--- /dev/null
+%% SYSTLC: Embedded Coder TMF: ert_default_tmf MAKE: make_rtw \
+%% EXTMODE: ext_comm
+%% SYSTLC: Create Visual C/C++ Solution File for the Embedded Coder\
+%% TMF: RTW.MSVCBuild MAKE: make_rtw EXTMODE: ext_comm
+%%
+%%
+%%
+%%
+%% Copyright 1994-2011 The MathWorks, Inc.
+%% Abstract: Embedded real-time system target file.
+%%
+%selectfile NULL_FILE
+
+%assign CodeFormat = "Embedded-C"
+
+%assign TargetType = "RT"
+%assign Language = "C"
+%if !EXISTS("AutoBuildProcedure")
+ %assign AutoBuildProcedure = !GenerateSampleERTMain
+%endif
+
+%% The model_SetEventsForThisBaseRate function is not required for the
+%% VxWorks environment, i.e., when using an operating system.
+%assign SuppressSetEventsForThisBaseRateFcn = (TargetOS == "VxWorksExample")
+%if !EXISTS("InlineSetEventsForThisBaseRateFcn")
+ %assign InlineSetEventsForThisBaseRateFcn = TLC_TRUE
+%endif
+%if !EXISTS("SuppressMultiTaskScheduler")
+ %assign SuppressMultiTaskScheduler = TLC_TRUE
+%endif
+
+%assign TargetRegistMutexOp = 1
+%assign TargetRegistSynchroOp = 1
+%include "commontargetlib.tlc"
+
+%include "codegenentry.tlc"
+
+%% The contents between 'BEGIN_RTW_OPTIONS' and 'END_RTW_OPTIONS' in this file
+%% are used to maintain backward compatibility to R13 and preR13 custom target
+%% file only. If you want to use this file as a template to develop your
+%% own system target file, you need to remove the 'CONFIGSET_TARGET_COMPONENT'
+%% section at the end of this file.
+%%
+/%
+ BEGIN_RTW_OPTIONS
+
+ oIdx = 1;
+
+ rtwoptions(oIdx).prompt = 'ERT code generation options (1)';
+ rtwoptions(oIdx).type = 'Category';
+ rtwoptions(oIdx).enable = 'on';
+ rtwoptions(oIdx).default = 7; % number of items under this category
+ % excluding this one.
+ rtwoptions(oIdx).popupstrings = '';
+ rtwoptions(oIdx).tlcvariable = '';
+ rtwoptions(oIdx).tooltip = '';
+ rtwoptions(oIdx).callback = '';
+ rtwoptions(oIdx).opencallback = '';
+ rtwoptions(oIdx).closecallback = '';
+ rtwoptions(oIdx).makevariable = '';
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'MAT-file logging';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'off';
+ rtwoptions(oIdx).tlcvariable = 'MatFileLogging';
+ rtwoptions(oIdx).makevariable = 'MAT_FILE';
+ rtwoptions(oIdx).callback = 'ert_callback_handler';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Instrument the generated code to log data to a MATLAB .mat\n',...
+ 'file. Deselect this option to reduce ROM.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Integer code only';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'off';
+ rtwoptions(oIdx).tlcvariable = 'PurelyIntegerCode';
+ rtwoptions(oIdx).makevariable = 'INTEGER_CODE';
+ rtwoptions(oIdx).callback = 'ert_callback_handler';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Selected, raise an error if the generated code contains\n',...
+ 'floating point data types, and do not include floating\n',...
+ 'point utilities in the code generation runtime libsrc library.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Initialize internal data';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'on';
+ rtwoptions(oIdx).tlcvariable = 'ZeroInternalMemoryAtStartup';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Initialize internal data structures to zero during model\n', ...
+ 'registration. Deselecting this option reduces ROM.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Initialize external I/O data';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'on';
+ rtwoptions(oIdx).tlcvariable = 'ZeroExternalMemoryAtStartup';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Initialize root I/O data structures to zero during model\n',...
