Ctypes Wrapper#

class pycanape.cnp_api.cnp_class.Appversion[source]#

Variables:

MainVersion (ctypes.c_int) –
SubVersion (ctypes.c_int) –
ServicePack (ctypes.c_int) –
Application (ctypes.c_char_p) –

class pycanape.cnp_api.cnp_class.DBFileInfo[source]#

Variables:

asap2Fname (ctypes.c_char_p) –
asap2Path (ctypes.c_char_p) –
type (DBFileType) –

class pycanape.cnp_api.cnp_class.DBObjectInfo[source]#

Variables:

DBObjecttype (ObjectType) –
type (ValueType) –
min (ctypes.c_double) –
max (ctypes.c_double) –
minEx (ctypes.c_double) –
maxEx (ctypes.c_double) –
precision (ctypes.c_byte) –
unit (ctypes.c_char_p) –

class pycanape.cnp_api.cnp_class.DiagJobResponse[source]#

class pycanape.cnp_api.cnp_class.DiagNotificationStruct[source]#

class pycanape.cnp_api.cnp_class.DiagNumericParameter[source]#

class pycanape.cnp_api.cnp_class.MeasurementListEntries[source]#

Variables:

ItemCount (ctypes.c_uint) – number of entries
Entries (ctypes.POINTER(ctypes.POINTER(TMeasurementListEntry)))) – Pointer to an array of measurement list entries

class pycanape.cnp_api.cnp_class.PValues[source]#

class pycanape.cnp_api.cnp_class.SecProfileEntry[source]#

class pycanape.cnp_api.cnp_class.TApplicationID[source]#

pycanape.cnp_api.cnp_class.TAsap3Hdl#: alias of LP_tAsap3Hdl

class pycanape.cnp_api.cnp_class.TCANapeModes[source]#

class pycanape.cnp_api.cnp_class.TCalibrationObjectValue[source]#

Union of calibration object variants.

Variables:

type (ctypes.c_uint) – See ValueType. The enum value determines content of TCalibrationObjectValue
value (s_value) – contains the calibration object values if type is VALUE
axis (s_axis) – contains the calibration object values if type is AXIS
ascii (s_ascii) – contains the calibration object values if type is ASCII
curve (s_curve) – contains the calibration object values if type is CURVE
map (s_map) – contains the calibration object values if type is MAP
valblk (s_valblk) – contains the calibration object values if type is VAL_BLK

class pycanape.cnp_api.cnp_class.TCalibrationObjectValueEx[source]#

Union of calibration object variants.

# :var ctypes.c_uint type: # See ValueType. # The enum value determines content of TCalibrationObjectValueEx # :var s_value_ex value: # contains the calibration object values if type is # VALUE # :var s_axis_ex axis: # contains the calibration object values if type is # AXIS # :var s_ascii_ex ascii: # contains the calibration object values if type is # ASCII # :var s_curve_ex curve: # contains the calibration object values if type is # CURVE # :var s_map_ex map: # contains the calibration object values if type is # MAP # :var s_valblk_ex valblk: # contains the calibration object values if type is # VAL_BLK

class pycanape.cnp_api.cnp_class.TConverterInfo[source]#

class pycanape.cnp_api.cnp_class.TFifoSize[source]#

class pycanape.cnp_api.cnp_class.TLayoutCoeffs[source]#

class pycanape.cnp_api.cnp_class.TMeasurementListEntry[source]#

Variables:

taskId (ctypes.c_ushort) –
rate (ctypes.c_ulong) –
SaveFlag (ctypes.c_long) –
Disabled (ctypes.c_long) –
ObjectName (ctypes.c_char_p) –

pycanape.cnp_api.cnp_class.TParamItemHdl#: alias of LP_c_ulong

pycanape.cnp_api.cnp_class.TParamTemplateHdl#: alias of LP_c_ulong

class pycanape.cnp_api.cnp_class.TPhysInterface[source]#

pycanape.cnp_api.cnp_class.TRecorderID#: alias of LP_c_ulong

class pycanape.cnp_api.cnp_class.TSampleBlockObject[source]#

class pycanape.cnp_api.cnp_class.TSampleObject[source]#

class pycanape.cnp_api.cnp_class.TSettingsParam[source]#

Variables:

