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%module cleware
%{
typedef int HANDLE ;
const int USBaccessVersion = 330 ;
#define CLEWARE_DEBUG 1
#define INVALID_HANDLE_VALUE -1
enum USBtype_enum { ILLEGAL_DEVICE=0,
LED_DEVICE=0x01,
POWER_DEVICE=0x02,
DISPLAY_DEVICE=0x03,
WATCHDOG_DEVICE=0x05,
AUTORESET_DEVICE=0x06,
WATCHDOGXP_DEVICE=0x07,
SWITCH1_DEVICE=0x08,
SWITCH2_DEVICE=0x09, SWITCH3_DEVICE=0x0a, SWITCH4_DEVICE=0x0b,
SWITCH5_DEVICE=0x0c, SWITCH6_DEVICE=0x0d, SWITCH7_DEVICE=0x0e, SWITCH8_DEVICE=0x0f,
TEMPERATURE_DEVICE=0x10,
TEMPERATURE2_DEVICE=0x11,
TEMPERATURE5_DEVICE=0x15,
HUMIDITY1_DEVICE=0x20,HUMIDITY2_DEVICE=0x21,
SWITCHX_DEVICE=0x28, // new switch 3,4,8
// CONTACT1_DEVICE=0x30
CONTACT00_DEVICE=0x30, CONTACT01_DEVICE=0x31, CONTACT02_DEVICE=0x32, CONTACT03_DEVICE=0x33,
CONTACT04_DEVICE=0x34, CONTACT05_DEVICE=0x35, CONTACT06_DEVICE=0x36, CONTACT07_DEVICE=0x37,
CONTACT08_DEVICE=0x38, CONTACT09_DEVICE=0x39, CONTACT10_DEVICE=0x3a, CONTACT11_DEVICE=0x3b,
CONTACT12_DEVICE=0x3c, CONTACT13_DEVICE=0x3d, CONTACT14_DEVICE=0x3e, CONTACT15_DEVICE=0x3f,
F4_DEVICE=0x40,
KEYC01_DEVICE=0x41, KEYC16_DEVICE=0x42,MOUSE_DEVICE=0x43,
ADC0800_DEVICE=0x50, ADC0801_DEVICE=0x51, ADC0802_DEVICE=0x52, ADC0803_DEVICE=0x53,
COUNTER00_DEVICE=0x60,
ENCODER01_DEVICE=0x80,
BUTTON_NODEVICE=0x1000
} ;
enum USBactions { LEDs=0, EEwrite=1, EEread=2, Reset=3, KeepCalm=4, GetInfo=5,
StartMeasuring=6, // USB-Humidity
Configure=7, // USB-IO16-V10, USB-Counter-V05
Display=8, // USB/Display
RunPoint=10, // USB-Encoder
Programm=15 // Transfer new Firmware (internal use only)
} ;
// 03.11.02 ws small changes for Linux
typedef struct {
unsigned long int handle ;
int gadgetVersionNo ;
enum USBtype_enum gadgettype ;
int SerialNumber ;
int report_type ;
int HWversion ;
} cwSUSBdata ;
void cwInitCleware() ;
int cwOpenCleware() ; // returns number of found Cleware devices
void cwCloseCleware() ;
int cwGetValue(int deviceNo, int UsagePage, int Usage, unsigned char *buf, int bufsize) ;
int cwSetValue(int deviceNo, int UsagePage, int Usage, unsigned char *buf, int bufsize) ;
unsigned long int cwGetHandle(int deviceNo) ;
int cwGetVersion(int deviceNo) ;
enum USBtype_enum cwGetUSBType(int deviceNo) ;
int cwGetSerialNumber(int deviceNo) ;
int cwRecover(int devNum) ; // try to find disconnected devices
int cwValidSerNum(int SerialNumber, enum USBtype_enum devType) ;
int cwGetHWversion(int deviceNo) ; // return current
int cwIOX(int deviceNo, int addr, int data) ;
void cwDebugWrite(char *s) ;
void cwDebugClose() ;
class CUSBaccess {
public:
enum USBactions { LEDs=0, EEwrite=1, EEread=2, Reset=3, KeepCalm=4, GetInfo=5,
StartMeasuring=6, // USB-Humidity
Configure=7, // USB-IO16-V10, USB-Counter-V05
RunPoint=10, // USB-Encoder
ContactWrite=11, // 613er IO16
ContactRead=12 // 613er IO16
} ;
enum USBInfoType { OnlineTime=1, OnlineCount=2, ManualTime=3, ManualCount=4 } ;
enum LED_IDs { LED_0=0, LED_1=1, LED_2=2, LED_3=3 } ;
enum COUNTER_IDs { COUNTER_0=0, COUNTER_1=1 } ;
enum SWITCH_IDs { SWITCH_0=0x10, SWITCH_1=0x11, SWITCH_2=0x12, SWITCH_3=0x13,
