/* Load FMI 1.0 Model Exchange functions */
static jm_status_enu_t fmi1_capi_load_me_fcn(fmi1_capi_t* fmu)
{
jm_status_enu_t jm_status = jm_status_success;
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Loading functions for the model exchange interface");
LOAD_DLL_FUNCTION(fmiGetModelTypesPlatform);
LOAD_DLL_FUNCTION(fmiInstantiateModel);
LOAD_DLL_FUNCTION(fmiFreeModelInstance);
LOAD_DLL_FUNCTION(fmiSetTime);
LOAD_DLL_FUNCTION(fmiSetContinuousStates);
LOAD_DLL_FUNCTION(fmiCompletedIntegratorStep);
LOAD_DLL_FUNCTION(fmiInitialize);
LOAD_DLL_FUNCTION(fmiGetDerivatives);
LOAD_DLL_FUNCTION(fmiGetEventIndicators);
LOAD_DLL_FUNCTION(fmiEventUpdate);
LOAD_DLL_FUNCTION(fmiGetContinuousStates);
LOAD_DLL_FUNCTION(fmiGetNominalContinuousStates);
LOAD_DLL_FUNCTION(fmiGetStateValueReferences);
LOAD_DLL_FUNCTION(fmiTerminate);
LOAD_DLL_FUNCTION(fmiGetVersion);
LOAD_DLL_FUNCTION(fmiSetDebugLogging);
LOAD_DLL_FUNCTION(fmiSetReal);
LOAD_DLL_FUNCTION(fmiSetInteger);
LOAD_DLL_FUNCTION(fmiSetBoolean);
LOAD_DLL_FUNCTION(fmiSetString);
LOAD_DLL_FUNCTION(fmiGetReal);
LOAD_DLL_FUNCTION(fmiGetInteger);
LOAD_DLL_FUNCTION(fmiGetBoolean);
LOAD_DLL_FUNCTION(fmiGetString);
return jm_status;
}
jm_status_enu_t jm_rmdir(jm_callbacks* cb, const char* dir) {
#ifdef WIN32
const char* fmt_cmd = "rmdir /s /q %s";
#else
const char* fmt_cmd = "rm -rf %s";
#endif
char * buf = (char*)cb->calloc(sizeof(char), strlen(dir)+strlen(fmt_cmd)+1);
if(!cb) {
cb = jm_get_default_callbacks();
}
if(!buf) {
jm_log_error(cb,module,"Could not allocate memory");
return jm_status_error;
}
sprintf(buf, fmt_cmd, dir);/*safe*/
#ifdef WIN32
{
char* ch = buf+strlen(fmt_cmd) - 2;
while(*ch) {
if(*ch == '/') *ch = '\\';
ch++;
}
}
#endif
jm_log_verbose(cb,module,"Removing %s", dir);
if(system(buf)) {
jm_log_error(cb,module,"Error removing %s (%s)", dir, strerror(errno));
return jm_status_error;
}
cb->free(buf);
return jm_status_success;
}
int fmi2_xml_handle_InitialUnknowns(fmi2_xml_parser_context_t *context, const char* data) {
if (!data) {
jm_log_verbose(context->callbacks, module, "Parsing XML element InitialUnknowns");
/* reset handles for the elements that are specific under InitialUnknowns */
fmi2_xml_set_element_handle(context, "Unknown", FMI2_XML_ELM_ID(InitialUnknown));
}
return 0;
}
fmi1_import_t* fmi1_import_parse_xml( fmi_import_context_t* context, const char* dirPath) {
char* xmlPath;
char absPath[FILENAME_MAX + 2];
jm_callbacks* cb;
fmi1_import_t* fmu;
if(!context) return 0;
cb = context->callbacks;
xmlPath = fmi_import_get_model_description_path(dirPath, context->callbacks);
fmu = fmi1_import_allocate(context->callbacks);
if(!fmu) {
context->callbacks->free(xmlPath);
return 0;
}
jm_log_verbose( cb, "FMILIB", "Parsing model description XML");
if(fmi1_xml_parse_model_description( fmu->md, xmlPath)) {
fmi1_import_free(fmu);
cb->free(xmlPath);
return 0;
}
cb->free(xmlPath);
fmu->dirPath = (char*)cb->calloc(strlen(dirPath) + 1, sizeof(char));
if(jm_get_dir_abspath(cb, dirPath, absPath, FILENAME_MAX + 2)) {
fmu->location = fmi_import_create_URL_from_abs_path(cb, absPath);
}
if ((fmu->dirPath == NULL) || (fmu->location == 0)){
jm_log_fatal( cb, "FMILIB", "Could not allocated memory");
fmi1_import_free(fmu);
cb->free(xmlPath);
return 0;
}
strcpy(fmu->dirPath, dirPath);
jm_log_verbose( cb, "FMILIB", "Parsing finished successfully");
return fmu;
}
fmi2_import_t* fmi2_import_parse_xml( fmi_import_context_t* context, const char* dirPath, fmi2_xml_callbacks_t* xml_callbacks) {
char* xmlPath;
char absPath[FILENAME_MAX + 2];
fmi2_import_t* fmu = 0;
if(strlen(dirPath) + 20 > FILENAME_MAX) {
jm_log_fatal(context->callbacks, module, "Directory path for FMU is too long");
return 0;
}
xmlPath = fmi_import_get_model_description_path(dirPath, context->callbacks);
fmu = fmi2_import_allocate(context->callbacks);
if(!fmu) {
context->callbacks->free(xmlPath);
return 0;
}
if(jm_get_dir_abspath(context->callbacks, dirPath, absPath, FILENAME_MAX + 2)) {
size_t len = strlen(absPath);
strcpy(absPath + len, FMI_FILE_SEP "resources");
fmu->resourceLocation = fmi_import_create_URL_from_abs_path(context->callbacks, absPath);
}
fmu->dirPath = context->callbacks->malloc(strlen(dirPath) + 1);
if (!fmu->dirPath || !fmu->resourceLocation) {
jm_log_fatal( context->callbacks, "FMILIB", "Could not allocated memory");
fmi2_import_free(fmu);
context->callbacks->free(xmlPath);
return 0;
}
strcpy(fmu->dirPath, dirPath);
jm_log_verbose( context->callbacks, "FMILIB", "Parsing model description XML");
if(fmi2_xml_parse_model_description( fmu->md, xmlPath, xml_callbacks)) {
fmi2_import_free(fmu);
fmu = 0;
}
context->callbacks->free(xmlPath);
if(fmu)
jm_log_verbose( context->callbacks, "FMILIB", "Parsing finished successfully");
