VEDIAMO Star diagnosis C3+Vediamo 4

Вопросы по работе с программой, настройка, что и как

madmax095

Новичок
Приветствую всех!Решил настроить для старых машин.В 212 и 221 все видит, все работает.В W220 1999 года(Me2.0 и EGS51) не смог подключится ни к одному блоку.Может знает кто в чем дело?
 
Спасибо!Забыл совсем про это.Были проблемы с настройкой С3-знакомый скинул свои ини файлы и все взлетело.Думал может в них дело.
 
Не взлетел!
сообщение было автоматически прилеплено:

То что было не сохранил,есть то что дали!
сообщение было автоматически прилеплено:

Не могу файлы прикрепить!
 
Последние изменения:
Код:
; ------------------------

; SLAVE.INI

; Slave Configuration File

; ------------------------

;



[General]



LoggingPath=c:\         ; Path for CiderPrintf() log files (default is current working directory ".").

                        ; Note: if set, this line must appear before "Logging=" below.



Logging=Off             ; CiderPrintf() logging options:

                        ;   Logging=LogToFile, generate cider0.log, cider1.log etc.

                        ;   Logging=LogToCaesarTrace, log to CAESAR trace file via DebugLine(), debug level=1

                        ;   Logging=Off (default)



CPULoadReduction=TRUE   ; Set this to TRUE to reduce CPU load

TestEntry=Yes



;ReleaseLogDir=L:\csr\data\driver  ; Directory to save Release.log file



; -------------------

; PartA configuration

; -------------------



[PartA]



TLSlaveChannels=50      ; max. 50 Channels with TL-Slave Firmware

CaesarGoChannels=4      ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)

Monitoring=TRUE         ; Monitoring active (=FALSE, not active)

CANWarningCheck=TRUE    ; Firmware returns CAN Controller Errors (=FALSE, disabled)

DebugLevel=1            ; GPD Debug function (enable=1 disable=0)



Interrupt=188           ; DOS only, default: 188





; -------------------

; PartC configuration

; -------------------



[PartC]         

;             

; Default section:

;

TLSlaveChannels=50      ; max. 50 Channels with TL-Slave Firmware

CaesarGoChannels=4      ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)

CANWarningCheck=FALSE   ; Firmware returns CAN Controller Errors (=FALSE, deactivated)

DebugLevel=0            ; GPD Debug function (enable=1 disable=0)



MasterAddress=0xd2000   ; DOS only, default: 0xd2000

SlaveAddress=0xd4000    ; DOS only, default: 0xd4000

Interrupt=4             ; DOS only, default: 0x04



;

; Module section (Module0..Module11)

;

[PartC Module0]

Monitoring=TRUE

TLSlaveChannels=50      ; max. 50 Channels with TL-Slave Firmware

CaesarGoChannels=4      ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)



; -------------------

; PartD configuration

; -------------------



[PartD]



TLSlaveChannels=50      ; max. 50 Channels with TL-Slave Firmware

CaesarGoChannels=2      ; max. 2 Channels with CaesarGo-Firmware (1 to 4 allowed, 2 is default)

Monitoring=TRUE         ; Monitoring activated (=FALSE, deactivated)

CANWarningCheck=FALSE   ; Firmware returns CAN Controller Errors (=FALSE, deactivated)



Com=2                   ; COM port



; -------------------

; PartJ configuration

; -------------------



[PartJ]

PassThruVersion="04.04"                ; should be "02.02" or "04.04"

DeviceName="I+ME ACTIA - PassThru+ XS" ; only usable for 04.04 e.g. "Drew Technologies Inc. - CarDAQ" or "I+ME ACTIA - PassThru+ XS"

;FunctionLibraryRegistryKeyName="FunctionLibrary" ; only usable for 04.04



; -------------------

; PartX configuration

; -------------------



[PartX]



TLSlaveChannels=50      ; max. 50 Channels with TL-Slave Firmware

CaesarGoChannels=4      ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)

CANWarningCheck=FALSE   ; Firmware returns CAN Controller Errors (=FALSE, deactivated)



ServerAdr=192.168.0.12  ; PartX IP address (192.168.1.2) endian!

ControlPort=4000        ; Control port

SlavePortBase=4101      ; Slave channel port base





; -------------------

; PartY configuration

; -------------------



[PartY]



Com=1                   ; COM port for RS232 operation

Interface=USB           ; RS232|USB|AUTO (AUTO versucht zun?st USB zu nutzen, dann V24)

TLSlaveChannels=50      ; max. 50 Channels with TL-Slave Firmware

CaesarGoChannels=4      ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)

Monitoring=TRUE         ; Monitoring activated (=FALSE, deactivated)

CANWarningCheck=TRUE    ; Firmware returns CAN Controller Errors (=FALSE, deactivated)





; --------------------

; SDconnect configuration

; --------------------



[PartW]



TLSlaveChannels=100     ; max. 100 Channels with TL-Slave Firmware

CaesarGoChannels=4      ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)

CANWarningCheck=FALSE   ; Firmware returns CAN Controller Errors (=FALSE, deactivated)

;PredeleteFlash=TRUE    ; Delete CaesarEngine flashdisk.

PacketDelay=0           ; Not used.

ControlPort=4000        ; TCP port, UDP is on ControlPort+1.

Protocol=TCP            ; TCP or UDP, default is TCP. Note that UDP has custom error handling.

LocateAttempts=1        ; Number of attempts at locating VCI, default is 1.

IPResyncAttempts=8      ; Deprecated.

                        ; Number of attempts to resynchronize TCP or UDP communication,

                        ; default is 8. Note that application response timeouts should be

                        ; greater than IPResyncAttempts*IPReceiveTimeout.

                        ;

                        ; If IPResyncAttempts!=0, CSVR on PowerEngine implements a 6s timeout on TCP

                        ; receive. If the receive times out (or a TCPIP error is registered), the

                        ; socket is closed and CSVR then waits for a new connect. PC sends keepalive

                        ; messages every 2s.

                        ;

                        ; If IPResyncAttempts==0, CSVR on PowerEngine maintains no timeout on TCP

                        ; receive. If a TCPIP error is registered, the socket is closed and CSVR

                        ; then waits for a new connect.