type (TSettingsParameterType) – Parameter type
size (ctypes.c_uint) – Parameter size
IVal (ctypes.c_int64) – corresponding union parameter for type ParamSigned
UIVal (ctypes.c_uint64) – corresponding union parameter for type ParamUnsigned
DVal (ctypes.c_double) – corresponding union parameter for type ParamDouble
STRVal (ctypes.c_char_p) – corresponding union parameter for type ParamChar

class pycanape.cnp_api.cnp_class.TSettingsValue[source]#

Variables:

IVal (ctypes.c_int64) –
UIVal (ctypes.c_uint64) –
DVal (ctypes.c_double) –
STRVal (ctypes.c_char_p) –

class pycanape.cnp_api.cnp_class.TTaskInfo[source]#

Variables:

description (ctypes.c_char_p) – description text
taskId (ctypes.c_ushort) – The task id is dynamically generated by CANape depending on internal definitions
taskCycle (ctypes.c_ulong) – Cycle rate in msec. 0 if not a cyclic task or unknown

class pycanape.cnp_api.cnp_class.TTaskInfo2[source]#

Variables:

description (ctypes.c_char_p) – description text
taskId (ctypes.c_ushort) – The task id is dynamically generated by CANape depending on internal definitions
taskCycle (ctypes.c_ulong) – Cycle rate in msec. 0 if not a cyclic task or unknown
eventChannel (ctypes.c_ulong) – event channel

class pycanape.cnp_api.cnp_class.s_ascii[source]#

ASCII variant of TCalibrationObjectValue.

Variables:

type (ctypes.c_uint) – must be ASCII
len (ctypes.c_short) – Number of characters
ascii (ctypes.c_char_p) – array of characters

class pycanape.cnp_api.cnp_class.s_ascii_ex[source]#

class pycanape.cnp_api.cnp_class.s_axis[source]#

Axis variant of TCalibrationObjectValue.

Variables:

type (ctypes.c_uint) – must be AXIS
dimension (ctypes.c_short) – Number of elements
axis (ctypes.POINTER(ctypes.c_double)) – array of axis values

class pycanape.cnp_api.cnp_class.s_axis_ex[source]#

class pycanape.cnp_api.cnp_class.s_curve[source]#

Curve variant of TCalibrationObjectValue.

Variables:

type (ctypes.c_uint) – must be CURVE
dimension (ctypes.c_short) – Number of elements
axis (ctypes.POINTER(ctypes.c_double)) – array of axis coordinates
values (ctypes.POINTER(ctypes.c_double)) – array of values

class pycanape.cnp_api.cnp_class.s_curve_ex[source]#

class pycanape.cnp_api.cnp_class.s_map[source]#

Map variant of TCalibrationObjectValue.

Variables:

type (ctypes.c_uint) – must be MAP
xDimension (ctypes.c_short) – x-axis length
yDimension (ctypes.c_short) – y-axis length
xAxis (ctypes.POINTER(ctypes.c_double)) – array of x-axis coordinates
yAxis (ctypes.POINTER(ctypes.c_double)) – array of y-axis coordinates
values (ctypes.POINTER(ctypes.c_double)) – array of values

class pycanape.cnp_api.cnp_class.s_map_ex[source]#

class pycanape.cnp_api.cnp_class.s_valblk[source]#

Value block variant of TCalibrationObjectValue.

Variables:

type (ctypes.c_uint) – must be VAL_BLK
xDimension (ctypes.c_short) – x-axis length
yDimension (ctypes.c_short) – y-axis length
values (ctypes.POINTER(ctypes.c_double)) – array of values

class pycanape.cnp_api.cnp_class.s_valblk_ex[source]#

class pycanape.cnp_api.cnp_class.s_value[source]#

Scalar variant of TCalibrationObjectValue.