return fmu;
}
/* Load FMI 2.0 Model Exchange functions */
static jm_status_enu_t fmi2_capi_load_me_fcn(fmi2_capi_t* fmu, unsigned int capabilities[])
{
jm_status_enu_t jm_status = jm_status_success;
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Loading functions for the model exchange interface");
jm_status = fmi2_capi_load_common_fcn(fmu, capabilities);
/* Getting and setting the internal FMU state */
/* typedef fmi2Status fmi2GetFMUstateTYPE (fmi2Component, fmi2FMUstate*);
typedef fmi2Status fmi2SetFMUstateTYPE (fmi2Component, fmi2FMUstate);
typedef fmi2Status fmi2FreeFMUstateTYPE (fmi2Component, fmi2FMUstate*);
typedef fmi2Status fmi2SerializedFMUstateSizeTYPE(fmi2Component, fmi2FMUstate, size_t*);
typedef fmi2Status fmi2SerializeFMUstateTYPE (fmi2Component, fmi2FMUstate, fmi2Byte[], size_t);
typedef fmi2Status fmi2DeSerializeFMUstateTYPE (fmi2Component, const fmi2Byte[], size_t, fmi2FMUstate*); */
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2GetFMUstate,fmi2_me_canGetAndSetFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2SetFMUstate,fmi2_me_canGetAndSetFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2FreeFMUstate,fmi2_me_canGetAndSetFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2SerializedFMUstateSize,fmi2_me_canSerializeFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2SerializeFMUstate,fmi2_me_canSerializeFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2DeSerializeFMUstate,fmi2_me_canSerializeFMUstate);
/* Getting directional derivatives */
/* typedef fmi2Status fmi2GetDirectionalDerivativeTYPE(fmi2Component, const fmi2ValueReference[], size_t,
const fmi2ValueReference[], size_t,
const fmi2Real[], fmi2Real[]); */
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2GetDirectionalDerivative,fmi2_me_providesDirectionalDerivatives);
/* Enter and exit the different modes */
/* typedef fmi2Status fmi2EnterEventModeTYPE (fmi2Component);
typedef fmi2Status fmi2NewDiscreteStatesTYPE (fmi2Component, fmi2EventInfo*);
typedef fmi2Status fmi2EnterContinuousTimeModeTYPE(fmi2Component);
typedef fmi2Status fmi2CompletedIntegratorStepTYPE(fmi2Component, fmi2Boolean, fmi2Boolean*, fmi2Boolean*);*/
LOAD_DLL_FUNCTION(fmi2EnterEventMode);
LOAD_DLL_FUNCTION(fmi2NewDiscreteStates);
LOAD_DLL_FUNCTION(fmi2EnterContinuousTimeMode);
LOAD_DLL_FUNCTION(fmi2CompletedIntegratorStep);
/* Providing independent variables and re-initialization of caching */
/*typedef fmi2Status fmi2SetTimeTYPE (fmi2Component, fmi2Real);
typedef fmi2Status fmi2SetContinuousStatesTYPE(fmi2Component, const fmi2Real[], size_t);*/
LOAD_DLL_FUNCTION(fmi2SetTime);
LOAD_DLL_FUNCTION(fmi2SetContinuousStates);
/* Evaluation of the model equations */
/*
typedef fmi2Status fmi2GetDerivativesTYPE (fmi2Component, fmi2Real[], size_t);
typedef fmi2Status fmi2GetEventIndicatorsTYPE (fmi2Component, fmi2Real[], size_t);
typedef fmi2Status fmi2GetContinuousStatesTYPE (fmi2Component, fmi2Real[], size_t);
typedef fmi2Status fmi2GetNominalsOfContinuousStatesTYPE(fmi2Component, fmi2Real[], size_t);*/
LOAD_DLL_FUNCTION(fmi2GetDerivatives);
LOAD_DLL_FUNCTION(fmi2GetEventIndicators);
LOAD_DLL_FUNCTION(fmi2GetContinuousStates);
LOAD_DLL_FUNCTION(fmi2GetNominalsOfContinuousStates);
return jm_status;
}
int fmi1_xml_handle_VendorAnnotations(fmi1_xml_parser_context_t *context, const char* data) {
if(!data) {
jm_log_verbose(context->callbacks, module, "Parsing XML element VendorAnnotations");
}
else {
/* might give out a warning if(data[0] != 0) */
}
return 0;
}
fmi2_status_t fmi2_capi_setup_experiment(fmi2_capi_t* fmu,
fmi2_boolean_t tolerance_defined, fmi2_real_t tolerance,
fmi2_real_t start_time, fmi2_boolean_t stop_time_defined,
fmi2_real_t stop_time)
{
assert(fmu); assert(fmu->c);
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Calling fmi2SetupExperiment");
return fmu->fmi2SetupExperiment(fmu->c, tolerance_defined, tolerance,
start_time, stop_time_defined, stop_time);
}
fmi1_component_t fmi1_capi_instantiate_model(fmi1_capi_t* fmu, fmi1_string_t instanceName, fmi1_string_t GUID, fmi1_boolean_t loggingOn)
{
fmi1_me_callback_functions_t cb;
assert(fmu);
cb.logger = fmu->callBackFunctions.logger;
cb.allocateMemory = fmu->callBackFunctions.allocateMemory;
cb.freeMemory = fmu->callBackFunctions.freeMemory;
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Calling fmiInstantiateModel");
return fmu->c = fmu->fmiInstantiateModel(instanceName, GUID, cb, loggingOn);
}
jm_status_enu_t fmi2_capi_load_dll(fmi2_capi_t* fmu)
{
assert(fmu && fmu->dllPath);
fmu->dllHandle = jm_portability_load_dll_handle(fmu->dllPath); /* Load the shared library */
if (fmu->dllHandle == NULL) {
jm_log_fatal(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Could not load the FMU binary: %s", jm_portability_get_last_dll_error());