ToolkitChannelNumber=1  ; SDDCDI toolkit channel number. Default is 1.

ToolkitConnectTimeout=360000        ; Timeout awaiting completion of toolkit connection (allow for

                                    ; update time in DCDIToolkitConnectTesterToVCI())

;ForceAdapterCode=81                ; Test purpose, force usage of specific cable

FlashIntegrityCheck=TRUE            ; Check integrity of CE flash on startup. Default is TRUE.

ReportErrorOnLowVBatt=TRUE          ; Report SI_IP_LOW_VBATT_ERR error if PE measures VBatt<2V.

                                    ; Default is FALSE.

DeferCEResponse=TRUE                ; Set this to TRUE to reduce network load.

ReportFlashIntegrityFailure=TRUE    ; Report integrity error of CE flash on startup. If TRUE,

                                    ; SI_VCI_FLASH_CRC_ERR is reported on flash integrity check

                                    ; failure. Default is FALSE.



;MonDeviceFileSize=200000 ; powerEngine CAN monitor file size

;MonDeviceBlockSize=4000  ; Zip block size

;MonDeviceCompress=1      ; Zip compression type (0 for none, 1 for space, 2 for speed)



IPReceiveTimeout=4000       ; Timeout awaiting an IP response telegram, default is 2000. A global error

                            ; flag is set with SI_IP_TIMEOUT_ERR when when this timeout occurs (see

                            ; AbortOnTCPError=TRUE below).



AbortOnTCPError=TRUE        ; Set CR254 global error on TCP error. The error is then always returned by

                            ; slave interface functions until reset on the next com-construct.



VoltageOnTCPError=0             ; Voltage reported on global error (mV). Set to "LastKnownGood" to

                                ; return the last valid voltage>6V.



                            ; Following are for use with networkled.dll. The first value is the

                            ; keepalive-roundtrip threshold (ms) for yellow, the second for red.

LANActivityThreshold=30,500     ; Media=ethernet, default is 10,500 (t<10 green, t<500 yellow,

                                ; otherwise red

WLANActivityThreshold=30,500    ; Media=WLAN, default is 10,500



                            ; Following is for use with networkled.dll. A Sleep(50) delay is measured

                            ; within timeBeginPeriod(1) and timeEndPeriod(1). The first value is the

                            ; threshold for yellow, the second for red.

CPUActivityThreshold=60,200     ; Default is 60,200 (t<60 green, t<200 yellow, otherwise red)



; -----------------------

; Spartacus configuration

; -----------------------



[Spartacus]                       



TLSlaveChannels=50      ; max. 50 Channels with TL-Slave Firmware

CaesarGoChannels=4      ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)

Monitoring=FALSE        ; Monitoring activated (=FALSE, deactivated)





; --------------------------

; MVCI PDU-API configuration

; --------------------------



[MVCI_Device]

;RootPath=C:\CAESAR_MUT3_root_file.xml  ; PDU-API ROOT FILENAME with Path

DeviceOptions=""

RootPath="C:\Documents and Settings\All Users\Application Data\Vediamo\eCom\I+ME Actia GmbH\XS D PDU API\RDF_I+ME_ACTIA_XS.xml"





; ---------------------------------------------------------------------------

; CABLE/ADAPTER INFORMATION

;

; AdapterCode: code issued by slave to indicate which hardware is connected

;

; DeviceType: specified in GPD #pragma DeviceType

; DeviceNumber: number of these devices/controllers

;

; DriverType: specified in GPD #pragma DriverType

; DriverNumber: numbered through 1..n

;

; AvailableChannels: max. number of comunication channels available with this

;          device

; MuxPins: highest available (KLine) mux pin, (0==no mux connected)

;         see corresponding entry for Cabletype in mapping.plf

; ---------------------------------------------------------------------------





; ------------

; PartC Cables

; ------------



[PartC_38PinCable]  ; 38-pole cable

AdapterCode=        7

DeviceType=         Uart    , Uart    , CAN

DeviceNumber=       1       , 2       , 1

DriverType=         KLine   , KLine   , CANHS 

DriverNumber=       1       , 2       , 1     

AvailableChannels=  1       , 1       , 50 

MuxPins=            35      , 35      , 0

HardwarePins=       0       , 0       , 41:40



[PartC_OBD2Cable]   ; OBD2 cable

AdapterCode=        6

DeviceType=         Uart    , Uart    , CAN         

DeviceNumber=       1       , 2       , 1         

DriverType=         KLine   , KLine   , CANHS       

DriverNumber=       1       , 2       , 1

AvailableChannels=  1       , 1       , 50       

MuxPins=            15      , 15      , 0

HardwarePins=       0       , 0       , 41:40





; ------------

; PartD Cables

; ------------



[PartD_4PinCable]   ; 4-pole cable

AdapterCode=        10

DeviceType=         Uart

DeviceNumber=       1

DriverType=         KLine

DriverNumber=       1

AvailableChannels=  1

MuxPins=            1

HardwarePins=       0



;[PartD_Plug14]   ; 14-pole NFZ cable

;AdapterCode=        ?