Variables:

type (ctypes.c_uint) – must be VALUE
value (ctypes.c_double) – scalar value

class pycanape.cnp_api.cnp_class.s_value_ex[source]#

class pycanape.cnp_api.cnp_class.tAsap3Hdl[source]#: CANaple handle

class pycanape.cnp_api.cnp_class.version_t[source]#

Variables:

dllMainVersion (ctypes.c_int) –
dllSubVersion (ctypes.c_int) –
dllRelease (ctypes.c_int) –
osVersion (ctypes.c_char_p) –
osRelease (ctypes.c_int) –

class pycanape.cnp_api.cnp_constants.Channels(value)[source]#

An enumeration.

DEV_CAN1 = 1#

DEV_CAN2 = 2#

DEV_CAN20 = 20#

DEV_CAN3 = 3#

DEV_CAN4 = 4#

DEV_CAN5 = 5#

DEV_CAN6 = 6#

DEV_CAN7 = 7#

DEV_CAN8 = 8#

DEV_CANFD1 = 121#

DEV_CANFD2 = 122#

DEV_CANFD3 = 123#

DEV_CANFD4 = 124#

DEV_CANFD5 = 125#

DEV_CANFD6 = 126#

DEV_CANFD7 = 127#

DEV_CANFD8 = 128#

DEV_CANFD9 = 129#

DEV_DAIO_DLL = 280#

DEV_FLX1 = 31#

DEV_FLX2 = 32#

DEV_FLX3 = 33#

DEV_FLX4 = 34#

DEV_FLX5 = 35#

DEV_FLX6 = 36#

DEV_FLX7 = 37#

DEV_FLX8 = 38#

DEV_LIN1 = 61#

DEV_LIN2 = 62#

DEV_LIN3 = 63#

DEV_LIN4 = 64#

DEV_LIN5 = 65#

DEV_LIN6 = 66#

DEV_LIN7 = 67#

DEV_LIN8 = 68#

DEV_SXI1 = 91#

DEV_SXI2 = 92#

DEV_SXI3 = 93#

DEV_SXI4 = 94#

DEV_SXI5 = 95#

DEV_SXI6 = 96#

DEV_SXI7 = 97#

DEV_SXI8 = 98#

DEV_TCP = 255#

DEV_UDP = 256#

DEV_UNDEFINED_CHANNEL_ID = 0#

DEV_USB = 110#

DEV_USERDEFINED = 261#

DEV_VX_CAN1 = 81#

DEV_VX_CAN2 = 82#

DEV_VX_CAN3 = 83#

DEV_VX_CAN4 = 84#

DEV_VX_ETHERNET1 = 271#

DEV_VX_ETHERNET2 = 272#

DEV_VX_TCP = 85#

DEV_VX_UDP = 86#

class pycanape.cnp_api.cnp_constants.DBFileType(value)[source]#

An enumeration.

ASAP2 = 1#

Anonymous = 21#

AutosarXML = 19#

CANDELA = 5#

CDM = 12#

CDP = 16#

DB = 2#

DBB = 3#

DBC = 4#

EDS = 7#

EHR = 8#

LDF = 11#

LST = 10#

LostVariable = 17#

MDF = 13#

ODF = 6#

PDX = 18#

ROB = 9#

System = 20#

UNKNOWN = 0#

Update = 15#

XML = 14#

class pycanape.cnp_api.cnp_constants.DriverType(value)[source]#

Value of parameter ‘driverType’ of subroutine Asap3CreateModule()