return jm_status_error;
} else {
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Loaded FMU binary from %s", fmu->dllPath);
return jm_status_success;
}
}
/* Load FMI 2.0 Co-Simulation functions */
static jm_status_enu_t fmi2_capi_load_cs_fcn(fmi2_capi_t* fmu, unsigned int capabilities[])
{
jm_status_enu_t jm_status = jm_status_success;
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Loading functions for the co-simulation interface");
jm_status = fmi2_capi_load_common_fcn(fmu, capabilities);
/* Getting and setting the internal FMU state */
/* typedef fmi2Status fmi2GetFMUstateTYPE (fmi2Component, fmi2FMUstate*);
typedef fmi2Status fmi2SetFMUstateTYPE (fmi2Component, fmi2FMUstate);
typedef fmi2Status fmi2FreeFMUstateTYPE (fmi2Component, fmi2FMUstate*);
typedef fmi2Status fmi2SerializedFMUstateSizeTYPE(fmi2Component, fmi2FMUstate, size_t*);
typedef fmi2Status fmi2SerializeFMUstateTYPE (fmi2Component, fmi2FMUstate, fmi2Byte[], size_t);
typedef fmi2Status fmi2DeSerializeFMUstateTYPE (fmi2Component, const fmi2Byte[], size_t, fmi2FMUstate*); */
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2GetFMUstate,fmi2_cs_canGetAndSetFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2SetFMUstate,fmi2_cs_canGetAndSetFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2FreeFMUstate,fmi2_cs_canGetAndSetFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2SerializedFMUstateSize,fmi2_cs_canSerializeFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2SerializeFMUstate,fmi2_cs_canSerializeFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2DeSerializeFMUstate,fmi2_cs_canSerializeFMUstate);
/* Getting directional derivatives */
/* typedef fmi2Status fmi2GetDirectionalDerivativeTYPE(fmi2Component, const fmi2ValueReference[], size_t,
const fmi2ValueReference[], size_t,
const fmi2Real[], fmi2Real[]);*/
LOAD_DLL_FUNCTION_WITH_FLAG(fmi2GetDirectionalDerivative,fmi2_cs_providesDirectionalDerivatives);
/* Simulating the slave */
/* typedef fmi2Status fmi2SetRealInputDerivativesTYPE (fmi2Component, const fmi2ValueReference [], size_t, const fmi2Integer [], const fmi2Real []);
typedef fmi2Status fmi2GetRealOutputDerivativesTYPE(fmi2Component, const fmi2ValueReference [], size_t, const fmi2Integer [], fmi2Real []); */
LOAD_DLL_FUNCTION(fmi2SetRealInputDerivatives);
LOAD_DLL_FUNCTION(fmi2GetRealOutputDerivatives);
/* typedef fmi2Status fmi2DoStepTYPE (fmi2Component, fmi2Real, fmi2Real, fmi2Boolean);
typedef fmi2Status fmi2CancelStepTYPE (fmi2Component); */
LOAD_DLL_FUNCTION(fmi2CancelStep);
LOAD_DLL_FUNCTION(fmi2DoStep);
/* Inquire slave status */
/* typedef fmi2Status fmi2GetStatusTYPE (fmi2Component, const fmi2StatusKind, fmi2Status* );
typedef fmi2Status fmi2GetRealStatusTYPE (fmi2Component, const fmi2StatusKind, fmi2Real* );
typedef fmi2Status fmi2GetIntegerStatusTYPE(fmi2Component, const fmi2StatusKind, fmi2Integer*);
typedef fmi2Status fmi2GetBooleanStatusTYPE(fmi2Component, const fmi2StatusKind, fmi2Boolean*);
typedef fmi2Status fmi2GetStringStatusTYPE (fmi2Component, const fmi2StatusKind, fmi2String* ); */
LOAD_DLL_FUNCTION(fmi2GetStatus);
LOAD_DLL_FUNCTION(fmi2GetRealStatus);
LOAD_DLL_FUNCTION(fmi2GetIntegerStatus);
LOAD_DLL_FUNCTION(fmi2GetBooleanStatus);
LOAD_DLL_FUNCTION(fmi2GetStringStatus);
return jm_status;
}
int fmi1_xml_handle_UnitDefinitions(fmi1_xml_parser_context_t *context, const char* data) {
fmi1_xml_model_description_t* md = context->modelDescription;
if(!data) {
jm_log_verbose(context->callbacks, module, "Parsing XML element UnitDefinitions");
}
else {
jm_vector_qsort(jm_named_ptr)(&(md->unitDefinitions),jm_compare_named);
jm_vector_qsort(jm_named_ptr)(&(md->displayUnitDefinitions),jm_compare_named);
/* might give out a warning if(data[0] != 0) */
}
return 0;
}
void fmi1_import_free(fmi1_import_t* fmu) {
jm_callbacks* cb = fmu->callbacks;
if(!fmu) return;
jm_log_verbose( fmu->callbacks, "FMILIB", "Releasing allocated library resources");
fmi1_import_destroy_dllfmu(fmu);
fmi1_xml_free_model_description(fmu->md);
jm_vector_free_data(char)(&fmu->logMessageBuffer);
cb->free(fmu->dirPath);
cb->free(fmu->location);
cb->free(fmu);
}
int fmi2_xml_handle_Derivatives(fmi2_xml_parser_context_t *context, const char* data) {
if (!data) {
jm_log_verbose(context->callbacks, module, "Parsing XML element Derivatives");
/* reset handles for the elements that are specific under Derivatives */
fmi2_xml_set_element_handle(context, "Unknown", FMI2_XML_ELM_ID(DerivativeUnknown));
}
else {
fmi2_xml_model_description_t* md = context->modelDescription;
fmi2_xml_model_structure_t* ms = md->modelStructure;
/* count the number of continuous states as the number of <Unknown> elements under <Derivatives> */