SWITCH_4=0x14, SWITCH_5=0x15, SWITCH_6=0x16, SWITCH_7=0x17,
SWITCH_8=0x18, SWITCH_9=0x19, SWITCH_10=0x1a, SWITCH_11=0x1b,
SWITCH_12=0x1c, SWITCH_13=0x1d, SWITCH_14=0x1e, SWITCH_15=0x1f
} ;
enum USBtype_enum { ILLEGAL_DEVICE=0,
LED_DEVICE=0x01,
POWER_DEVICE=0x02,
WATCHDOG_DEVICE=0x05,
AUTORESET_DEVICE=0x06,
WATCHDOGXP_DEVICE=0x07,
SWITCH1_DEVICE=0x08,
SWITCH2_DEVICE=0x09, SWITCH3_DEVICE=0x0a, SWITCH4_DEVICE=0x0b,
SWITCH5_DEVICE=0x0c, SWITCH6_DEVICE=0x0d, SWITCH7_DEVICE=0x0e, SWITCH8_DEVICE=0x0f,
TEMPERATURE_DEVICE=0x10,
TEMPERATURE2_DEVICE=0x11,
TEMPERATURE5_DEVICE=0x15,
HUMIDITY1_DEVICE=0x20,
SWITCHX_DEVICE=0x28, // new switch 3,4,8
CONTACT00_DEVICE=0x30, CONTACT01_DEVICE=0x31, CONTACT02_DEVICE=0x32, CONTACT03_DEVICE=0x33,
CONTACT04_DEVICE=0x34, CONTACT05_DEVICE=0x35, CONTACT06_DEVICE=0x36, CONTACT07_DEVICE=0x37,
CONTACT08_DEVICE=0x38, CONTACT09_DEVICE=0x39, CONTACT10_DEVICE=0x3a, CONTACT11_DEVICE=0x3b,
CONTACT12_DEVICE=0x3c, CONTACT13_DEVICE=0x3d, CONTACT14_DEVICE=0x3e, CONTACT15_DEVICE=0x3f,
F4_DEVICE=0x40,
KEYC01_DEVICE=0x41, KEYC16_DEVICE=0x42,
ADC0800_DEVICE=0x50, ADC0801_DEVICE=0x51, ADC0802_DEVICE=0x52, ADC0803_DEVICE=0x53,
COUNTER00_DEVICE=0x60,
ENCODER01_DEVICE=0x80,
BUTTON_NODEVICE=0x1000
} ;
private:
class CUSBaccessBasic * X ; // avoid export of internal USB variables
public:
CUSBaccess() ;
virtual ~CUSBaccess() ; // maybe used as base class
virtual int OpenCleware() ; // returns number of found Cleware devices
virtual int CloseCleware() ; // close all Cleware devices
virtual int Recover(int devNum) ; // try to find disconnected devices, returns true if succeeded
virtual HANDLE GetHandle(int deviceNo) ;
virtual int GetValue(int deviceNo, unsigned char *buf, int bufsize) ;
virtual int SetValue(int deviceNo, unsigned char *buf, int bufsize) ;
virtual int SetLED(int deviceNo, enum LED_IDs Led, int value) ; // value: 0=off 7=medium 15=highlight
virtual int SetSwitch(int deviceNo, enum SWITCH_IDs Switch, int On) ; // On: 0=off, 1=on
virtual int GetSwitch(int deviceNo, enum SWITCH_IDs Switch) ; // On: 0=off, 1=on, -1=error
virtual int GetSeqSwitch(int deviceNo, enum SWITCH_IDs Switch, int seqNum) ; // On: 0=off, 1=on, -1=error
virtual int GetSwitchConfig(int deviceNo, int *switchCount, int *buttonAvailable) ;
virtual int GetTemperature(int deviceNo, double *Temperature, int *timeID) ;
virtual int GetHumidity(int deviceNo, double *Humidity, int *timeID) ;
virtual int ResetDevice(int deviceNo) ;
virtual int StartDevice(int deviceNo) ;
virtual int CalmWatchdog(int deviceNo, int minutes, int minutes2restart) ;
virtual int GetVersion(int deviceNo) ;
virtual int GetUSBType(int deviceNo) ;
virtual int GetSerialNumber(int deviceNo) ;
virtual int GetDLLVersion() { return USBaccessVersion ; }
virtual int GetManualOnCount(int deviceNo) ; // returns how often switch is manually turned on
virtual int GetManualOnTime(int deviceNo) ; // returns how long (seconds) switch is manually turned on
virtual int GetOnlineOnCount(int deviceNo) ; // returns how often switch is turned on by USB command