;DeviceType=         Uart    , Uart

;DeviceNumber=       1       , 2

;DriverType=         KLine   , KLine

;DriverNumber=       1       , 2

;AvailableChannels=  1       , 1

;MuxPins=            11      , 11



[PartD_OBD2Cable]   ; OBD2 cable

AdapterCode=        1

DeviceType=         Uart    , Uart    , CAN         

DeviceNumber=       1       , 2       , 1         

DriverType=         KLine   , KLine   , CANHS       

DriverNumber=       1       , 2       , 1

AvailableChannels=  1       , 1       , 50       

MuxPins=            15      , 15      , 0

HardwarePins=       0       , 0       , 41:40



[PartD_C38]         ; 38-pole cable

AdapterCode=        0

DeviceType=         Uart    , Uart

DeviceNumber=       1       , 2

DriverType=         KLine   , KLine

DriverNumber=       1       , 2

AvailableChannels=  1       , 1

MuxPins=            35      , 35

HardwarePins=       0       , 0



[PartD_OBD2CANTER]  ; OBD2 cable FUSO Canter

AdapterCode=        81

DeviceType=         Uart    , Uart    , CAN

DeviceNumber=       1       , 2       , 1

DriverType=         KLine   , KLine   , CANHS

DriverNumber=       1       , 2       , 1

AvailableChannels=  1       , 1       , 50

MuxPins=            15      , 15      , 0

HardwarePins=       0       , 0       , 41:40



; ------------

; PartW Cables

; ------------



[PartW_MonitorCable]; 4-pole/can cable

AdapterCode=        3   

DeviceType=         Uart  , CAN    , CAN     , CAN

DeviceNumber=       1     , 1      , 2        , 2, 

DriverType=         KLine , CANHS  , CANHS , CANLS

DriverNumber=       1     , 1      , 2      , 2   

AvailableChannels=  1     , 100    , 100     , 100

MuxPins=            40    , 0      , 0        , 0   

HardwarePins=       0     , 5:6    , 7:8     , 7:8



[PartW_Plug14]      ; 14-pole NFZ cable

AdapterCode=        2

DeviceType=         Uart    , Uart   

DeviceNumber=       1       , 2       

DriverType=         KLine   , KLine

DriverNumber=       1       , 2       

AvailableChannels=  1       , 1       

MuxPins=            15      , 15       

HardwarePins=       0       , 0     



[PartW_OBD2Cable]   ; OBD2 cable

AdapterCode=        1

DeviceType=         Uart    , Uart  , CAN   , CAN      , CAN   , Uart  , SSI

DeviceNumber=       1       , 2     , 1     , 2         , 2,    , 2     , 2

DriverType=         KLine   , KLine , CANHS , CANHS  , CANLS , J1708 , J1708

DriverNumber=       1       , 2     , 1     , 2       , 2     , 2     , 1

AvailableChannels=  1       , 1     , 100   , 100      , 100   , 1     , 10

MuxPins=            15      , 15    , 0     , 0         , 0     , 0     , 0

HardwarePins=       0       , 0     , 6:14  , 12:13  , 12:13 , 3:11  , 3:11



[PartW_C38]         ; 38-pole cable

AdapterCode=        0

DeviceType=         Uart    , Uart

DeviceNumber=       1       , 2

DriverType=         KLine   , KLine

DriverNumber=       1       , 2

AvailableChannels=  1       , 1

MuxPins=            40      , 40

HardwarePins=       0       , 0



[PartW_Breakout]    ; Test adapter breakout box

AdapterCode=        4

DeviceType=         Uart    , Uart    , CAN    , CAN     , CAN  , Uart  , SSI   , SSI

DeviceNumber=       1       , 2       , 1      , 2        , 2,   , 2     , 1     , 2   

DriverType=         KLine   , KLine   , CANHS  , CANHS , CANLS, J1708 , J1850 , J1708

DriverNumber=       1       , 2       , 1      , 2      , 2    , 2     , 1     , 1   

AvailableChannels=  1       , 1       , 100    , 100     , 100  , 1     , 4     , 10   

MuxPins=            35      , 35      , 0      , 0        , 0    , 0     , 0     , 0   

HardwarePins=       0       , 0       , 41:40  , 0:0     , 0:0  , 3:11  , 2     , 3:11



[PartW_OBD2CANTER]  ; OBD2 cable FUSO Canter

AdapterCode=        81

DeviceType=         Uart    , Uart    , CAN    , Uart

DeviceNumber=       1       , 2       , 1      , 2

DriverType=         KLine   , KLine   , CANHS  , MMCSCM

DriverNumber=       1       , 2       , 1      , 2

AvailableChannels=  1       , 1       , 50     , 1

MuxPins=            20      , 20      , 0      , 3

HardwarePins=       0       , 0       , 41:40  , [11,12,13]



[PartW_PulseConverterCable]  ; PulseConverter cable FUSO Canter

AdapterCode=        82

DeviceType=         Uart    , Uart    , CAN    , Uart

DeviceNumber=       1       , 2       , 1      , 2

DriverType=         KLine   , KLine   , CANHS  , MMCSCM

DriverNumber=       1       , 2       , 1      , 2

AvailableChannels=  1       , 1       , 50     , 1

MuxPins=            15      , 15      , 0      , 3

HardwarePins=       0       , 0       , 41:40  , [11,12,13]



[PartW_OBD2DOIPCable]   ; OBD2/DOIP cable

AdapterCode=        16

DeviceType=         Uart    , Uart  , CAN   , CAN      , CAN

DeviceNumber=       1       , 2     , 1     , 2         , 2,

DriverType=         KLine   , KLine , CANHS , CANHS  , CANLS

DriverNumber=       1       , 2     , 1     , 2       , 2

AvailableChannels=  1       , 1     , 100   , 100      , 100

MuxPins=            15      , 15    , 0     , 0         , 0

HardwarePins=       0       , 0     , 6:14  , 12:13  , 12:13

[automerge]1665750219[/automerge]

[COMMON]

LANGUAGE=EN

[BLACKBOX]

LogFile=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\Vediamo

Run=0

LINENUM=5000

[ECOUTE]

StatusTraceToFile=1

ProgramLogPath=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\Client\

TraceFileMaxSize=5000000

EnableOTX=0

KLineTraceMode=1

DCDIChannelLogPath=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\Client\

LoadLastSession=0

DisplayQualifiers=1

AutoInitOnSystemSelection=0

VSCPATH=

AutoInitOnContactLost=0

AutoInitOnFailedUserInit=0

ExecuteInitSequence=0

VarCodStringFormat=Hexadecimal

ShortTestDataDir=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoShortTestData\

ShowDefaultSystems=0

ShowVSBSystems=1

ShowVariantDetectionDialog=1

EcuExitInitAfterFlashing=1

SnapshotFormat=html

UseFilters=1

GlobalFilter=DNU_

FlashMeaningReplaceCriterion=flash job

UseOldMWGsSTGs=1

[SERVER]