md->numberOfContinuousStates = jm_vector_get_size(jm_voidp)(&ms->derivatives);
}
return 0;
}
void fmi2_import_destroy_dllfmu(fmi2_import_t* fmu) {
if (fmu == NULL) {
return;
}
if(fmu -> capi) {
jm_log_verbose(fmu->callbacks, module, "Releasing FMU CAPI interface");
/* Free DLL handle */
fmi2_capi_free_dll(fmu -> capi);
/* Destroy the C-API struct */
fmi2_capi_destroy_dllfmu(fmu -> capi);
fmu -> capi = NULL;
}
}
/* Load FMI 1.0 Co-Simulation functions */
static jm_status_enu_t fmi1_capi_load_cs_fcn(fmi1_capi_t* fmu)
{
jm_status_enu_t jm_status = jm_status_success;
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Loading functions for the co-simulation interface");
/* Workaround for Dymola 2012 and SimulationX 3.x */
if (fmi1_capi_get_fcn(fmu, "fmiGetTypesPlatform",(jm_dll_function_ptr*)&fmu->fmiGetTypesPlatform) == jm_status_error) {
jm_log_warning(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Could not load the FMI function 'fmiGetTypesPlatform'. %s. Trying to load fmiGetModelTypesPlatform instead.", jm_portability_get_last_dll_error());
jm_status = jm_status_warning;
if (fmi1_capi_get_fcn(fmu, "fmiGetModelTypesPlatform", (jm_dll_function_ptr*)&fmu->fmiGetTypesPlatform) == jm_status_error) {
jm_log_error(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Could not load the FMI function 'fmiGetModelTypesPlatform'. %s", jm_portability_get_last_dll_error());
jm_status = jm_status_error;
}
}
LOAD_DLL_FUNCTION(fmiInstantiateSlave);
LOAD_DLL_FUNCTION(fmiInitializeSlave);
LOAD_DLL_FUNCTION(fmiTerminateSlave);
LOAD_DLL_FUNCTION(fmiResetSlave);
LOAD_DLL_FUNCTION(fmiFreeSlaveInstance);
LOAD_DLL_FUNCTION(fmiSetRealInputDerivatives);
LOAD_DLL_FUNCTION(fmiGetRealOutputDerivatives);
LOAD_DLL_FUNCTION(fmiCancelStep);
LOAD_DLL_FUNCTION(fmiDoStep);
LOAD_DLL_FUNCTION(fmiGetStatus);
LOAD_DLL_FUNCTION(fmiGetRealStatus);
LOAD_DLL_FUNCTION(fmiGetIntegerStatus);
LOAD_DLL_FUNCTION(fmiGetBooleanStatus);
LOAD_DLL_FUNCTION(fmiGetStringStatus);
LOAD_DLL_FUNCTION(fmiGetVersion);
LOAD_DLL_FUNCTION(fmiSetDebugLogging);
LOAD_DLL_FUNCTION(fmiSetReal);
LOAD_DLL_FUNCTION(fmiSetInteger);
LOAD_DLL_FUNCTION(fmiSetBoolean);
LOAD_DLL_FUNCTION(fmiSetString);
LOAD_DLL_FUNCTION(fmiGetReal);
LOAD_DLL_FUNCTION(fmiGetInteger);
LOAD_DLL_FUNCTION(fmiGetBoolean);
LOAD_DLL_FUNCTION(fmiGetString);
return jm_status;
}
int fmi1_xml_handle_fmiModelDescription(fmi1_xml_parser_context_t *context, const char* data) {
jm_name_ID_map_t namingConventionMap[] = {{"flat",fmi1_naming_enu_flat},{"structured", fmi1_naming_enu_structured},{0,0}};
fmi1_xml_model_description_t* md = context->modelDescription;
if(!data) {
if(context -> currentElmID != fmi1_xml_elmID_none) {
fmi1_xml_parse_fatal(context, "fmi1_xml_model_description must be the root XML element");
return -1;
}
jm_log_verbose(context->callbacks, module, "Parsing XML element fmiModelDescription");
/* process the attributes */
return (
/* <xs:attribute name="fmiVersion" type="xs:normalizedString" use="required" fixed="1.0"/> */
fmi1_xml_set_attr_string(context, fmi1_xml_elmID_fmiModelDescription, fmi_attr_id_fmiVersion, 1, &(md->fmi1_xml_standard_version)) ||
/* <xs:attribute name="modelName" type="xs:normalizedString" use="required"> */
fmi1_xml_set_attr_string(context, fmi1_xml_elmID_fmiModelDescription, fmi_attr_id_modelName, 1, &(md->modelName)) ||
/* <xs:attribute name="modelIdentifier" type="xs:normalizedString" use="required"> */
fmi1_xml_set_attr_string(context, fmi1_xml_elmID_fmiModelDescription, fmi_attr_id_modelIdentifier, 1, &(md->modelIdentifier)) ||
/* <xs:attribute name="guid" type="xs:normalizedString" use="required"> */
fmi1_xml_set_attr_string(context, fmi1_xml_elmID_fmiModelDescription, fmi_attr_id_guid, 1, &(md->GUID)) ||
/* <xs:attribute name="description" type="xs:string"/> */
fmi1_xml_set_attr_string(context, fmi1_xml_elmID_fmiModelDescription, fmi_attr_id_description, 0, &(md->description)) ||
/* <xs:attribute name="author" type="xs:string"/> */
fmi1_xml_set_attr_string(context, fmi1_xml_elmID_fmiModelDescription, fmi_attr_id_author, 0, &(md->author)) ||
/* <xs:attribute name="version" type="xs:normalizedString"> */
fmi1_xml_set_attr_string(context, fmi1_xml_elmID_fmiModelDescription, fmi_attr_id_version, 0, &(md->version)) ||
/* <xs:attribute name="generationTool" type="xs:normalizedString"/> */
fmi1_xml_set_attr_string(context, fmi1_xml_elmID_fmiModelDescription, fmi_attr_id_generationTool, 0, &(md->generationTool)) ||
/* <xs:attribute name="generationDateAndTime" type="xs:dateTime"/> */
fmi1_xml_set_attr_string(context, fmi1_xml_elmID_fmiModelDescription, fmi_attr_id_generationDateAndTime, 0, &(md->generationDateAndTime)) ||