+ 'registration. Deselecting this option reduces ROM.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Terminate function required';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'on';
+ rtwoptions(oIdx).tlcvariable = 'IncludeMdlTerminateFcn';
+ rtwoptions(oIdx).makevariable = 'INCLUDE_MDL_TERMINATE_FCN';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Include a model terminate function.']);
+
+ oIdx = oIdx + 1;
+
+ % WARNING!
+ %
+ % NEVER REMOVE THE OPTION CombineOutputUpdateFcns FROM THE UI!
+ %
+ % REMOVING THE OPTION FROM THE UI RESULTS IN INEFFICIENT GENERATED CODE.
+
+ rtwoptions(oIdx).prompt = 'Single output/update function';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'on';
+ rtwoptions(oIdx).tlcvariable = 'CombineOutputUpdateFcns';
+ rtwoptions(oIdx).makevariable = 'COMBINE_OUTPUT_UPDATE_FCNS';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Generate the model output and update routines into a\n',...
+ 'single step function.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Insert block descriptions in code';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'off';
+ rtwoptions(oIdx).tlcvariable = 'InsertBlockDesc';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Insert the Description field from the Block Properties dialog into the\n', ...
+ 'generated C code as a comment. Note that virtual blocks and blocks\n', ...
+ 'involved in block reduction optimizations are not included.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'ERT code generation options (2)';
+ rtwoptions(oIdx).type = 'Category';
+ rtwoptions(oIdx).enable = 'on';
+ rtwoptions(oIdx).default = 7; % number of items under this category
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Create SIL block';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'off';
+ rtwoptions(oIdx).tlcvariable = 'GenerateErtSFunction';
+ rtwoptions(oIdx).makevariable = 'GENERATE_ERT_S_FUNCTION';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Wrap the generated code inside an S-Function block.\n', ...
+ 'This allows you to validate the generated code in\n', ...
+ 'Simulink.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Generate ASAP2 file';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'off';
+ rtwoptions(oIdx).tlcvariable = 'GenerateASAP2';
+ rtwoptions(oIdx).makevariable = 'GENERATE_ASAP2';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Create a ASAM compliant ASAP2 data definition file for the\n',...
+ 'generated C code. ASAP2 is a standard interface to production\n',...
+ 'systems. The file is used by calibration tools which support\n',...
+ 'the standard.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Initialize floats and doubles to 0.0';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'on';
+ rtwoptions(oIdx).tlcvariable = 'InitFltsAndDblsToZero';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Control how internal storage for floats and doubles is initialized.\n', ...
+ 'When selected, additional code is generated to set float and double\n', ...
+ 'storage explicitly to the value 0.0. Otherwise, all internal\n', ...
+ 'storage is cleared to the integer bit pattern 0 (that is, all bits\n', ...
+ 'are off). If the representation of floating point zero used by your\n', ...
+ 'compiler and target CPU is identical to the the integer bit pattern\n', ...
+ '0, you can gain efficiency (i.e., less ROM) by not selecting this\n', ...
+ 'option.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Ignore custom storage classes';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'off';
+ rtwoptions(oIdx).tlcvariable = 'IgnoreCustomStorageClasses';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Treat custom storage classes as ''Auto'' storage class.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'External mode';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'off';
+ rtwoptions(oIdx).tlcvariable = 'ExtMode';
+ rtwoptions(oIdx).makevariable = 'EXT_MODE';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Adds TCP/IP communication support for use with\n',...
+ 'Simulink external mode.']);
+
+ oIdx = oIdx + 1;
+
+ % Reserved for MathWorks internal testing
+ rtwoptions(oIdx).prompt = 'External mode testing';
+ rtwoptions(oIdx).type = 'NonUI';
+ rtwoptions(oIdx).default = '0';
+ rtwoptions(oIdx).tlcvariable = 'ExtModeTesting';
+ rtwoptions(oIdx).makevariable = 'TMW_EXTMODE_TESTING';
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Suppress error status in real-time model data structure';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'off';
+ rtwoptions(oIdx).tlcvariable = 'SuppressErrorStatus';
+ rtwoptions(oIdx).tooltip = sprintf( ...
+ ['By default, the real-time model data structure (rtM)\n', ...