SystemPfad=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\

SystemConsistencyCheck=1

LoadCFFs=0

BrokerTraceToFile=0

Name=localhost

ProgramLogPath=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\Server\

DCDIChannelLogPath=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\Server\

Simulation=0

KLineTraceMode=1

OBDProtocol=KW2C3PE

OBDBaudrate=500000

OBDServiceFile=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\OBD2\OBD2.xml

OBD_P2_MAX=250

OBD_REQREPCOUNT=1

[CAESAR]

LANGUAGE=en

CBFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\

GBFPFAD=C:\Program Files\Vediamo\Caesar\Gbf

DRIVERPFAD=C:\Program Files\Vediamo\Caesar\Driver

CFFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\

CTFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\

CCFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\

GENERIC_BUSSIMPFAD=C:\Program Files\Vediamo\Caesar\Generic

TraceDebugOutput=0

DEBUGLEVEL=1

CHANNELDEBUGLEVEL=0

USE_SISerialDriver=1

USE_SIPartCDriver=0

USE_SIPCMCIADriver=0

USE_SIPartXDriver=0

USE_SIPartYDriver=0

USE_SIPartJDriver=0

USE_SIPartPDriver=0

USE_SIPartWDriver=0

USE_SIPartEDriver=0

PinMapping=1

GPDFlashCaching=1

BootNewFirmware=ALL

BootBusSimFirmware=

DefaultDeviceNumber=0

DefaultDiagPin=0

MasterSlaveTimeout=15000

MonitoringFilterCANIDFile=C:\Documents and Settings\All Users\Application Data\Vediamo\Config\CANIdFilter.txt

MonitoringFilterCANIDs=1

UseDriverTypes=

UseServiceTypes=STANDARD

TESTERPRESENTCHECK=1

IGNITIONINITBYPASS=1

ReadErrorsUDS_PartFunction_Param=2

ReadErrorsUDS_Group_Param=5

ReadErrorsUDS_ErrorStatusFlags_Param=47

ReadErrorsUDS_SeverityFlags_Param=65535

ReadErrorsUDS_ExtendedData_Param=65535

ReadErrorsPartParam=65535

ReadErrorsFlagsParam=65535

[INTERPRETER]

ClassPath=C:\Program Files\Vediamo\Java\;C:\Program Files\Vediamo\Java\OTX_Interpreter.jar;C:\Program Files\Vediamo\Java\DiagSequenceInterpreter.jar;C:\Program Files\Vediamo\Java\JVHandlers.jar;C:\Program Files\Vediamo\Java\JVHandlersPackage.jar;C:\Program Files\Vediamo\Java\mcharts.jar;C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\AllgemeineScripte;

VHandlersLib=C:\Program Files\Vediamo\BIN\VHandlers.dll

JavaInterpreter=C:\Program Files\Vediamo\JRE\bin\javaw.exe

UseJVHandlersPackage=1

[PSR]

ComPort=2

PreloadSystem=

EngineTable=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\Example.vet

ComTimeOut=0

LogFile=

[SYSTEMCONFIGURATION]

ProgramLogPath=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\SystemConfiguration\

LogWin=1

AutoOpenLogWin=1

OutputLevel=1

LogFileMaxSize=5000000

ServiceTypes=AUTO

[Werker]

Server=

Logging=0

LogFile=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\Client\Werker.log

LogFileMaxSize=10000000

Warnings=0

[PRIVATE]

TraceHandlerFunctions=0

TraceThreadIDToFile=1

IncrementalBackup=0

[UVI]

SYSTEM=

[IniEditor]

LastGroupCollection=Standard coverage

LastGroup=Server Options

LastKey=BootNewFirmware

LastSection=CAESAR
сообщение было автоматически прилеплено:

Переключи на CeasarGo и все подключиться.На этом не взлетел!
 
Последний раз редактировалось модератором:
; ------------------------
; SLAVE.INI
; Slave Configuration File
; ------------------------
;

[General]

LoggingPath=c:\ ; Path for CiderPrintf() log files (default is current working directory ".").
; Note: if set, this line must appear before "Logging=" below.

Logging=Off ; CiderPrintf() logging options:
; Logging=LogToFile, generate cider0.log, cider1.log etc.
; Logging=LogToCaesarTrace, log to CAESAR trace file via DebugLine(), debug level=1
; Logging=Off (default)

CPULoadReduction=TRUE ; Set this to TRUE to reduce CPU load
TestEntry=Yes

;ReleaseLogDir=L:\csr\data\driver ; Directory to save Release.log file

; -------------------
; PartA configuration
; -------------------

[PartA]

TLSlaveChannels=50 ; max. 50 Channels with TL-Slave Firmware
CaesarGoChannels=4 ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)
Monitoring=TRUE ; Monitoring active (=FALSE, not active)
CANWarningCheck=TRUE ; Firmware returns CAN Controller Errors (=FALSE, disabled)
DebugLevel=1 ; GPD Debug function (enable=1 disable=0)

Interrupt=188 ; DOS only, default: 188


; -------------------
; PartC configuration
; -------------------

[PartC]
;
; Default section:
;
TLSlaveChannels=50 ; max. 50 Channels with TL-Slave Firmware
CaesarGoChannels=4 ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)
CANWarningCheck=FALSE ; Firmware returns CAN Controller Errors (=FALSE, deactivated)
DebugLevel=0 ; GPD Debug function (enable=1 disable=0)

MasterAddress=0xd2000 ; DOS only, default: 0xd2000
SlaveAddress=0xd4000 ; DOS only, default: 0xd4000
Interrupt=4 ; DOS only, default: 0x04

;
; Module section (Module0..Module11)
;
[PartC Module0]
Monitoring=TRUE
TLSlaveChannels=50 ; max. 50 Channels with TL-Slave Firmware
CaesarGoChannels=4 ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)

; -------------------
; PartD configuration
; -------------------

[PartD]

TLSlaveChannels=50 ; max. 50 Channels with TL-Slave Firmware
CaesarGoChannels=2 ; max. 2 Channels with CaesarGo-Firmware (1 to 4 allowed, 2 is default)
Monitoring=TRUE ; Monitoring activated (=FALSE, deactivated)
CANWarningCheck=FALSE ; Firmware returns CAN Controller Errors (=FALSE, deactivated)