/* <xs:attribute name="variableNamingConvention" use="optional" default="flat"> */
fmi1_xml_set_attr_enum(context, fmi1_xml_elmID_fmiModelDescription, fmi_attr_id_variableNamingConvention, 0, (unsigned*)&(md->namingConvension), fmi1_naming_enu_flat, namingConventionMap) ||
/* <xs:attribute name="numberOfContinuousStates" type="xs:unsignedInt" use="required"/> */
fmi1_xml_set_attr_uint(context, fmi1_xml_elmID_fmiModelDescription, fmi_attr_id_numberOfContinuousStates, 1, &(md->numberOfContinuousStates),0) ||
/* <xs:attribute name="numberOfEventIndicators" type="xs:unsignedInt" use="required"/> */
fmi1_xml_set_attr_uint(context, fmi1_xml_elmID_fmiModelDescription, fmi_attr_id_numberOfEventIndicators, 1, &(md->numberOfEventIndicators),0)
);
}
else {
/* don't do anything. might give out a warning if(data[0] != 0) */
return 0;
}
}
fmi_version_enu_t fmi_import_get_fmi_version( fmi_import_context_t* c, const char* fileName, const char* dirName) {
fmi_version_enu_t ret = fmi_version_unknown_enu;
jm_status_enu_t status;
char* mdpath;
jm_log_verbose(c->callbacks, MODULE, "Detecting FMI standard version");
if(!fileName || !*fileName) {
jm_log_fatal(c->callbacks, MODULE, "No FMU filename specified");
return fmi_version_unknown_enu;
}
if(!dirName || !*dirName) {
jm_log_fatal(c->callbacks, MODULE, "No temporary directory name specified");
return fmi_version_unknown_enu;
}
status = fmi_zip_unzip(fileName, dirName, c->callbacks);
if(status == jm_status_error) return fmi_version_unknown_enu;
mdpath = fmi_import_get_model_description_path(dirName, c->callbacks);
ret = fmi_xml_get_fmi_version(c, mdpath);
jm_log_info(c->callbacks, MODULE, "XML specifies FMI standard version %s", fmi_version_to_string(ret));
c->callbacks->free(mdpath);
return ret;
}
jm_status_enu_t fmi2_capi_free_dll(fmi2_capi_t* fmu)
{
if (fmu == NULL) {
return jm_status_error; /* Return without writing any log message */
}
if (fmu->dllHandle) {
jm_status_enu_t status =
(fmu->debugMode != 0) ?
/* When running valgrind this may be convenient to track mem leaks */
jm_status_success:
jm_portability_free_dll_handle(fmu->dllHandle);
fmu->dllHandle = 0;
if (status == jm_status_error) { /* Free the library handle */
jm_log(fmu->callbacks, FMI_CAPI_MODULE_NAME, jm_log_level_error, "Could not free the FMU binary: %s", jm_portability_get_last_dll_error());
return jm_status_error;
} else {
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Successfully unloaded FMU binary");
return jm_status_success;
}
}
return jm_status_success;
}
int fmi2_xml_handle_ModelStructure(fmi2_xml_parser_context_t *context, const char* data) {
fmi2_xml_model_description_t* md = context->modelDescription;
if(!data) {
jm_log_verbose(context->callbacks, module,"Parsing XML element ModelStructure");
/** allocate model structure */
md->modelStructure = fmi2_xml_allocate_model_structure(md->callbacks);
if(!md->modelStructure) {
fmi2_xml_parse_fatal(context, module, "Could not allocate memory");
return -1;
}
}
else {
/** make sure model structure information is consistent */
if(!fmi2_xml_check_model_structure(md)) {
fmi2_xml_parse_fatal(context, "Model structure is not valid due to detected errors. Cannot continue.");
return -1;
}
/* md->numberOfContinuousStates = jm_vector_get_size(jm_voidp)(&md->modelStructure->states); */
}
return 0;
}
fmi_import_context_t* fmi_import_allocate_context( jm_callbacks* callbacks) {
jm_log_verbose(callbacks, MODULE, "Allocating FMIL context");
return fmi_xml_allocate_context(callbacks);
}
const char* fmi1_capi_get_model_types_platform(fmi1_capi_t* fmu)
{
assert(fmu);
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Calling fmiGetModelTypesPlatform");
return fmu->fmiGetModelTypesPlatform();
}
fmi1_status_t fmi1_capi_initialize(fmi1_capi_t* fmu, fmi1_boolean_t toleranceControlled, fmi1_real_t relativeTolerance, fmi1_event_info_t* eventInfo)
{
assert(fmu);
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Calling fmiInitialize");
return fmu->fmiInitialize(fmu->c, toleranceControlled, relativeTolerance, eventInfo);
}
void fmi1_capi_free_model_instance(fmi1_capi_t* fmu)
{
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Calling fmiFreeModelInstance");
fmu->fmiFreeModelInstance(fmu->c);
}
/* Load FMI 2.0 Co-Simulation functions */
static jm_status_enu_t fmi2_capi_load_cs_fcn(fmi2_capi_t* fmu, unsigned int capabilities[])
{
jm_status_enu_t jm_status = jm_status_success;
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Loading functions for the co-simulation interface");
jm_status = fmi2_capi_load_common_fcn(fmu, capabilities);
/* Getting and setting the internal FMU state */
/* typedef fmiStatus fmiGetFMUstateTYPE (fmiComponent, fmiFMUstate*);
typedef fmiStatus fmiSetFMUstateTYPE (fmiComponent, fmiFMUstate);