+ 'includes an error status field (data type string). This\n', ...
+ 'field lets you log and monitor error messages via macros\n', ...
+ 'provided for this purpose (see model.h). The error\n', ...
+ 'status field is initialized to NULL. If this option is\n', ...
+ 'selected, the error status field is not included in rtM.\n', ...
+ 'Selecting this option may also cause the real-time\n', ...
+ 'object to disappear completely from the generated code.\n', ...
+ 'If you do not need to log or monitor error status, select\n', ...
+ 'this option.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Parameter structure';
+ rtwoptions(oIdx).type = 'Popup';
+ rtwoptions(oIdx).popupstrings = 'Hierarchical|NonHierarchical';
+ rtwoptions(oIdx).default = 'Hierarchical';
+ rtwoptions(oIdx).tlcvariable = 'InlinedParameterPlacement';
+ rtwoptions(oIdx).enable = 'on';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Hierarchical: Where possible, generate independent\n', ...
+ 'parameter data structures for reusable subsystems. \n', ...
+ 'NonHierarchical: Generate a single parameter data structure\n', ...
+ 'including reusable subsystem level parameters']);
+ rtwoptions(oIdx).opencallback = [ ...
+ 'obj0Tag = ''Parameter structure_PopupFieldTag'';', ...
+ 'obj0 = findobj(DialogFig,''Tag'',obj0Tag);', ...
+ 'val = get_param(model, ''RTWInlineParameters'');', ...
+ 'set(obj0, ''Enable'', val);', ...
+ ];
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'ERT code generation options (3)';
+ rtwoptions(oIdx).type = 'Category';
+ rtwoptions(oIdx).enable = 'on';
+ rtwoptions(oIdx).default = 6; % number of items under this category
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Generate an example main program';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'on';
+ rtwoptions(oIdx).tlcvariable = 'GenerateSampleERTMain';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Generate an example main program demonstrating\n', ...
+ 'how to deploy the generated code. The program is\n', ...
+ 'generated into ert_main.c.']);
+
+ % Enable/disable file name (edit lable and edit field)
+ rtwoptions(oIdx).callback = [ ...
+ 'DialogFig = get(gcbo,''Parent'');',...
+ 'obj0Tag = ''Generate an example main program_CheckboxTag'';', ...
+ 'obj1Tag = ''Target operating system_PopupFieldTag'';', ...
+ 'obj0 = findobj(DialogFig,''Tag'',obj0Tag);', ...
+ 'obj1 = findobj(DialogFig,''Tag'',obj1Tag);', ...
+ 'val = get(obj0,''Value'');', ...
+ 'if val == 1;val=''on'';else;val=''off'';end;', ...
+ 'set(obj1, ''Enable'', val);', ...
+ ];
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Target operating system';
+ rtwoptions(oIdx).type = 'Popup';
+ rtwoptions(oIdx).popupstrings = 'BareBoardExample|VxWorksExample';
+ rtwoptions(oIdx).default = 'BareBoardExample';
+ rtwoptions(oIdx).tlcvariable = 'TargetOS';
+ rtwoptions(oIdx).enable = 'on';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Specify the target operating system. When "BareBoardExample"\n', ...
+ 'is selected, the generated ert_main.c contains an example\n', ...
+ 'main program, demonstrating how to deploy the generated algorithm\n', ...
+ 'code on a bare board (no operating system) real-time target.\n', ...
+ 'When "VxWorksExample" is selected, the ert_main.c contains an\n', ...
+ 'example main program, demonstrating how to deploy the generated\n', ...
+ 'algorithm code on the VxWorks real-time operating system.']);
+ % Synchronize with "generating an example main program" option
+ rtwoptions(oIdx).opencallback = [ ...
+ 'obj0Tag = ''Generate an example main program_CheckboxTag'';', ...
+ 'obj1Tag = ''Target operating system_PopupFieldTag'';', ...
+ 'obj0 = findobj(DialogFig,''Tag'',obj0Tag);', ...
+ 'obj1 = findobj(DialogFig,''Tag'',obj1Tag);', ...
