Je débute en c# et j'ai du mal à trancrire un code en vc#.. Quelqun aurait il une solution s v p?
Voici le code:
#ifndef
__PULSESTAR_H
#define __PULSESTAR_H
#include
"StdAfx.h"
typedef
unsigned
char uchar;
typedef
unsigned
short ushort;
typedef
unsigned
long ulong;
typedef
struct LANGANDCODEPAGE { WORD wLanguage;
WORD wCodePage;
} LangAndCodePage;
typedef
struct {
char internal_id[15];
// read only
char user_info[17];
// read/write
uchar config_data[32];
// read/write
uchar probe_time[20];
// read/write "mm/dd/yyyy hh:mm:ss" format
uchar product_id;
// read only
uchar sw_version;
// read only
uchar hw_version;
// read only
ulong battery_voltage;
// read only
ulong next_event_addr;
// read only
ulong events_since_reset;
// read/write (reset to 0, clears memory)
uchar vib_duration;
// read/write
uchar vib_intensity;
// read/write
uchar rep_read_delay;
// read/write
uchar irda_trigger_count;
// read/write
uchar irda_pause;
// read/write
uchar irda_duration;
// read/write
ulong low_bat_threshold;
// read/write
BOOLEAN irda_short_enable;
// read/write
BOOLEAN data_read_enable;
// read/write
} ConfigStruct;
// The following masks should be used in psWriteConfig() to specify which fields in the ConfigStruct are valid.
#define
USER_INFO_MASK 0x0001
#define CONFIG_DATA_MASK 0x0002
#define REALTIME_CLOCK_MASK 0x0004
#define VIB_DURATION_MASK 0x0008
#define VIB_INTENSITY_MASK 0x0010
#define REP_READ_DELAY_MASK 0x0020
#define IRDA_TRIGGER_COUNT_MASK 0x0040
#define IRDA_PAUSE_MASK 0x0080
#define IRDA_DURATION_MASK 0x0100
#define BAT_THRESHOLD_MASK 0x0200
#define IRDA_SHORT_ENABLE_MASK 0x0400
#define DATA_READ_ENABLE_MASK 0x0800
#define IRDA_LED_FLASH_MASK 0x1000
#define ALL_MASK 0x1FFF
// Events from the probe are downloaded into the following type of struct.
typedef
struct { uchar button_id[15];
// 14 chars. plus a NULL.
uchar timestamp[20];ulong data_size;
uchar * data; } DataStruct;
struct
stringdesc {
long length;
char * string;
};
// Possible error values. The error list, g_ErrorText, is defined in "global_data.cpp".
enum
{noErr = 1000,
errMem,
// 1001
errFile,
// 1002
errPort,
// 1003
errSync,
// 1004
errAbort,
// 1005
errBadID,
// 1006
errBadCmd,
// 1007
errNoData,
// 1008
errTimeOut,
// 1009
errBadMode,
// 1010
errDataFail,
// 1011
errSyncFail,
// 1012
errBadValue,
// 1013
errBaudRate,
// 1014
errNoContact,
// 1015
errEndOfData,
// 1016
errNoConfig,
// 1017
errVersion,
// 1018
errBadBatVal,
// 1019
errUnknownType = 1099
};
#ifdef __cplusplus
extern
"C" {
#endif// Prototypes for the core calling routines in this DLL.
long
APIENTRY psOpenPort(ushort,
long, BOOLEAN);
long APIENTRY psClosePort(
void);
long APIENTRY psReadConfig(ConfigStruct *);
long APIENTRY psReadConfigNS(
void);
long APIENTRY psWriteConfig(ConfigStruct *, ulong);
long APIENTRY psReadDataCount(
void);
long APIENTRY psReadData(DataStruct *,
long);
long APIENTRY psReadDataNS(
long);
long APIENTRY psClearData(
void);
long APIENTRY psWakeProbe(
char *,
long);
long APIENTRY psKeepProbeAwake(
void);
long APIENTRY psSleepProbe(
long);
// Prototypes for psReadConfig() convenience routines
long
APIENTRY psGetCfgFactoryID(
char *);
long APIENTRY psGetCfgProbeTime(
char *);
long APIENTRY psGetCfgUserInfo(
char *);
char APIENTRY psGetCfgProductID(
void);
long APIENTRY psGetCfgSWVer(
void);
long APIENTRY psGetCfgHWVer(
void);
long APIENTRY psGetCfgVoltage(
void);
long APIENTRY psGetCfgEventCount(
void);
long APIENTRY psGetCfgVibDur(
void);
long APIENTRY psGetCfgVibInt(
void);
long APIENTRY psGetCfgRepReadDelay(
void);
long APIENTRY psGetCfgIrDATriggerCount(
void);
long APIENTRY psGetCfgIrDAPause(
void);
long APIENTRY psGetCfgIrDADur(
void);
long APIENTRY psGetCfgBatThreshold(
void);
BOOLEAN APIENTRY psGetCfgIrDAShortEnabled(
void);
BOOLEAN APIENTRY psGetCfgDataReadEnabled(
void);
long APIENTRY psGetCfgCalibrate(
void);
// Prototypes for psWriteConfig() convenience routines
long
APIENTRY psSetCfgUserInfo(
char *);
long APIENTRY psSetCfgProbeTime(
void);
long APIENTRY psSetCfgVibDur(
long);
long APIENTRY psSetCfgVibInt(
long);
long APIENTRY psSetCfgRepReadDelay(
long);
long APIENTRY psSetCfgIrDATriggerCount(
long);
long APIENTRY psSetCfgIrDAPause(
long);
long APIENTRY psSetCfgIrDADur(
long);
long APIENTRY psSetCfgBatThreshold(
short);
long APIENTRY psSetCfgBatLowBit(BOOLEAN);
long APIENTRY psSetCfgIrDAShortEnabled(BOOLEAN);
long APIENTRY psSetCfgDataReadEnabled(BOOLEAN);
// Prototypes for psReadData() convenience routines
enum
{noData = 0,
dataRaw,
dataHex
};
long
APIENTRY psReadOneDatum(
void);
long APIENTRY psGetBtnID(
char *);
long APIENTRY psGetBtnTimestamp(
char *);
long APIENTRY psGetBtnDataLen(
void);
long APIENTRY psGetBtnDataCount(
void);
long APIENTRY psGetBtnData(
char *);
// Prototypes for misc. support routines
long
APIENTRY psDumpMemory(
char *);
long APIENTRY psGetLastError(
void);
BOOL APIENTRY psPrintableStr(
char *,
long);
long APIENTRY psGetDLLVersion(
char *);
// Prototype for user-supplied progress/interrupt callback function
typedef
BOOL CALLBACK PsProgressFn_t(ulong PercentageComplete);
// Returns TRUE if continue, else returns FALSE if interrupt now.
BOOL APIENTRY psSetProgressFn(PsProgressFn_t * userProgressFn);
// Returns TRUE if fn. set successfully, else returns FALSE.
// Prototypes for debug support.
void
APIENTRY db_psResetProbe(
void);
long APIENTRY db_psWriteConfig(
long);
long APIENTRY db_psReadData(
long);
long APIENTRY db_psLogEntry(
char *);
void APIENTRY db_psRestartDebugLog(
void);
#ifdef __cplusplus
}
// extern "C"#endif
#endif