typedef fmiStatus fmiFreeFMUstateTYPE (fmiComponent, fmiFMUstate*);
typedef fmiStatus fmiSerializedFMUstateSizeTYPE(fmiComponent, fmiFMUstate, size_t*);
typedef fmiStatus fmiSerializeFMUstateTYPE (fmiComponent, fmiFMUstate, fmiByte[], size_t);
typedef fmiStatus fmiDeSerializeFMUstateTYPE (fmiComponent, const fmiByte[], size_t, fmiFMUstate*); */
LOAD_DLL_FUNCTION_WITH_FLAG(fmiGetFMUstate,fmi2_cs_canGetAndSetFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmiSetFMUstate,fmi2_cs_canGetAndSetFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmiFreeFMUstate,fmi2_cs_canGetAndSetFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmiSerializedFMUstateSize,fmi2_cs_canSerializeFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmiSerializeFMUstate,fmi2_cs_canSerializeFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmiDeSerializeFMUstate,fmi2_cs_canSerializeFMUstate);
/* Getting partial derivatives */
/* typedef fmiStatus fmiGetPartialDerivativesTYPE (fmiComponent, setMatrixElement, void*, void*, void*, void*);
typedef fmiStatus fmiGetDirectionalDerivativeTYPE(fmiComponent, const fmiValueReference[], size_t,
const fmiValueReference[], size_t,
const fmiReal[], fmiReal[]); */
/*??? LOAD_DLL_FUNCTION_WITH_FLAG(fmiGetDirectionalDerivative,fmi2_cs_providesDirectionalDerivatives); */
/* Creation and destruction of slave instances */
/* typedef fmiComponent fmiInstantiateSlaveTYPE (fmiString, fmiString, fmiString, const fmiCallbackFunctions*, fmiBoolean, fmiBoolean);
typedef void fmiFreeSlaveInstanceTYPE(fmiComponent); */
LOAD_DLL_FUNCTION(fmiInstantiateSlave);
LOAD_DLL_FUNCTION(fmiFreeSlaveInstance);
/* Simulating the slave */
/* typedef fmiStatus fmiInitializeSlaveTYPE(fmiComponent, fmiReal, fmiReal, fmiBoolean, fmiReal);
typedef fmiStatus fmiTerminateSlaveTYPE (fmiComponent);
typedef fmiStatus fmiResetSlaveTYPE (fmiComponent); */
LOAD_DLL_FUNCTION(fmiInitializeSlave);
LOAD_DLL_FUNCTION(fmiTerminateSlave);
LOAD_DLL_FUNCTION(fmiResetSlave);
/* typedef fmiStatus fmiSetRealInputDerivativesTYPE (fmiComponent, const fmiValueReference [], size_t, const fmiInteger [], const fmiReal []);
typedef fmiStatus fmiGetRealOutputDerivativesTYPE(fmiComponent, const fmiValueReference [], size_t, const fmiInteger [], fmiReal []); */
LOAD_DLL_FUNCTION(fmiSetRealInputDerivatives);
LOAD_DLL_FUNCTION(fmiGetRealOutputDerivatives);
/* typedef fmiStatus fmiDoStepTYPE (fmiComponent, fmiReal, fmiReal, fmiBoolean);
typedef fmiStatus fmiCancelStepTYPE (fmiComponent); */
LOAD_DLL_FUNCTION(fmiCancelStep);
LOAD_DLL_FUNCTION(fmiDoStep);
/* Inquire slave status */
/* typedef fmiStatus fmiGetStatusTYPE (fmiComponent, const fmiStatusKind, fmiStatus* );
typedef fmiStatus fmiGetRealStatusTYPE (fmiComponent, const fmiStatusKind, fmiReal* );
typedef fmiStatus fmiGetIntegerStatusTYPE(fmiComponent, const fmiStatusKind, fmiInteger*);
typedef fmiStatus fmiGetBooleanStatusTYPE(fmiComponent, const fmiStatusKind, fmiBoolean*);
typedef fmiStatus fmiGetStringStatusTYPE (fmiComponent, const fmiStatusKind, fmiString* ); */
LOAD_DLL_FUNCTION(fmiGetStatus);
LOAD_DLL_FUNCTION(fmiGetRealStatus);
LOAD_DLL_FUNCTION(fmiGetIntegerStatus);
LOAD_DLL_FUNCTION(fmiGetBooleanStatus);
LOAD_DLL_FUNCTION(fmiGetStringStatus);
return jm_status;
}
jm_status_enu_t fmi1_cs_simulate(fmu_check_data_t* cdata)
{
fmi1_status_t fmistatus;
jm_status_enu_t jmstatus = jm_status_success;
jm_callbacks* cb = &cdata->callbacks;
fmi1_import_t* fmu = cdata->fmu1;
fmi1_string_t fmuGUID = fmi1_import_get_GUID(fmu);
fmi1_string_t mimeType;
fmi1_real_t timeout = 0.0;
fmi1_boolean_t visible = fmi1_false;
fmi1_boolean_t interactive = fmi1_false;
fmi1_real_t tstart = fmi1_import_get_default_experiment_start(fmu);
fmi1_real_t tcur = tstart;
fmi1_real_t hstep;
fmi1_real_t tend = fmi1_import_get_default_experiment_stop(fmu);
fmi1_boolean_t StopTimeDefined = fmi1_true;
mimeType = fmi1_import_get_mime_type(fmu);
if( (cdata->fmu1_kind == fmi1_fmu_kind_enu_cs_standalone)
|| !mimeType || !mimeType[0])
{
mimeType = "application/x-fmu-sharedlibrary";
}
else {
if( strcmp(mimeType, "application/x-fmu-sharedlibrary") != 0 )
{
jm_log_info(cb, fmu_checker_module,"The FMU requests simulator with MIME type '%s'.", mimeType);
printf("\nPlease, start a simulator program for MIME type '%s'\nPress enter to continue.\n", mimeType);
getchar();
}
}
if(cdata->stopTime > 0) {
tend = cdata->stopTime;
}
if(cdata->stepSize > 0) {
hstep = cdata->stepSize;
}
else {
hstep = (tend - tstart) / cdata->numSteps;
}
cdata->instanceName = "Test FMI 1.0 CS";
jm_log_verbose(cb, fmu_checker_module, "Checker will instantiate the slave with \n"
"\tFMU location ='%s'\n\tMIME type = '%s'", cdata->fmuLocation, mimeType);
