presamples_valid(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_set_presamples_valid(tiepie_hw_handle handle, tiepie_hw_bool value);
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_has_sureconnect(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_channel_has_sureconnect(tiepie_hw_handle handle, uint16_t ch);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_start_sureconnect(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_start_sureconnect_ex(tiepie_hw_handle handle, const tiepie_hw_bool* channel_enabled, uint16_t channel_count);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_oscilloscope_is_sureconnect_completed(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint16_t tiepie_hw_oscilloscope_get_sureconnect_data(tiepie_hw_handle handle, tiepie_hw_tristate* buffer, uint16_t channel_count);
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API uint32_t tiepie_hw_generator_get_connector_type(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_is_differential(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_get_impedance(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint8_t tiepie_hw_generator_get_resolution(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_get_output_value_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_get_output_value_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_output_value_min_max(tiepie_hw_handle handle, double* min, double* max);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_is_controllable(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_is_running(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_generator_get_status(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_get_output_enable(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_set_output_enable(tiepie_hw_handle handle, tiepie_hw_bool value);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_output_invert(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_get_output_invert(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_set_output_invert(tiepie_hw_handle handle, tiepie_hw_bool value);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_start(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_stop(tiepie_hw_handle handle);
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API uint32_t tiepie_hw_generator_get_signal_types(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_generator_get_signal_type(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_generator_set_signal_type(tiepie_hw_handle handle, uint32_t value);
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_amplitude(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_amplitude_ex(tiepie_hw_handle handle, uint32_t signal_type);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_amplitude_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_get_amplitude_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_amplitude_min_max_ex(tiepie_hw_handle handle, uint32_t signal_type, double* min, double* max);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_amplitude(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_set_amplitude(tiepie_hw_handle handle, double amplitude);
 
 
TIEPIE_HW_API double tiepie_hw_generator_verify_amplitude(tiepie_hw_handle handle, double amplitude);
 
TIEPIE_HW_API double tiepie_hw_generator_verify_amplitude_ex(tiepie_hw_handle handle, double amplitude, uint32_t signal_type, uint32_t amplitude_range_index, double offset, tiepie_hw_bool output_invert);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API uint32_t tiepie_hw_generator_get_amplitude_ranges(tiepie_hw_handle handle, double* list, uint32_t length);
 
TIEPIE_HW_API double tiepie_hw_generator_get_amplitude_range(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_set_amplitude_range(tiepie_hw_handle handle, double value);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_get_amplitude_auto_ranging(tiepie_hw_handle handle);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_set_amplitude_auto_ranging(tiepie_hw_handle handle, tiepie_hw_bool value);
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_offset(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_offset_ex(tiepie_hw_handle handle, uint32_t signal_type);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_offset_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_get_offset_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_offset_min_max_ex(tiepie_hw_handle handle, uint32_t signal_type, double* min, double* max);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_offset(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_set_offset(tiepie_hw_handle handle, double value);
 
 
TIEPIE_HW_API double tiepie_hw_generator_verify_offset(tiepie_hw_handle handle, double value);
 
TIEPIE_HW_API double tiepie_hw_generator_verify_offset_ex(tiepie_hw_handle handle, double value, uint32_t signal_type, double amplitude, tiepie_hw_bool output_invert);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API uint32_t tiepie_hw_generator_get_frequency_modes(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API uint32_t tiepie_hw_generator_get_frequency_modes_ex(tiepie_hw_handle handle, uint32_t signal_type);
 
 
TIEPIE_HW_API uint32_t tiepie_hw_generator_get_frequency_mode(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_generator_set_frequency_mode(tiepie_hw_handle handle, uint32_t value);
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_frequency(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_frequency_ex(tiepie_hw_handle handle, uint32_t frequency_mode, uint32_t signal_type);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_frequency_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_get_frequency_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_frequency_min_max(tiepie_hw_handle handle, uint32_t frequency_mode, double* min, double* max);
 
TIEPIE_HW_API void tiepie_hw_generator_get_frequency_min_max_ex(tiepie_hw_handle handle, uint32_t frequency_mode, uint32_t signal_type, double* min, double* max);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_frequency(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_set_frequency(tiepie_hw_handle handle, double value);
 
 
TIEPIE_HW_API double tiepie_hw_generator_verify_frequency(tiepie_hw_handle handle, double value);
 