ASAP3_DAIO_SYSTEM = 160#

ASAP3_DRIVER_ANALOG = 50#

ASAP3_DRIVER_CAN = 20#

ASAP3_DRIVER_CANDELA = 70#

ASAP3_DRIVER_CANOPEN = 60#

ASAP3_DRIVER_CCP = 1#

ASAP3_DRIVER_DLT = 180#

ASAP3_DRIVER_ENVIRONMENT = 80#

ASAP3_DRIVER_ETH = 150#

ASAP3_DRIVER_FLX = 100#

ASAP3_DRIVER_FUNC = 110#

ASAP3_DRIVER_HEXEDIT = 40#

ASAP3_DRIVER_LIN = 90#

ASAP3_DRIVER_NIDAQMX = 120#

ASAP3_DRIVER_SOME_IP = 170#

ASAP3_DRIVER_SYSTEM = 140#

ASAP3_DRIVER_UNKNOWN = 0#

ASAP3_DRIVER_XCP = 2#

ASAP3_DRIVER_XCP_RAMSCOPE = 130#

class pycanape.cnp_api.cnp_constants.ErrorCodes(value)[source]#

An enumeration.

ACE_CHANNEL_OPTIMIZED = 134#

ACE_DIAG_WRONG_SERVICE_STATE = 86#

ACE_ERR_DATA_SIZE = 137#

ACE_ERR_PROFILE_ID = 135#

ACE_ERR_SBL_ERROR = 141#

ACE_ERR_UNSUPPORTED_TYPE = 136#

ACE_EVENT_ALLREADY_REGISERED = 117#

ACE_NOT_AVAILABLE_WHILE_ACQ = 115#

ACE_NOT_MISSING_LICENSE = 116#

AEC_ACQUIS_ALREADY_RUNNING = 24#

AEC_ACQUIS_NOT_STARTED = 25#

AEC_ACQ_CHNL_OVERRUN = 18#

AEC_ACQ_STP_INIT_FAILED = 35#

AEC_ACQ_STP_OVERFLOW = 37#

AEC_ACQ_STP_PROC_FAILED = 36#

AEC_ACQ_STP_TIME_OVER = 38#

AEC_ASAP2_FILE_NOT_FOUND = 6#

AEC_CALOBJ_INVALID_VALUE = 138#

AEC_CALOBJ_NO_VALID_VAUE = 143#

AEC_CALOBJ_READ_FAILED = 34#

AEC_CAL_NOT_ALLOWED = 119#

AEC_CANAPE_CREATE_PROC_FAILED = 20#

AEC_CANAPE_INVALID_PRG_PATH = 63#

AEC_CANT_OPEN_DISPLAY = 45#

AEC_CCP_RESPONSE_SIZE_INVALID = 15#

AEC_CMD_NOT_SUP = 1#

AEC_CNFG_FILE_INVALID = 107#

AEC_CNFG_FILE_NOT_FOUND = 106#

AEC_CNFG_WRONG_MODE = 105#

AEC_CREATE_MEM_MAPPED_FILE = 3#

AEC_DIAG_ERR_EXECUTE_SERVICE = 78#

AEC_DIAG_EXCEPTION_ERROR = 81#

AEC_DIAG_INVALID_BUSMESSAGE = 75#

AEC_DIAG_INVALID_DIAGSERVICE = 77#

AEC_DIAG_INVALID_DRIVERTYPE = 74#

AEC_DIAG_INVALID_INDEX_SIZE = 87#

AEC_DIAG_INVALID_PARAMS = 79#

AEC_DIAG_INVALID_RESPONSE = 82#

AEC_DIAG_INVALID_RESPONSETYPE = 88#

AEC_DIAG_INVALID_VARIANT = 76#

AEC_DIAG_NO_INFO_AVAILABLE = 84#

AEC_DIAG_PARAM_SETERROR = 104#

AEC_DIAG_UNDEFINED_JOB = 120#

AEC_DIAG_UNKNOWN_PARAM_NAME = 80#

AEC_DIAG_UNKNOWN_PARAM_TYPE = 83#

AEC_DIAG_UNKNOWN_RESPHANDLE = 85#

AEC_ERROR_CHANNEL_ASSIGNMENT = 122#

AEC_ERROR_COMPLEX_RESPONSES = 127#

AEC_ERROR_CONV_FILE_ACCESS = 126#

