Code Generation Visual Studio 2017 for CANoe-Modell .dll

English-version:

Hello, For my bachelor thesis I'm currently trying to integrate a Simulink model into CANoe.

I'm using Visual Studio Community 2017 as a compiler, Windows SDK 7.1, and Matlab 2018b.

>> mex -setup MEX configured to use Microsoft Visual C ++ 2017 (C) for C language compilation.

>> installedCompilers.Location

ans = 'C: \ ProgramData \ MATLAB \ SupportPackages \ R2018b \ 3P.instrset \ mingw_w64.instrset'

ans = 'C: \ Program Files (x86) \ Microsoft Visual Studio \ 2017 \ Community \'

The model works in offline mode and synchronized mode. For HiL-Mode you need to generate a DLL file. However, many errors occur during code generation:

Checking block usage. ### Generate CANoe Model Viewer information for model: sin_ ### Generate model description file: sin_.ini 0 file(s) in 2.9 sec generated. ### Starting Real-Time Workshop build procedure for model: sin_ ### Generating code and artifacts to 'Model specific' folder structure

Code Generation

Elapsed: 28 sec

### Generating code into build folder: C:\Users\Ali Zeitoun\Desktop\Sine\sin__cn_rtw

### Invoking Target Language Compiler on sin_.rtw

### Using System Target File: C:\Program Files\MATLAB\R2018b\rtw\c\canoe\cn.tlc

### Loading TLC function libraries ### Initial pass through model to cache user defined code .

### Caching model source code

### Generating TLC interface API.

### Writing source file sin__capi.c ...... // Hier war die Generierung erfolgreich

TLC code generation complete.

### Processing Template Makefile: C:\Program Files\MATLAB\R2018b\rtw\c\canoe\cn_msdll.tmf

### sin_.mk which is generated from C:\Program Files\MATLAB\R2018b\rtw\c\canoe\cn_msdll.tmf is up to date

### Building sin_: .\\sin_.bat

C:\Users\Ali Zeitoun\Desktop\Sine\sin__cn_rtw>set VSCMD_START_DIR=C:\Users\Ali Zeitoun\Desktop\Sine\sin__cn_rtw C:\Users\Ali Zeitoun\Desktop\Sine\sin__cn_rtw>set

WINSDK_71A=C:\Program Files (x86)\Microsoft SDKs\Windows\v7.1A\

C:\Users\Ali Zeitoun\Desktop\Sine\sin__cn_rtw>cd .

C:\Users\Ali Zeitoun\Desktop\Sine\sin__cn_rtw>call "set MINGW_ROOT_PATH=C:\ProgramData\MATLAB\SupportPackages\R2018b\3P.instrset\mingw_w64.instrset" x86

Die Syntax für den Dateinamen, Verzeichnisnamen oder die Datenträgerbezeichnung ist falsch. \\ error

C:\Users\Ali Zeitoun\Desktop\Sine\sin__cn_rtw>nmake -f sin_.mk MAT_FILE=1 GENERATE_MODEL_DESCRIPTION=1 DEBUG_BUILD=0 COMBINE_OUTPUT_UPDATE_FCNS=0 INCLUDE_MDL_TERMINATE_FCN=1 MULTI_INSTANCE_CODE=0

ISPROTECTINGMODEL=NOTPROTECTING TARGET_ARCH="x86" XCP_MAX_MSG_LENGTH=-1 ANALYSIS_MODEL=0 HAS_CAPL_CALL=0 BUILD_ERT=0

Der Befehl "nmake" ist entweder falsch geschrieben oder konnte nicht gefunden werden. \\ error

C:\Users\Ali Zeitoun\Desktop\Sine\sin__cn_rtw>echo The make command returned an error of 9009

The make command returned an error of 9009 \\hier der 3.Fehler

C:\Users\Ali Zeitoun\Desktop\Sine\sin__cn_rtw>An_error_occurred_during_the_call_to_make Der Befehl "An_error_occurred_during_the_call_to_make" ist entweder falsch geschrieben oder konnte nicht gefunden werden.

Error(s) encountered while building "sin_" \\ here are also errors to find..

Could jmd please help me?

Ali

Deutsch-Version

Hallo,

für meine Bachelorarbeit versuche ich im Moment, ein Simulink-Modell in CANoe zu integrieren.

Ich verwende Visual-Studio Community 2017 als Compiler, Windows SDK 7.1, und Matlab 2018b.

>> mex -setup MEX configured to use 'Microsoft Visual C++ 2017 (C)' for C language compilation.

>> installedCompilers.Location

ans = 'C:\ProgramData\MATLAB\SupportPackages\R2018b\3P.instrset\mingw_w64.instrset'

ans = 'C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\'

Das Modell funktioniert in Offline-Mode und synchronized-Mode. Für HiL-Mode braucht man eine DLL Datei zu generieren.

Jedoch bei der Code-Generierung tauchen viele Fehler auf (siehe den Code oben)

Könnte mir jmd bitte helfen?

Viele Grüße

Ali

[Vasile Solcan]

Hello,

Did you manage to find a solution for your problem?

Answer 1

[Stefanie Schwarz]

In general, please contact Vector for questions regarding their cn.tlc target:

https://www.vector.com/int/en/support-downloads/support/

As far as we know, cn.tlc uses C++ language so please make sure to:

1) Run the command

>> mex -setup c++

in MATLAB to select the supported Visual Studio compiler.

2) Select C++ as Language in the model settings under Configuration Parameters > Code Generation.