TIEPIE_HW_API double tiepie_hw_generator_verify_frequency_ex(tiepie_hw_handle handle, double value, uint32_t frequency_mode, uint32_t signal_type, uint64_t data_length, double width);
 
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_phase(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_phase_ex(tiepie_hw_handle handle, uint32_t signal_type);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_phase_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_get_phase_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_phase_min_max_ex(tiepie_hw_handle handle, uint32_t signal_type, double* min, double* max);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_phase(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_set_phase(tiepie_hw_handle handle, double value);
 
 
TIEPIE_HW_API double tiepie_hw_generator_verify_phase(tiepie_hw_handle handle, double value);
 
TIEPIE_HW_API double tiepie_hw_generator_verify_phase_ex(tiepie_hw_handle handle, double value, uint32_t signal_type);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_symmetry(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_symmetry_ex(tiepie_hw_handle handle, uint32_t signal_type);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_symmetry_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_get_symmetry_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_symmetry_min_max_ex(tiepie_hw_handle handle, uint32_t signal_type, double* min, double* max);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_symmetry(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_set_symmetry(tiepie_hw_handle handle, double value);
 
 
TIEPIE_HW_API double tiepie_hw_generator_verify_symmetry(tiepie_hw_handle handle, double value);
 
TIEPIE_HW_API double tiepie_hw_generator_verify_symmetry_ex(tiepie_hw_handle handle, double value, uint32_t signal_type);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_width(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_width_ex(tiepie_hw_handle handle, uint32_t signal_type);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_width_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_get_width_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_width_min_max_ex(tiepie_hw_handle handle, uint32_t signal_type, double signal_frequency, double* min, double* max);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_width(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_set_width(tiepie_hw_handle handle, double value);
 
 
TIEPIE_HW_API double tiepie_hw_generator_verify_width(tiepie_hw_handle handle, double value);
 
TIEPIE_HW_API double tiepie_hw_generator_verify_width_ex(tiepie_hw_handle handle, double value, uint32_t signal_type, double signal_frequency);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_edge_time(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_edge_time_ex(tiepie_hw_handle handle, uint32_t signal_type);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_leading_edge_time_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_get_leading_edge_time_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_leading_edge_time_min_max_ex(tiepie_hw_handle handle, uint32_t signal_type, double signal_frequency, double symmetry, double width, double trailing_edge_time, double* min, double* max);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_leading_edge_time(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_set_leading_edge_time(tiepie_hw_handle handle, double leading_edge_time);
 
 
TIEPIE_HW_API double tiepie_hw_generator_verify_leading_edge_time(tiepie_hw_handle handle, double leading_edge_time);
 
TIEPIE_HW_API double tiepie_hw_generator_verify_leading_edge_time_ex(tiepie_hw_handle handle, double leading_edge_time, uint32_t signal_type, double signal_frequency, double symmetry, double width, double trailing_edge_time);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_trailing_edge_time_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_get_trailing_edge_time_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_trailing_edge_time_min_max_ex(tiepie_hw_handle handle, uint32_t signal_type, double signal_frequency, double symmetry, double width, double leading_edge_time, double* min, double* max);
 
 
TIEPIE_HW_API double tiepie_hw_generator_get_trailing_edge_time(tiepie_hw_handle handle);
 
TIEPIE_HW_API double tiepie_hw_generator_set_trailing_edge_time(tiepie_hw_handle handle, double value);
 
 
TIEPIE_HW_API double tiepie_hw_generator_verify_trailing_edge_time(tiepie_hw_handle handle, double value);
 
TIEPIE_HW_API double tiepie_hw_generator_verify_trailing_edge_time_ex(tiepie_hw_handle handle, double trailing_edge_time, uint32_t signal_type, double signal_frequency, double symmetry, double width, double leading_edge_time);
 
 
// Workaround: Without this line Doxygen adds the documentation below to the group above.
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_data(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_has_data_ex(tiepie_hw_handle handle, uint32_t signal_type);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_data_length_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_data_length_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_data_length_min_max_ex(tiepie_hw_handle handle, uint32_t signal_type, uint64_t* min, uint64_t* max);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_data_length(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_verify_data_length(tiepie_hw_handle handle, uint64_t value);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_verify_data_length_ex(tiepie_hw_handle handle, uint64_t value, uint32_t signal_type);
 
 
TIEPIE_HW_API void tiepie_hw_generator_set_data(tiepie_hw_handle handle, const float* buffer, uint64_t sample_count);
 