virtual int GetOnlineOnTime(int deviceNo) ; // returns how long (seconds) switch is turned on by USB command
virtual int GetMultiSwitch(int deviceNo, unsigned long int *mask, unsigned long int *value, int seqNumber) ;
virtual int SetMultiSwitch(int deviceNo, unsigned long int value) ;
virtual int SetMultiConfig(int deviceNo, unsigned long int directions) ;
virtual int GetCounter(int deviceNo, enum COUNTER_IDs counterID) ; // COUNTER_IDs ununsed until now
virtual int SetCounter(int deviceNo, int counter, enum COUNTER_IDs counterID) ; // -1=error, COUNTER_IDs ununsed until now
virtual int SyncDevice(int deviceNo, unsigned long int mask) ;
virtual int GetHWversion(int deviceNo) ; // return HWversion (0 for pre 2014 designed devices, 13 for new devices)
virtual int IOX(int deviceNo, int addr, int data) ; // for internal use only, wrong usage may destroy device
virtual void DebugWrite(char *s) ;
virtual void DebugWrite(char *f, int a1) ;
virtual void DebugWrite(char *f, int a1, int a2) ;
virtual void DebugWrite(char *f, int a1, int a2, int a3) ;
virtual void DebugWrite(char *f, int a1, int a2, int a3, int a4) ;
virtual void Sleep(int ms) { usleep(ms * 1000) ; } // for Linux
} ;
%}
const int USBaccessVersion = 433 ;
class CUSBaccess {
public:
enum USBactions { LEDs=0, EEwrite=1, EEread=2, Reset=3, KeepCalm=4, GetInfo=5,
StartMeasuring=6, // USB-Humidity
Configure=7, // USB-IO16-V10, USB-Counter-V05
RunPoint=10, // USB-Encoder
ContactWrite=11, // 613er IO16
ContactRead=12 // 613er IO16
} ;
enum USBInfoType { OnlineTime=1, OnlineCount=2, ManualTime=3, ManualCount=4 } ;
enum LED_IDs { LED_0=0, LED_1=1, LED_2=2, LED_3=3 } ;
enum COUNTER_IDs { COUNTER_0=0, COUNTER_1=1 } ;
enum SWITCH_IDs { SWITCH_0=0x10, SWITCH_1=0x11, SWITCH_2=0x12, SWITCH_3=0x13,
SWITCH_4=0x14, SWITCH_5=0x15, SWITCH_6=0x16, SWITCH_7=0x17,
SWITCH_8=0x18, SWITCH_9=0x19, SWITCH_10=0x1a, SWITCH_11=0x1b,
SWITCH_12=0x1c, SWITCH_13=0x1d, SWITCH_14=0x1e, SWITCH_15=0x1f
} ;
enum USBtype_enum { ILLEGAL_DEVICE=0,
LED_DEVICE=0x01,
POWER_DEVICE=0x02,
WATCHDOG_DEVICE=0x05,
AUTORESET_DEVICE=0x06,
WATCHDOGXP_DEVICE=0x07,
SWITCH1_DEVICE=0x08,
SWITCH2_DEVICE=0x09, SWITCH3_DEVICE=0x0a, SWITCH4_DEVICE=0x0b,
SWITCH5_DEVICE=0x0c, SWITCH6_DEVICE=0x0d, SWITCH7_DEVICE=0x0e, SWITCH8_DEVICE=0x0f,
TEMPERATURE_DEVICE=0x10,
TEMPERATURE2_DEVICE=0x11,
TEMPERATURE5_DEVICE=0x15,
HUMIDITY1_DEVICE=0x20,
SWITCHX_DEVICE=0x28, // new switch 3,4,8
CONTACT00_DEVICE=0x30, CONTACT01_DEVICE=0x31, CONTACT02_DEVICE=0x32, CONTACT03_DEVICE=0x33,
CONTACT04_DEVICE=0x34, CONTACT05_DEVICE=0x35, CONTACT06_DEVICE=0x36, CONTACT07_DEVICE=0x37,
CONTACT08_DEVICE=0x38, CONTACT09_DEVICE=0x39, CONTACT10_DEVICE=0x3a, CONTACT11_DEVICE=0x3b,
CONTACT12_DEVICE=0x3c, CONTACT13_DEVICE=0x3d, CONTACT14_DEVICE=0x3e, CONTACT15_DEVICE=0x3f,
F4_DEVICE=0x40,
KEYC01_DEVICE=0x41, KEYC16_DEVICE=0x42,
ADC0800_DEVICE=0x50, ADC0801_DEVICE=0x51, ADC0802_DEVICE=0x52, ADC0803_DEVICE=0x53,
COUNTER00_DEVICE=0x60,
ENCODER01_DEVICE=0x80,
BUTTON_NODEVICE=0x1000
} ;
private:
class CUSBaccessBasic * X ; // avoid export of internal USB variables
public:
CUSBaccess() ;
virtual ~CUSBaccess() ; // maybe used as base class
virtual int OpenCleware() ; // returns number of found Cleware devices
virtual int CloseCleware() ; // close all Cleware devices
virtual int Recover(int devNum) ; // try to find disconnected devices, returns true if succeeded
virtual HANDLE GetHandle(int deviceNo) ;
virtual int GetValue(int deviceNo, unsigned char *buf, int bufsize) ;
virtual int SetValue(int deviceNo, unsigned char *buf, int bufsize) ;
virtual int SetLED(int deviceNo, enum LED_IDs Led, int value) ; // value: 0=off 7=medium 15=highlight
virtual int SetSwitch(int deviceNo, enum SWITCH_IDs Switch, int On) ; // On: 0=off, 1=on
virtual int GetSwitch(int deviceNo, enum SWITCH_IDs Switch) ; // On: 0=off, 1=on, -1=error
virtual int GetSeqSwitch(int deviceNo, enum SWITCH_IDs Switch, int seqNum) ; // On: 0=off, 1=on, -1=error
virtual int GetSwitchConfig(int deviceNo, int *switchCount, int *buttonAvailable) ;
virtual int GetTemperature(int deviceNo, double *Temperature, int *timeID) ;
virtual int GetHumidity(int deviceNo, double *Humidity, int *timeID) ;
virtual int ResetDevice(int deviceNo) ;
virtual int StartDevice(int deviceNo) ;
virtual int CalmWatchdog(int deviceNo, int minutes, int minutes2restart) ;
virtual int GetVersion(int deviceNo) ;
virtual int GetUSBType(int deviceNo) ;
virtual int GetSerialNumber(int deviceNo) ;
virtual int GetDLLVersion() { return USBaccessVersion ; }
virtual int GetManualOnCount(int deviceNo) ; // returns how often switch is manually turned on
virtual int GetManualOnTime(int deviceNo) ; // returns how long (seconds) switch is manually turned on
virtual int GetOnlineOnCount(int deviceNo) ; // returns how often switch is turned on by USB command
virtual int GetOnlineOnTime(int deviceNo) ; // returns how long (seconds) switch is turned on by USB command
virtual int GetMultiSwitch(int deviceNo, unsigned long int *mask, unsigned long int *value, int seqNumber) ;
virtual int SetMultiSwitch(int deviceNo, unsigned long int value) ;
virtual int SetMultiConfig(int deviceNo, unsigned long int directions) ;
virtual int GetCounter(int deviceNo, enum COUNTER_IDs counterID) ; // COUNTER_IDs ununsed until now
virtual int SetCounter(int deviceNo, int counter, enum COUNTER_IDs counterID) ; // -1=error, COUNTER_IDs ununsed until now
virtual int SyncDevice(int deviceNo, unsigned long int mask) ;
virtual int GetHWversion(int deviceNo) ; // return HWversion (0 for pre 2014 designed devices, 13 for new devices)
virtual int IOX(int deviceNo, int addr, int data) ; // for internal use only, wrong usage may destroy device
virtual void DebugWrite(char *s) ;
virtual void DebugWrite(char *f, int a1) ;
virtual void DebugWrite(char *f, int a1, int a2) ;
virtual void DebugWrite(char *f, int a1, int a2, int a3) ;
virtual void DebugWrite(char *f, int a1, int a2, int a3, int a4) ;
virtual void Sleep(int ms) { usleep(ms * 1000) ; } // for Linux
} ;
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