Com=2 ; COM port

; -------------------
; PartJ configuration
; -------------------

[PartJ]
PassThruVersion="04.04" ; should be "02.02" or "04.04"
DeviceName="I+ME ACTIA - PassThru+ XS" ; only usable for 04.04 e.g. "Drew Technologies Inc. - CarDAQ" or "I+ME ACTIA - PassThru+ XS"
;FunctionLibraryRegistryKeyName="FunctionLibrary" ; only usable for 04.04

; -------------------
; PartX configuration
; -------------------

[PartX]

TLSlaveChannels=50 ; max. 50 Channels with TL-Slave Firmware
CaesarGoChannels=4 ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)
CANWarningCheck=FALSE ; Firmware returns CAN Controller Errors (=FALSE, deactivated)

ServerAdr=192.168.0.12 ; PartX IP address (192.168.1.2) endian!
ControlPort=4000 ; Control port
SlavePortBase=4101 ; Slave channel port base


; -------------------
; PartY configuration
; -------------------

[PartY]

Com=1 ; COM port for RS232 operation
Interface=USB ; RS232|USB|AUTO (AUTO versucht zun?st USB zu nutzen, dann V24)
TLSlaveChannels=50 ; max. 50 Channels with TL-Slave Firmware
CaesarGoChannels=4 ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)
Monitoring=TRUE ; Monitoring activated (=FALSE, deactivated)
CANWarningCheck=TRUE ; Firmware returns CAN Controller Errors (=FALSE, deactivated)


; --------------------
; SDconnect configuration
; --------------------

[PartW]

TLSlaveChannels=100 ; max. 100 Channels with TL-Slave Firmware
CaesarGoChannels=4 ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)
CANWarningCheck=FALSE ; Firmware returns CAN Controller Errors (=FALSE, deactivated)
;PredeleteFlash=TRUE ; Delete CaesarEngine flashdisk.
PacketDelay=0 ; Not used.
ControlPort=4000 ; TCP port, UDP is on ControlPort+1.
Protocol=TCP ; TCP or UDP, default is TCP. Note that UDP has custom error handling.
LocateAttempts=1 ; Number of attempts at locating VCI, default is 1.
IPResyncAttempts=8 ; Deprecated.
; Number of attempts to resynchronize TCP or UDP communication,
; default is 8. Note that application response timeouts should be
; greater than IPResyncAttempts*IPReceiveTimeout.
;
; If IPResyncAttempts!=0, CSVR on PowerEngine implements a 6s timeout on TCP
; receive. If the receive times out (or a TCPIP error is registered), the
; socket is closed and CSVR then waits for a new connect. PC sends keepalive
; messages every 2s.
;
; If IPResyncAttempts==0, CSVR on PowerEngine maintains no timeout on TCP
; receive. If a TCPIP error is registered, the socket is closed and CSVR
; then waits for a new connect.
ToolkitChannelNumber=1 ; SDDCDI toolkit channel number. Default is 1.
ToolkitConnectTimeout=360000 ; Timeout awaiting completion of toolkit connection (allow for
; update time in DCDIToolkitConnectTesterToVCI())
;ForceAdapterCode=81 ; Test purpose, force usage of specific cable
FlashIntegrityCheck=TRUE ; Check integrity of CE flash on startup. Default is TRUE.
ReportErrorOnLowVBatt=TRUE ; Report SI_IP_LOW_VBATT_ERR error if PE measures VBatt<2V.
; Default is FALSE.
DeferCEResponse=TRUE ; Set this to TRUE to reduce network load.
ReportFlashIntegrityFailure=TRUE ; Report integrity error of CE flash on startup. If TRUE,
; SI_VCI_FLASH_CRC_ERR is reported on flash integrity check
; failure. Default is FALSE.

;MonDeviceFileSize=200000 ; powerEngine CAN monitor file size
;MonDeviceBlockSize=4000 ; Zip block size
;MonDeviceCompress=1 ; Zip compression type (0 for none, 1 for space, 2 for speed)

IPReceiveTimeout=4000 ; Timeout awaiting an IP response telegram, default is 2000. A global error
; flag is set with SI_IP_TIMEOUT_ERR when when this timeout occurs (see
; AbortOnTCPError=TRUE below).

AbortOnTCPError=TRUE ; Set CR254 global error on TCP error. The error is then always returned by
; slave interface functions until reset on the next com-construct.

VoltageOnTCPError=0 ; Voltage reported on global error (mV). Set to "LastKnownGood" to
; return the last valid voltage>6V.

; Following are for use with networkled.dll. The first value is the
; keepalive-roundtrip threshold (ms) for yellow, the second for red.
LANActivityThreshold=30,500 ; Media=ethernet, default is 10,500 (t<10 green, t<500 yellow,
; otherwise red
WLANActivityThreshold=30,500 ; Media=WLAN, default is 10,500

; Following is for use with networkled.dll. A Sleep(50) delay is measured
; within timeBeginPeriod(1) and timeEndPeriod(1). The first value is the
; threshold for yellow, the second for red.
CPUActivityThreshold=60,200 ; Default is 60,200 (t<60 green, t<200 yellow, otherwise red)

; -----------------------
; Spartacus configuration
; -----------------------

[Spartacus]

TLSlaveChannels=50 ; max. 50 Channels with TL-Slave Firmware
CaesarGoChannels=4 ; max. 4 Channels with CaesarGo-Firmware (1 to 4 allowed, 4 is default)
Monitoring=FALSE ; Monitoring activated (=FALSE, deactivated)


; --------------------------
; MVCI PDU-API configuration
; --------------------------

[MVCI_Device]
;RootPath=C:\CAESAR_MUT3_root_file.xml ; PDU-API ROOT FILENAME with Path
DeviceOptions=""
RootPath="C:\Documents and Settings\All Users\Application Data\Vediamo\eCom\I+ME Actia GmbH\XS D PDU API\RDF_I+ME_ACTIA_XS.xml"