 
TIEPIE_HW_API void tiepie_hw_generator_set_data_ex(tiepie_hw_handle handle, const float* buffer, uint64_t sample_count, uint32_t signal_type);
 
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TIEPIE_HW_API uint32_t tiepie_hw_generator_get_data_raw_type(tiepie_hw_handle handle);
 
TIEPIE_HW_API void tiepie_hw_generator_get_data_raw_value_range(tiepie_hw_handle handle, int64_t* min, int64_t* zero, int64_t* max);
 
TIEPIE_HW_API int64_t tiepie_hw_generator_get_data_raw_value_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API int64_t tiepie_hw_generator_get_data_raw_value_zero(tiepie_hw_handle handle);
 
TIEPIE_HW_API int64_t tiepie_hw_generator_get_data_raw_value_max(tiepie_hw_handle handle);
 
TIEPIE_HW_API void tiepie_hw_generator_set_data_raw(tiepie_hw_handle handle, const void* buffer, uint64_t sample_count);
 
TIEPIE_HW_API void tiepie_hw_generator_set_data_raw_ex(tiepie_hw_handle handle, const void* buffer, uint64_t sample_count, uint32_t signal_type);
 
 
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TIEPIE_HW_API uint64_t tiepie_hw_generator_get_modes(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_modes_ex(tiepie_hw_handle handle, uint32_t signal_type, uint32_t frequency_mode);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_modes_native(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_mode(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_set_mode(tiepie_hw_handle handle, uint64_t value);
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_generator_is_burst_active(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_burst_count_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_burst_count_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_burst_count_min_max_ex(tiepie_hw_handle handle, uint64_t generator_mode, uint64_t* min, uint64_t* max);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_burst_count(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_set_burst_count(tiepie_hw_handle handle, uint64_t value);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_burst_sample_count_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_burst_sample_count_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_burst_sample_count_min_max_ex(tiepie_hw_handle handle, uint64_t generator_mode, uint64_t* min, uint64_t* max);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_burst_sample_count(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_set_burst_sample_count(tiepie_hw_handle handle, uint64_t value);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_burst_segment_count_min(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_burst_segment_count_max(tiepie_hw_handle handle);
 
 
TIEPIE_HW_API void tiepie_hw_generator_get_burst_segment_count_min_max_ex(tiepie_hw_handle handle, uint64_t generator_mode, uint32_t signal_type, uint32_t frequency_mode, double frequency, uint64_t data_length, uint64_t* min, uint64_t* max);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_get_burst_segment_count(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_set_burst_segment_count(tiepie_hw_handle handle, uint64_t value);
 
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_verify_burst_segment_count(tiepie_hw_handle handle, uint64_t value);
 
TIEPIE_HW_API uint64_t tiepie_hw_generator_verify_burst_segment_count_ex(tiepie_hw_handle handle, uint64_t value, uint64_t generator_mode, uint32_t signal_type, uint32_t frequency_mode, double frequency, uint64_t data_length);
 
 
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TIEPIE_HW_API tiepie_hw_bool tiepie_hw_server_connect(tiepie_hw_handle handle, tiepie_hw_bool asynchronous);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_server_disconnect(tiepie_hw_handle handle, tiepie_hw_bool force);
 
TIEPIE_HW_API tiepie_hw_bool tiepie_hw_server_remove(tiepie_hw_handle handle, tiepie_hw_bool force);
 
TIEPIE_HW_API uint32_t tiepie_hw_server_get_status(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_server_get_last_error(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_server_get_url(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint32_t tiepie_hw_server_get_id(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint32_t tiepie_hw_server_get_ip_address(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint16_t tiepie_hw_server_get_ip_port(tiepie_hw_handle handle);
 
TIEPIE_HW_API uint32_t tiepie_hw_server_get_name(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint32_t tiepie_hw_server_get_description(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API uint32_t tiepie_hw_server_get_version(tiepie_hw_handle handle, char* buffer, uint32_t length);
 
TIEPIE_HW_API tiepie_hw_pointerarray tiepie_hw_pointerarray_new(uint32_t length);
 
TIEPIE_HW_API void tiepie_hw_pointerarray_set(tiepie_hw_pointerarray ptr, uint32_t index, void* value);
 
TIEPIE_HW_API void tiepie_hw_pointerarray_delete(tiepie_hw_pointerarray ptr);
 
#ifdef __cplusplus
}
#endif
 
#endif