AEC_ERROR_CREATERECORDER = 101#

AEC_ERROR_DECALRE_SCR = 110#

AEC_ERROR_INIPATH = 128#

AEC_ERROR_INVALID_TASKID = 103#

AEC_ERROR_LOADING_LABELLIST = 125#

AEC_ERROR_MODAL_DIALOG = 121#

AEC_ERROR_RESUME_SUPPORTED = 111#

AEC_ERROR_SETRECFILENAME = 102#

AEC_ERROR_STRUCTURE_OBJECT = 123#

AEC_ERR_APIPARAMETER = 149#

AEC_ERR_CALOBJECT_CREATION = 142#

AEC_ERR_CANT_RELEASE_MUTEX = 48#

AEC_ERR_CREATING_MODULE = 145#

AEC_ERR_DCB_EXPORT = 114#

AEC_ERR_DRIVER_CONFIG = 113#

AEC_ERR_GOINGONLINE = 146#

AEC_ERR_INTERFACEV3 = 144#

AEC_ERR_NO_PATTERNFILE_DEFINED = 46#

AEC_ERR_OPEN_DATADESCFILE = 41#

AEC_ERR_OPEN_DATAVERSFILE = 42#

AEC_ERR_OPEN_FILE = 8#

AEC_ERR_OPEN_PATTERNFILE = 47#

AEC_ERR_PHYSINTERFACE = 147#

AEC_ERR_SETTINGSPARAM = 139#

AEC_ERR_UNDEF_SETTINGSPARAM = 140#

AEC_ERR_UNSUPPORTEDINTF = 148#

AEC_EXECUTE_SERVICE_ERROR = 72#

AEC_EXIT_DENIED_WHILE_ACQU = 21#

AEC_FIFO_ALREADY_INIT = 54#

AEC_FIFO_INTERNAL_ERROR = 31#

AEC_FLASH_ALLREADY_RUNNING = 92#

AEC_FLASH_INVALID_APPNAME = 93#

AEC_FLASH_INVALID_MANAGER = 89#

AEC_FLASH_MANAGER_ERROR = 91#

AEC_FLASH_OBJ_OUT_OF_RANGE = 90#

AEC_FUNCTION_NOT_SUPPORTED = 94#

AEC_ILLEGAL_DRIVER = 33#

AEC_ILLEGAL_OPERATION = 55#

AEC_INDEX_DO_NOT_MATCH = 154#

AEC_INDEX_OUT_OF_RANGE = 150#

AEC_INIT_CMD_FAILED = 62#

AEC_INIT_COM_FAILED = 61#

AEC_INSUFFICENT_BUFFERSIZE = 130#

AEC_INTERFACE_NOTSUPPORTED = 2#

AEC_INTERNAL_CANAPE_ERROR = 44#

AEC_INVALID_ASAP3_HDL = 64#

AEC_INVALID_DRIVERTYPE = 73#

AEC_INVALID_MODULE_HDL = 7#

AEC_INVALID_PARAMETER = 100#

AEC_INVALID_SCR_HANDLE = 108#

AEC_LAST_ERRCODE = 155#

AEC_LICENSE_NOT_FOUND = 95#

AEC_LOADING_FILE = 65#

AEC_MEASUREMOBJ_NOT_FOUND = 151#

AEC_NETWORK_NOT_FOUND = 124#

AEC_NOSERVER_ERRCODE = 40#

AEC_NOT_WRITE_ACCESS = 12#

AEC_NO_AXIS_PTS_NOT_VALID = 27#

AEC_NO_CANAPE_LICENSE = 57#

AEC_NO_DATABASE = 10#

AEC_NO_RASTER_OVERFLOW = 19#

AEC_NO_RESPONSE_FROM_ECU = 23#

AEC_NO_TASKS_OVERFLOW = 14#

AEC_NO_VALUES_SAMPLED = 17#

AEC_OBJECT_ALLREADY_DEFINED = 118#

AEC_OBJECT_TYPE_DOESNT_MATCH = 13#

AEC_OBJNAME_NOT_UNIQUE = 153#

AEC_PAR_SIZE_OVERFLOW = 11#

AEC_PATCHENTRY_NOT_FOUND = 131#

AEC_PATCHSECTION_NOT_FOUND = 132#