+ 'val = get(obj0,''Value'');', ...
+ 'if val == 1;val=''on'';else;val=''off'';end;', ...
+ 'set(obj1, ''Enable'', val);', ...
+ ];
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Generate reusable code';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'off';
+ rtwoptions(oIdx).tlcvariable = 'MultiInstanceERTCode';
+ rtwoptions(oIdx).makevariable = 'MULTI_INSTANCE_CODE';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Generate reusable/reentrant code. Not selected, the\n',...
+ 'generated code statically allocates all necessary\n',...
+ 'data and accesses it directly, creating non-reusable\n',...
+ 'and non-reentrant code. Selected, non-constant data\n',...
+ 'is not allocated for the generated code; rather this\n',...
+ 'data must be allocated externally and passed into\n',...
+ 'the generated code via function arguments, creating\n',...
+ 'reusable and reentrant code.']);
+ rtwoptions(oIdx).callback = [ ...
+ 'DialogFig = get(gcbo,''Parent'');',...
+ 'obj0Tag = ''Generate reusable code_CheckboxTag'';', ...
+ 'obj1Tag = ''Reusable code error diagnostic_PopupFieldTag'';', ...
+ 'obj2Tag = ''Pass model I/O arguments as structure reference_CheckboxTag'';', ...
+ 'obj0 = findobj(DialogFig,''Tag'',obj0Tag);', ...
+ 'obj1 = findobj(DialogFig,''Tag'',obj1Tag);', ...
+ 'obj2 = findobj(DialogFig,''Tag'',obj2Tag);', ...
+ 'val = get(obj0,''Value'');', ...
+ 'if val == 1;val=''on'';else;val=''off'';end;', ...
+ 'set(obj1, ''Enable'', val);', ...
+ 'set(obj2, ''Enable'', val);', ...
+ ];
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Pass model I/O arguments as structure reference';
+ rtwoptions(oIdx).type = 'Checkbox';
+ rtwoptions(oIdx).default = 'off';
+ rtwoptions(oIdx).tlcvariable = 'RootIOStructures';
+ rtwoptions(oIdx).enable = 'on';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Specify how the model inputs and outputs are passed\n',...
+ 'to the model step functions. Passing by structure\n',...
+ 'reference reduces the number of function arguments.\n',...
+ 'Selected, the model I/O is passed by structure reference.\n',...
+ 'Otherwise, it''s passed as individual arguments.']);
+ rtwoptions(oIdx).opencallback = [ ...
+ 'obj0Tag = ''Generate reusable code_CheckboxTag'';', ...
+ 'obj1Tag = ''Pass model I/O arguments as structure reference_CheckboxTag'';', ...
+ 'obj0 = findobj(DialogFig,''Tag'',obj0Tag);', ...
+ 'obj1 = findobj(DialogFig,''Tag'',obj1Tag);', ...
+ 'val = get(obj0,''Value'');', ...
+ 'if val == 1;val=''on'';else;val=''off'';end;', ...
+ 'set(obj1, ''Enable'', val);', ...
+ ];
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Reusable code error diagnostic';
+ rtwoptions(oIdx).type = 'Popup';
+ rtwoptions(oIdx).popupstrings = 'None|Warning|Error';
+ rtwoptions(oIdx).default = 'Error';
+ rtwoptions(oIdx).tlcvariable = 'MultiInstanceErrorCode';
+ rtwoptions(oIdx).enable = 'on';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Specify the error diagnostic behavior for when\n',...
+ 'data defined in the model violates the ability\n',...
+ 'to reuse the code.']);
+ rtwoptions(oIdx).opencallback = [ ...
+ 'obj0Tag = ''Generate reusable code_CheckboxTag'';', ...
+ 'obj1Tag = ''Reusable code error diagnostic_PopupFieldTag'';', ...
+ 'obj0 = findobj(DialogFig,''Tag'',obj0Tag);', ...
+ 'obj1 = findobj(DialogFig,''Tag'',obj1Tag);', ...
+ 'val = get(obj0,''Value'');', ...
+ 'if val == 1;val=''on'';else;val=''off'';end;', ...