jmstatus = fmi1_import_instantiate_slave(fmu, cdata->instanceName, cdata->fmuLocation, mimeType, timeout, visible, interactive);
if (jmstatus == jm_status_error) {
jm_log_fatal(cb, fmu_checker_module, "Could not instantiate the model");
return jm_status_error;
}
fmistatus = fmi1_import_initialize_slave(fmu, tstart, StopTimeDefined, tend);
if((fmistatus == fmi1_status_ok) || (fmistatus == fmi1_status_warning)) {
jm_log_info(cb, fmu_checker_module, "Initialized FMU for simulation starting at time %g", tstart);
fmistatus = fmi1_status_ok;
}
else {
jm_log_fatal(cb, fmu_checker_module, "Failed to initialize FMU for simulation (FMU status: %s)", fmi1_status_to_string(fmistatus));
jmstatus = jm_status_error;
}
if(jmstatus != jm_status_error) {
jm_log_verbose(cb, fmu_checker_module, "Writing simulation output for start time");
if(fmi1_write_csv_data(cdata, tstart) != jm_status_success){
jmstatus = jm_status_error;
}
}
while ((tcur < tend) && (jmstatus != jm_status_error)) {
fmi1_boolean_t newStep = fmi1_true;
fmi1_real_t tnext = tcur + hstep;
if(tnext > tend - 1e-3*hstep) { /* last step should be on tend */
hstep = tend - tcur;
tnext = tend;
}
jm_log_verbose(cb, fmu_checker_module, "Simulation step from time: %g until: %g", tcur, tnext);
fmistatus = fmi1_import_do_step(fmu, tcur, hstep, newStep);
tcur = tnext;
if(fmi1_write_csv_data(cdata, tcur) != jm_status_success){
jmstatus = jm_status_error;
}
if((fmistatus == fmi1_status_ok) || (fmistatus == fmi1_status_warning)) {
fmistatus = fmi1_status_ok;
}
else
jmstatus = jm_status_error;
}
if((fmistatus != fmi1_status_ok) && (fmistatus != fmi1_status_warning)) {
jm_log_fatal(cb, fmu_checker_module, "Simulation loop terminated at time %g since FMU returned status: %s", tcur, fmi1_status_to_string(fmistatus));
jmstatus = jm_status_error;
}
else if(jmstatus != jm_status_error) {
jm_log_info(cb, fmu_checker_module, "Simulation finished successfully at time %g", tcur);
}
fmistatus = fmi1_import_terminate_slave(fmu);
if( fmistatus != fmi1_status_ok) {
jm_log_error(cb, fmu_checker_module, "fmiTerminateSlave returned status: %s", fmi1_status_to_string(fmistatus));
}
fmi1_import_free_slave_instance(fmu);
return jmstatus;
}
fmi2_status_t fmi2_capi_exit_initialization_mode(fmi2_capi_t* fmu)
{
assert(fmu); assert(fmu->c);
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Calling fmi2ExitInitializationMode");
return fmu->fmi2ExitInitializationMode(fmu->c);
}
/* Load FMI 1.0 Model Exchange functions */
static jm_status_enu_t fmi2_capi_load_me_fcn(fmi2_capi_t* fmu, unsigned int capabilities[])
{
jm_status_enu_t jm_status = jm_status_success;
jm_log_verbose(fmu->callbacks, FMI_CAPI_MODULE_NAME, "Loading functions for the model exchange interface");
jm_status = fmi2_capi_load_common_fcn(fmu, capabilities);
/* Getting and setting the internal FMU state */
/* typedef fmiStatus fmiGetFMUstateTYPE (fmiComponent, fmiFMUstate*);
typedef fmiStatus fmiSetFMUstateTYPE (fmiComponent, fmiFMUstate);
typedef fmiStatus fmiFreeFMUstateTYPE (fmiComponent, fmiFMUstate*);
typedef fmiStatus fmiSerializedFMUstateSizeTYPE(fmiComponent, fmiFMUstate, size_t*);
typedef fmiStatus fmiSerializeFMUstateTYPE (fmiComponent, fmiFMUstate, fmiByte[], size_t);
typedef fmiStatus fmiDeSerializeFMUstateTYPE (fmiComponent, const fmiByte[], size_t, fmiFMUstate*); */
LOAD_DLL_FUNCTION_WITH_FLAG(fmiGetFMUstate,fmi2_me_canGetAndSetFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmiSetFMUstate,fmi2_me_canGetAndSetFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmiFreeFMUstate,fmi2_me_canGetAndSetFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmiSerializedFMUstateSize,fmi2_me_canSerializeFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmiSerializeFMUstate,fmi2_me_canSerializeFMUstate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmiDeSerializeFMUstate,fmi2_me_canSerializeFMUstate);
/* Getting partial derivatives */
/* typedef fmiStatus fmiGetPartialDerivativesTYPE (fmiComponent, setMatrixElement, void*, void*, void*, void*);
typedef fmiStatus fmiGetDirectionalDerivativeTYPE(fmiComponent, const fmiValueReference[], size_t,
const fmiValueReference[], size_t,
const fmiReal[], fmiReal[]); */
LOAD_DLL_FUNCTION_WITH_FLAG(fmiGetDirectionalDerivative,fmi2_me_providesDirectionalDerivatives);
/* Creation and destruction of model instances and setting debug status */
/*typedef fmiComponent fmiInstantiateModelTYPE (fmiString, fmiString, fmiString, const fmiCallbackFunctions*, fmiBoolean, fmiBoolean);
typedef void fmiFreeModelInstanceTYPE(fmiComponent);*/
LOAD_DLL_FUNCTION(fmiInstantiateModel);
LOAD_DLL_FUNCTION(fmiFreeModelInstance);
/* Providing independent variables and re-initialization of caching */
/*typedef fmiStatus fmiSetTimeTYPE (fmiComponent, fmiReal);