AEC_PERMANENT_OFFLINE = 152#

AEC_READ_RESPONSE = 5#

AEC_RECORDER_ALLREADY_EXISTS = 96#

AEC_RECORDER_INDEX_OUTOFRANGE = 98#

AEC_RECORDER_NOT_FOUND = 97#

AEC_REG_OPEN_KEY_FAILED = 58#

AEC_REG_QUERY_VALUE_FAILED = 59#

AEC_REMOVE_RECORDER_ERR = 99#

AEC_REMOVE_SCR_HANDLE = 109#

AEC_SAVING_FILE = 66#

AEC_SCRIPT_CMD_INVALID = 29#

AEC_SCRIPT_CMD_TO_LARGE = 28#

AEC_SEC_MANAGER_ERROR = 133#

AEC_TCP_EXIT_NOTCLOSED = 53#

AEC_TCP_MISSING_CFG = 51#

AEC_TCP_SERV_CONNECT_FAILED = 50#

AEC_TCP_SERV_NOT_CONNECTED = 52#

AEC_TDBO_TYPE_ERROR = 71#

AEC_TIMEOUT_RESPONSE = 16#

AEC_TMTF_NOT_FINSHED = 69#

AEC_TMTF_SEQUENCE_ERROR = 70#

AEC_TO_MUCH_DISPLAYS_OPEN = 43#

AEC_UNDEFINED_CHANNEL = 112#

AEC_UNKNOWN_MODULE_NAME = 30#

AEC_UNKNOWN_OBJECT = 9#

AEC_UPLOAD = 67#

AEC_USUPPORTED_INTERFACE_ID = 129#

AEC_VALUES_NOT_ACCESSIBLE = 26#

AEC_VERSION_ERROR = 32#

AEC_WORKDIR_ACCESS_FAILED = 60#

AEC_WRITE_CMD = 4#

AEC_WRITE_DATA_FAILED = 22#

AEC_WRITE_VALUE_ERROR = 68#

AEC_WRONG_CANAPE_VERSION = 49#

AEC_WRONG_TYPE = 56#

class pycanape.cnp_api.cnp_constants.EventCode(value)[source]#

An enumeration.

et_ON_BEFORE_DATA_ACQ_START = 2#

et_ON_CLOSECANAPE = 5#

et_ON_CLOSEPROJECT = 3#

et_ON_DATA_ACQ_START = 0#

et_ON_DATA_ACQ_STOP = 1#

et_ON_OPENPROJECT = 4#

class pycanape.cnp_api.cnp_constants.MeasurementState(value)[source]#

An enumeration.

eT_MEASUREMENT_EXIT = 3#

eT_MEASUREMENT_INIT = 1#

eT_MEASUREMENT_RUNNING = 5#

eT_MEASUREMENT_STOPPED = 0#

eT_MEASUREMENT_STOP_ON_START = 2#

eT_MEASUREMENT_THREAD_RUNNING = 4#

class pycanape.cnp_api.cnp_constants.ObjectType(value)[source]#

Selector to declare an object to be used for measurement or calibration

OTT_CALIBRATE = 1#

OTT_MEASURE = 0#

OTT_UNKNOWN = 2#

class pycanape.cnp_api.cnp_constants.RecorderState(value)[source]#

Possible states of the Recorder

e_RecActive = 1#

e_RecConfigure = 0#

e_RecPaused = 3#

e_RecRunning = 2#

e_Suspended = 4#

class pycanape.cnp_api.cnp_constants.RecorderType(value)[source]#

Typedefinition for Recordertypes

eTRecorderTypeBLF = 2#

eTRecorderTypeILinkRT = 1#

eTRecorderTypeMDF = 0#

class pycanape.cnp_api.cnp_constants.TApplicationType(value)[source]#

An enumeration.