+ 'set(obj1, ''Enable'', val);', ...
+ ];
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Target floating point math environment';
+ rtwoptions(oIdx).type = 'Popup';
+ rtwoptions(oIdx).popupstrings = 'ANSI_C|ISO_C';
+ rtwoptions(oIdx).default = 'ANSI_C';
+ rtwoptions(oIdx).tlcvariable = 'CodeReplacementLibrary';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'If your target compiler supports the ISO C (ISO/IEC 9899:1999)\n', ...
+ 'math library, we recommend selecting the ISO C option and \n', ...
+ 'setting your compiler''s ISO C flags. This will generate calls \n', ...
+ 'to the ISO C functions wherever possible (for example, sqrtf()\n', ...
+ 'instead of sqrt() for single precision data) and ensure that\n', ...
+ 'you obtain the best performance your target compiler offers. \n', ...
+ 'If your target compiler does not support ISO C math library \n', ...
+ 'functions, use the ANSI C (ANSI X3.159-1989) option \n', ...
+ '(the default).']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'ERT code templates';
+ rtwoptions(oIdx).type = 'Category';
+ rtwoptions(oIdx).enable = 'on';
+ rtwoptions(oIdx).default = 5; % number of items under this category
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Enable custom file banners';
+ rtwoptions(oIdx).type = 'NonUI';
+ rtwoptions(oIdx).default = '1';
+ rtwoptions(oIdx).tlcvariable = 'ERTCustomFileBanners';
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Source file (.c) banner template';
+ rtwoptions(oIdx).type = 'Edit';
+ rtwoptions(oIdx).default = 'example_banner.tlc';
+ rtwoptions(oIdx).tlcvariable = 'ERTSrcFileBannerTemplate';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Name of source file (*.c) banner template. The location\n',...
+ 'of the specified file must be on the TLC include path. See\n',...
+ 'example file MATLAB/rtw/c/tlc/mw/example_banner.tlc.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Header file (.h) banner template';
+ rtwoptions(oIdx).type = 'Edit';
+ rtwoptions(oIdx).default = 'example_banner.tlc';
+ rtwoptions(oIdx).tlcvariable = 'ERTHdrFileBannerTemplate';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Name of header file (*.h) banner template. The location\n',...
+ 'of the specified file must be on the TLC include path. See\n',...
+ 'example file MATLAB/rtw/c/tlc/mw/example_banner.tlc.']);
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'Customize and create source files';
+ rtwoptions(oIdx).type = 'NonUI';
+ rtwoptions(oIdx).default = '1';
+ rtwoptions(oIdx).tlcvariable = 'ERTCreateCustomFiles';
+
+ oIdx = oIdx + 1;
+
+ rtwoptions(oIdx).prompt = 'File customization template';
+ rtwoptions(oIdx).type = 'Edit';
+ rtwoptions(oIdx).default = 'example_file_process.tlc';
+ rtwoptions(oIdx).tlcvariable = 'ERTCustomFileTemplate';
+ rtwoptions(oIdx).tooltip = sprintf([...
+ 'Name of template file to create additional and customize\n',...
+ 'existing source files. The location of the specified\n',...
+ 'file must be on the TLC include path. See example file\n',...
+ 'MATLAB/rtw/c/tlc/mw/example_file_process.tlc.']);
+
+ %----------------------------------------%
+ % Configure code generation settings %
+ %----------------------------------------%
+
+ rtwgensettings.BuildDirSuffix = '_ert_rtw';
+
+ END_RTW_OPTIONS
+ %/
+
+%% The content between 'BEGIN_CONFIGSET_TARGET_COMPONENT' and
+%% 'END_CONFIGSET_TARGET_COMPONENT' is for the MathWorks internal use
+%% only. You must remove this section if you intend to use this file
+%% as a template for your own system target development.
+/%
+ BEGIN_CONFIGSET_TARGET_COMPONENT
+
+ targetComponentClass = 'Simulink.ERTTargetCC';
+
+ END_CONFIGSET_TARGET_COMPONENT
+ %/
projects / ert_linux.git / commitdiff