; ---------------------------------------------------------------------------
; CABLE/ADAPTER INFORMATION
;
; AdapterCode: code issued by slave to indicate which hardware is connected
;
; DeviceType: specified in GPD #pragma DeviceType
; DeviceNumber: number of these devices/controllers
;
; DriverType: specified in GPD #pragma DriverType
; DriverNumber: numbered through 1..n
;
; AvailableChannels: max. number of comunication channels available with this
; device
; MuxPins: highest available (KLine) mux pin, (0==no mux connected)
; see corresponding entry for Cabletype in mapping.plf
; ---------------------------------------------------------------------------


; ------------
; PartC Cables
; ------------

[PartC_38PinCable] ; 38-pole cable
AdapterCode= 7
DeviceType= Uart , Uart , CAN
DeviceNumber= 1 , 2 , 1
DriverType= KLine , KLine , CANHS
DriverNumber= 1 , 2 , 1
AvailableChannels= 1 , 1 , 50
MuxPins= 35 , 35 , 0
HardwarePins= 0 , 0 , 41:40

[PartC_OBD2Cable] ; OBD2 cable
AdapterCode= 6
DeviceType= Uart , Uart , CAN
DeviceNumber= 1 , 2 , 1
DriverType= KLine , KLine , CANHS
DriverNumber= 1 , 2 , 1
AvailableChannels= 1 , 1 , 50
MuxPins= 15 , 15 , 0
HardwarePins= 0 , 0 , 41:40


; ------------
; PartD Cables
; ------------

[PartD_4PinCable] ; 4-pole cable
AdapterCode= 10
DeviceType= Uart
DeviceNumber= 1
DriverType= KLine
DriverNumber= 1
AvailableChannels= 1
MuxPins= 1
HardwarePins= 0

;[PartD_Plug14] ; 14-pole NFZ cable
;AdapterCode= ?
;DeviceType= Uart , Uart
;DeviceNumber= 1 , 2
;DriverType= KLine , KLine
;DriverNumber= 1 , 2
;AvailableChannels= 1 , 1
;MuxPins= 11 , 11

[PartD_OBD2Cable] ; OBD2 cable
AdapterCode= 1
DeviceType= Uart , Uart , CAN
DeviceNumber= 1 , 2 , 1
DriverType= KLine , KLine , CANHS
DriverNumber= 1 , 2 , 1
AvailableChannels= 1 , 1 , 50
MuxPins= 15 , 15 , 0
HardwarePins= 0 , 0 , 41:40

[PartD_C38] ; 38-pole cable
AdapterCode= 0
DeviceType= Uart , Uart
DeviceNumber= 1 , 2
DriverType= KLine , KLine
DriverNumber= 1 , 2
AvailableChannels= 1 , 1
MuxPins= 35 , 35
HardwarePins= 0 , 0

[PartD_OBD2CANTER] ; OBD2 cable FUSO Canter
AdapterCode= 81
DeviceType= Uart , Uart , CAN
DeviceNumber= 1 , 2 , 1
DriverType= KLine , KLine , CANHS
DriverNumber= 1 , 2 , 1
AvailableChannels= 1 , 1 , 50
MuxPins= 15 , 15 , 0
HardwarePins= 0 , 0 , 41:40

; ------------
; PartW Cables
; ------------

[PartW_MonitorCable]; 4-pole/can cable
AdapterCode= 3
DeviceType= Uart , CAN , CAN , CAN
DeviceNumber= 1 , 1 , 2 , 2,
DriverType= KLine , CANHS , CANHS , CANLS
DriverNumber= 1 , 1 , 2 , 2
AvailableChannels= 1 , 100 , 100 , 100
MuxPins= 40 , 0 , 0 , 0
HardwarePins= 0 , 5:6 , 7:8 , 7:8

[PartW_Plug14] ; 14-pole NFZ cable
AdapterCode= 2
DeviceType= Uart , Uart
DeviceNumber= 1 , 2
DriverType= KLine , KLine
DriverNumber= 1 , 2
AvailableChannels= 1 , 1
MuxPins= 15 , 15
HardwarePins= 0 , 0

[PartW_OBD2Cable] ; OBD2 cable
AdapterCode= 1
DeviceType= Uart , Uart , CAN , CAN , CAN , Uart , SSI
DeviceNumber= 1 , 2 , 1 , 2 , 2, , 2 , 2
DriverType= KLine , KLine , CANHS , CANHS , CANLS , J1708 , J1708
DriverNumber= 1 , 2 , 1 , 2 , 2 , 2 , 1
AvailableChannels= 1 , 1 , 100 , 100 , 100 , 1 , 10
MuxPins= 15 , 15 , 0 , 0 , 0 , 0 , 0
HardwarePins= 0 , 0 , 6:14 , 12:13 , 12:13 , 3:11 , 3:11

[PartW_C38] ; 38-pole cable
AdapterCode= 0
DeviceType= Uart , Uart
DeviceNumber= 1 , 2
DriverType= KLine , KLine
DriverNumber= 1 , 2
AvailableChannels= 1 , 1
MuxPins= 40 , 40
HardwarePins= 0 , 0

[PartW_Breakout] ; Test adapter breakout box
AdapterCode= 4
DeviceType= Uart , Uart , CAN , CAN , CAN , Uart , SSI , SSI
DeviceNumber= 1 , 2 , 1 , 2 , 2, , 2 , 1 , 2
DriverType= KLine , KLine , CANHS , CANHS , CANLS, J1708 , J1850 , J1708
DriverNumber= 1 , 2 , 1 , 2 , 2 , 2 , 1 , 1
AvailableChannels= 1 , 1 , 100 , 100 , 100 , 1 , 4 , 10
MuxPins= 35 , 35 , 0 , 0 , 0 , 0 , 0 , 0
HardwarePins= 0 , 0 , 41:40 , 0:0 , 0:0 , 3:11 , 2 , 3:11