eAPPLOCATION = 3#

eCANAPE = 1#

eUNDEFINED = 0#

class pycanape.cnp_api.cnp_constants.TAsap3DBOType(value)[source]#

possible database object types

DBTYPE_ALL = 3#

DBTYPE_CHARACTERISTIC = 2#

DBTYPE_MEASUREMENT = 1#

class pycanape.cnp_api.cnp_constants.TAsap3DataType(value)[source]#

possible datatypes of caracteristic objectes

TYPE_DOUBLE = 3#

TYPE_FLOAT = 2#

TYPE_FLOAT16 = 14#

TYPE_INT = 1#

TYPE_INT64 = 7#

TYPE_SBYTE = 13#

TYPE_SIGNED = 4#

TYPE_STRING = 6#

TYPE_UBYTE = 12#

TYPE_UINT = 11#

TYPE_UINT64 = 8#

TYPE_UNKNOWN = 0#

TYPE_UNSIGNED = 5#

TYPE_UWORD = 9#

TYPE_WORD = 10#

property dtype: npt.DTypeLike#

class pycanape.cnp_api.cnp_constants.TAsap3ECUState(value)[source]#

possible On-Offline states of the ECU

TYPE_SWITCH_OFFLINE = 1#

TYPE_SWITCH_ONLINE = 0#

class pycanape.cnp_api.cnp_constants.TFormat(value)[source]#

Format of ECU measurement or calibration data

ECU_INTERNAL = 0#

PHYSICAL_REPRESENTATION = 1#

class pycanape.cnp_api.cnp_constants.TLogicalChannels(value)[source]#

An enumeration.

ekCAN = 1#

ekDAIO = 13#

ekETH = 11#

ekFlexRay = 7#

ekLIN = 6#

ekSXI = 4#

ekUndefined = 0#

ekUserDefinedDll = 8#

class pycanape.cnp_api.cnp_constants.TParameterClass(value)[source]#

TParameterClass Class ID’s of the available parameters

ePType_CHannelID = 100#

ePType_DeviceName = 110#

ePType_Driver = 109#

ePType_DriverAsText = 111#

ePType_NetWorkName = 101#

ePType_Undefined = -1#

ePType_UseCANFD = 102#

ePType_descriptionFile = 108#

ePType_diaginterfaceName = 105#

ePType_enableCache = 107#

ePType_goOnline = 106#

ePType_secProfileId = 103#

ePType_securityRole = 104#

class pycanape.cnp_api.cnp_constants.TScriptStatus(value)[source]#

An enumeration.

eTScrDelayedCompiling = 11#

eTScrException = 12#

eTScrFailure = 9#

eTScrFinishedCancel = 8#

eTScrFinishedReturn = 7#

eTScrReady = 1#

eTScrRunning = 3#

eTScrSleeping = 4#

eTScrStarting = 2#

eTScrSuspended = 5#

eTScrTerminated = 6#

eTScrTimeout = 10#

class pycanape.cnp_api.cnp_constants.TSettingsParameterType(value)[source]#

Valid Parameter type for INI driversettings and Template Parameters

e_cfgType_REAL = 30#

e_cfgType_SIGNED = 10#

e_cfgType_TEXT = 40#

e_cfgType_UNSIGNED = 20#

e_cfgType_Undef = 0#

class pycanape.cnp_api.cnp_constants.ValueType(value)[source]#

Valid types of ECU measurement or calibration data

ASCII = 4#

AXIS = 3#

CURVE = 1#

MAP = 2#

VALUE = 0#

VAL_BLK = 5#

class pycanape.cnp_api.cnp_prototype.CANapeDll(lib_path: Path)[source]#

Parameters:: lib_path (Path) –

lock: Final = <unlocked _thread.RLock object owner=0 count=0>#

property version: Version#