[PartW_OBD2CANTER] ; OBD2 cable FUSO Canter
AdapterCode= 81
DeviceType= Uart , Uart , CAN , Uart
DeviceNumber= 1 , 2 , 1 , 2
DriverType= KLine , KLine , CANHS , MMCSCM
DriverNumber= 1 , 2 , 1 , 2
AvailableChannels= 1 , 1 , 50 , 1
MuxPins= 20 , 20 , 0 , 3
HardwarePins= 0 , 0 , 41:40 , [11,12,13]

[PartW_PulseConverterCable] ; PulseConverter cable FUSO Canter
AdapterCode= 82
DeviceType= Uart , Uart , CAN , Uart
DeviceNumber= 1 , 2 , 1 , 2
DriverType= KLine , KLine , CANHS , MMCSCM
DriverNumber= 1 , 2 , 1 , 2
AvailableChannels= 1 , 1 , 50 , 1
MuxPins= 15 , 15 , 0 , 3
HardwarePins= 0 , 0 , 41:40 , [11,12,13]

[PartW_OBD2DOIPCable] ; OBD2/DOIP cable
AdapterCode= 16
DeviceType= Uart , Uart , CAN , CAN , CAN
DeviceNumber= 1 , 2 , 1 , 2 , 2,
DriverType= KLine , KLine , CANHS , CANHS , CANLS
DriverNumber= 1 , 2 , 1 , 2 , 2
AvailableChannels= 1 , 1 , 100 , 100 , 100
MuxPins= 15 , 15 , 0 , 0 , 0
HardwarePins= 0 , 0 , 6:14 , 12:13 , 12:13
сообщение было автоматически прилеплено:

[COMMON]
LANGUAGE=EN
[BLACKBOX]
LogFile=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\Vediamo
Run=0
LINENUM=5000
[ECOUTE]
StatusTraceToFile=1
ProgramLogPath=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\Client\
TraceFileMaxSize=5000000
EnableOTX=0
KLineTraceMode=1
DCDIChannelLogPath=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\Client\
LoadLastSession=0
DisplayQualifiers=1
AutoInitOnSystemSelection=0
VSCPATH=
AutoInitOnContactLost=0
AutoInitOnFailedUserInit=0
ExecuteInitSequence=0
VarCodStringFormat=Hexadecimal
ShortTestDataDir=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoShortTestData\
ShowDefaultSystems=0
ShowVSBSystems=1
ShowVariantDetectionDialog=1
EcuExitInitAfterFlashing=1
SnapshotFormat=html
UseFilters=1
GlobalFilter=DNU_
FlashMeaningReplaceCriterion=flash job
UseOldMWGsSTGs=1
[SERVER]
SystemPfad=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\
SystemConsistencyCheck=1
LoadCFFs=0
BrokerTraceToFile=0
Name=localhost
ProgramLogPath=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\Server\
DCDIChannelLogPath=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\Server\
Simulation=0
KLineTraceMode=1
OBDProtocol=KW2C3PE
OBDBaudrate=500000
OBDServiceFile=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\OBD2\OBD2.xml
OBD_P2_MAX=250
OBD_REQREPCOUNT=1
[CAESAR]
LANGUAGE=en
CBFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\
GBFPFAD=C:\Program Files\Vediamo\Caesar\Gbf
DRIVERPFAD=C:\Program Files\Vediamo\Caesar\Driver
CFFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\
CTFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\
CCFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\
GENERIC_BUSSIMPFAD=C:\Program Files\Vediamo\Caesar\Generic
TraceDebugOutput=0
DEBUGLEVEL=1
CHANNELDEBUGLEVEL=0
USE_SISerialDriver=1
USE_SIPartCDriver=0
USE_SIPCMCIADriver=0
USE_SIPartXDriver=0
USE_SIPartYDriver=0
USE_SIPartJDriver=0
USE_SIPartPDriver=0
USE_SIPartWDriver=0
USE_SIPartEDriver=0
PinMapping=1
GPDFlashCaching=1
BootNewFirmware=ALL
BootBusSimFirmware=
DefaultDeviceNumber=0
DefaultDiagPin=0
MasterSlaveTimeout=15000
MonitoringFilterCANIDFile=C:\Documents and Settings\All Users\Application Data\Vediamo\Config\CANIdFilter.txt
MonitoringFilterCANIDs=1
UseDriverTypes=
UseServiceTypes=STANDARD
TESTERPRESENTCHECK=1
IGNITIONINITBYPASS=1
ReadErrorsUDS_PartFunction_Param=2
ReadErrorsUDS_Group_Param=5
ReadErrorsUDS_ErrorStatusFlags_Param=47
ReadErrorsUDS_SeverityFlags_Param=65535
ReadErrorsUDS_ExtendedData_Param=65535
ReadErrorsPartParam=65535
ReadErrorsFlagsParam=65535
[INTERPRETER]
ClassPath=C:\Program Files\Vediamo\Java\;C:\Program Files\Vediamo\Java\OTX_Interpreter.jar;C:\Program Files\Vediamo\Java\DiagSequenceInterpreter.jar;C:\Program Files\Vediamo\Java\JVHandlers.jar;C:\Program Files\Vediamo\Java\JVHandlersPackage.jar;C:\Program Files\Vediamo\Java\mcharts.jar;C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\AllgemeineScripte;
VHandlersLib=C:\Program Files\Vediamo\BIN\VHandlers.dll
JavaInterpreter=C:\Program Files\Vediamo\JRE\bin\javaw.exe
UseJVHandlersPackage=1
[PSR]
ComPort=2
PreloadSystem=
EngineTable=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\Example.vet
ComTimeOut=0
LogFile=
[SYSTEMCONFIGURATION]
ProgramLogPath=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\SystemConfiguration\
LogWin=1
AutoOpenLogWin=1
OutputLevel=1
LogFileMaxSize=5000000
ServiceTypes=AUTO
[Werker]
Server=
Logging=0
LogFile=C:\Documents and Settings\All Users\Application Data\Vediamo\Log\Client\Werker.log
LogFileMaxSize=10000000
Warnings=0
[PRIVATE]
TraceHandlerFunctions=0
TraceThreadIDToFile=1
IncrementalBackup=0
[UVI]
SYSTEM=
[IniEditor]
LastGroupCollection=Standard coverage
LastGroup=Server Options
LastKey=BootNewFirmware
LastSection=CAESAR
сообщение было автоматически прилеплено:

Переключи на CeasarGo и все подключиться.На этом не взлетел!
странно что оно изначально не взлетело,ни когда не правил ini файл и все работало без проблем,единственное соm2 правишь если на одной системе и веди и дас установлен.
 
Это уже то что мне скинули с рабочей машины.Ком порт менял-не помогло.До этого правил ини вот по этой инструкции-каких то строчек у меня не было и я оставил это.

Vediamo 04.02.02 with C3 configure working Shorttest/analysis

2017-02-20 mb star software mb sd c3, Vediamo 04.02.02
It’s kind of ipcircle who share a little installation manual for Xentry users who have problems with Vediamo to work with mb star C3 Mux.
First you need a Xentry/DAS working with your C3 Mux on Com 2, so you can exclude any problems with Comport configuration, bad .bin files for the mux or blacklistet serials.
If you feel, everything is OK with your C3 Mux on Xentry and DAS, install Vediamo 04.02.02 from here:http://www.mbstartool.com/wholesale...with-vediamo-scn-database-for-mb-star-c3.html
After installation and copy the patch, start Vediamo Startcenter to see, Vediamo ist working.
Close Vediamo.
Go to : C:\program files\Vediamo\Caesar\driver
Here you have to edit the slave.ini, look for [PartD] and change the com port to 2 like this:
Com=2 ; COM port
Now go to: C:\Documents and Settings\All Users\Application Data\Vediamo\Config\
Edit here the vediamo.ini
search for:
USE_SISerialDriver=0 under [CAESAR] entry and change it to:
USE_SISerialDriver=1
Search for:
ShowDefaultSystems=0 under [ECOUTE] entry and change it to:
ShowDefaultSystems=1
Search for:
ComPort=2049 under [PSR] entry and change it to:
ComPort=2
search for:
CCFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\
under [CAESAR] entry and change it to:
CCFPFAD=F:\Programme\Xentry\MB_PKW\Caesar\ccf
search for:
CFFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\
under [CAESAR] entry and change it to:
CFFPFAD=E:\VediamoDaten\cff
search for:
CBFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\
under [CAESAR] entry and change it to:
CBFPFAD=E:\VediamoDaten\cbf
search for:
ShortTestDataDir=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoShortTestData\
under [ECOUTE] entry and change it to:
ShortTestDataDir=E:\VediamoDaten\cbf
Create a folder named VediamoData in E:\
In this folder create a folder named cbf and a folder named cff
Now we have to copy the importent cbf files from here:(Database Vediamo.txt)
https://mhhauto.com/Thread-Vediamo-ALL-V…to-members
to
E:\VediamoData\cbf
and the cff files from here:
https://mhhauto.com/Thread-Vediamo-ALL-V…#pid349065
to
E:\VediamoData\cff
Connect your mux and start Vediamo StartCenter.exe
You will see your mux in Vediamo Server window with serial Number.
vediamoServerPartD
 
Это уже то что мне скинули с рабочей машины.Ком порт менял-не помогло.До этого правил ини вот по этой инструкции-каких то строчек у меня не было и я оставил это.

Vediamo 04.02.02 with C3 configure working Shorttest/analysis

2017-02-20 mb star software mb sd c3, Vediamo 04.02.02
It’s kind of ipcircle who share a little installation manual for Xentry users who have problems with Vediamo to work with mb star C3 Mux.
First you need a Xentry/DAS working with your C3 Mux on Com 2, so you can exclude any problems with Comport configuration, bad .bin files for the mux or blacklistet serials.
If you feel, everything is OK with your C3 Mux on Xentry and DAS, install Vediamo 04.02.02 from here:http://www.mbstartool.com/wholesale...with-vediamo-scn-database-for-mb-star-c3.html
After installation and copy the patch, start Vediamo Startcenter to see, Vediamo ist working.
Close Vediamo.
Go to : C:\program files\Vediamo\Caesar\driver
Here you have to edit the slave.ini, look for [PartD] and change the com port to 2 like this:
Com=2 ; COM port
Now go to: C:\Documents and Settings\All Users\Application Data\Vediamo\Config\
Edit here the vediamo.ini
search for:
USE_SISerialDriver=0 under [CAESAR] entry and change it to:
USE_SISerialDriver=1
Search for:
ShowDefaultSystems=0 under [ECOUTE] entry and change it to:
ShowDefaultSystems=1
Search for:
ComPort=2049 under [PSR] entry and change it to:
ComPort=2
search for:
CCFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\
under [CAESAR] entry and change it to:
CCFPFAD=F:\Programme\Xentry\MB_PKW\Caesar\ccf
search for:
CFFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\
under [CAESAR] entry and change it to:
CFFPFAD=E:\VediamoDaten\cff
search for:
CBFPFAD=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoData\
under [CAESAR] entry and change it to:
CBFPFAD=E:\VediamoDaten\cbf
search for:
ShortTestDataDir=C:\Documents and Settings\All Users\Application Data\Vediamo\VediamoShortTestData\
under [ECOUTE] entry and change it to:
ShortTestDataDir=E:\VediamoDaten\cbf
Create a folder named VediamoData in E:\
In this folder create a folder named cbf and a folder named cff
Now we have to copy the importent cbf files from here:(Database Vediamo.txt)
https://mhhauto.com/Thread-Vediamo-ALL-V…to-members
to
E:\VediamoData\cbf
and the cff files from here:
https://mhhauto.com/Thread-Vediamo-ALL-V…#pid349065
to
E:\VediamoData\cff
Connect your mux and start Vediamo StartCenter.exe
You will see your mux in Vediamo Server window with serial Number.
vediamoServerPartD
Инструкция правильная, только путь к файлам я не изменял, брал из своей системы. На старых авто где присутствуют оба разъема надо подключатся к круглому 38 пин. И в соединении в Ecoute выбирать соответствующий блоку пин.
 
Я еще дошел до 38 пинового,у меня W220 на обд2
сообщение было автоматически прилеплено:

Я еще не дошел до 38 пинового,у меня W220 на обд2
 
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