typedef fmiStatus fmiSetContinuousStatesTYPE (fmiComponent, const fmiReal[], size_t);
typedef fmiStatus fmiCompletedIntegratorStepTYPE(fmiComponent, fmiBoolean*); */
LOAD_DLL_FUNCTION(fmiSetTime);
LOAD_DLL_FUNCTION(fmiSetContinuousStates);
LOAD_DLL_FUNCTION(fmiCompletedIntegratorStep);
/* Evaluation of the model equations */
/* typedef fmiStatus fmiInitializeModelTYPE (fmiComponent, fmiBoolean, fmiReal, fmiEventInfo*);
typedef fmiStatus fmiEventUpdateTYPE (fmiComponent, fmiBoolean, fmiEventInfo*);
typedef fmiStatus fmiCompletedEventIterationTYPE(fmiComponent);
typedef fmiStatus fmiTerminateTYPE (fmiComponent); */
LOAD_DLL_FUNCTION(fmiInitializeModel);
LOAD_DLL_FUNCTION(fmiEventUpdate);
LOAD_DLL_FUNCTION_WITH_FLAG(fmiCompletedEventIteration, fmi2_me_completedEventIterationIsProvided);
LOAD_DLL_FUNCTION(fmiTerminate);
/*
typedef fmiStatus fmiGetDerivativesTYPE (fmiComponent, fmiReal[], size_t);
typedef fmiStatus fmiGetEventIndicatorsTYPE (fmiComponent, fmiReal[], size_t);
typedef fmiStatus fmiGetContinuousStatesTYPE (fmiComponent, fmiReal[], size_t);
typedef fmiStatus fmiGetNominalContinuousStatesTYPE(fmiComponent, fmiReal[], size_t);
typedef fmiStatus fmiGetStateValueReferencesTYPE (fmiComponent, fmiValueReference[], size_t); */
LOAD_DLL_FUNCTION(fmiGetDerivatives);
LOAD_DLL_FUNCTION(fmiGetEventIndicators);
LOAD_DLL_FUNCTION(fmiGetContinuousStates);
LOAD_DLL_FUNCTION(fmiGetNominalContinuousStates);
LOAD_DLL_FUNCTION(fmiGetStateValueReferences);
return jm_status;
}
/* Load and destroy functions */
jm_status_enu_t fmi2_import_create_dllfmu(fmi2_import_t* fmu, fmi2_fmu_kind_enu_t fmuKind, const fmi2_callback_functions_t* callBackFunctions) {
char curDir[FILENAME_MAX + 2];
char* dllDirPath = 0;
char* dllFileName = 0;
const char* modelIdentifier;
fmi2_callback_functions_t defaultCallbacks;
if (fmu == NULL) {
assert(0);
return jm_status_error;
}
if(fmu -> capi) {
if(fmi2_capi_get_fmu_kind(fmu -> capi) == fmuKind) {
jm_log_warning(fmu->callbacks, module, "FMU binary is already loaded");
return jm_status_success;
}
else
fmi2_import_destroy_dllfmu(fmu);
}
if(fmuKind == fmi2_fmu_kind_me)
modelIdentifier = fmi2_import_get_model_identifier_ME(fmu);
else if(fmuKind == fmi2_fmu_kind_cs)
modelIdentifier = fmi2_import_get_model_identifier_CS(fmu);
else {
assert(0);
return jm_status_error;
}
if (modelIdentifier == NULL) {
jm_log_error(fmu->callbacks, module, "No model identifier given");
return jm_status_error;
}
if( jm_portability_get_current_working_directory(curDir, FILENAME_MAX+1) != jm_status_success) {
jm_log_warning(fmu->callbacks, module, "Could not get current working directory (%s)", strerror(errno));
curDir[0] = 0;
};
dllDirPath = fmi_construct_dll_dir_name(fmu->callbacks, fmu->dirPath);
dllFileName = fmi_construct_dll_file_name(fmu->callbacks, dllDirPath, modelIdentifier);
if (!dllDirPath ||!dllFileName) {
fmu->callbacks->free(dllDirPath);
return jm_status_error;
}
if(!callBackFunctions) {
jm_callbacks* cb = fmu->callbacks;
defaultCallbacks.allocateMemory = cb->calloc;
defaultCallbacks.freeMemory = cb->free;
defaultCallbacks.componentEnvironment = fmu;
defaultCallbacks.logger = fmi2_log_forwarding;
defaultCallbacks.stepFinished = 0;
callBackFunctions = &defaultCallbacks;
}
if(jm_portability_set_current_working_directory(dllDirPath) != jm_status_success) {
jm_log_fatal(fmu->callbacks, module, "Could not change to the DLL directory %s", dllDirPath);
if(ENOENT == errno)
jm_log_fatal(fmu->callbacks, module, "No binary for this platform?");
else
jm_log_fatal(fmu->callbacks, module, "System error: %s", strerror(errno));
}
else {
/* Allocate memory for the C-API struct */
fmu -> capi = fmi2_capi_create_dllfmu(fmu->callbacks, dllFileName, modelIdentifier, callBackFunctions, fmuKind);
}
/* Load the DLL handle */
if (fmu -> capi) {
jm_log_info(fmu->callbacks, module,
"Loading '" FMI_PLATFORM "' binary with '%s' platform types", fmi2_get_types_platform() );
if(fmi2_capi_load_dll(fmu -> capi) == jm_status_error) {
fmi2_capi_destroy_dllfmu(fmu -> capi);
fmu -> capi = NULL;
}
}
if(curDir[0] && (jm_portability_set_current_working_directory(curDir) != jm_status_success)) {
jm_log_error(fmu->callbacks, module, "Could not restore current working directory (%s)", strerror(errno));
}
fmu->callbacks->free((jm_voidp)dllDirPath);
fmu->callbacks->free((jm_voidp)dllFileName);
if (fmu -> capi == NULL) {
return jm_status_error;
}
/* Load the DLL functions */
if (fmi2_capi_load_fcn(fmu -> capi, fmi2_xml_get_capabilities(fmu->md)) == jm_status_error) {
fmi2_capi_free_dll(fmu -> capi);
fmi2_capi_destroy_dllfmu(fmu -> capi);
fmu -> capi = NULL;
return jm_status_error;
}
jm_log_verbose(fmu->callbacks, module, "Successfully loaded all the interface functions");
return jm_status_success;
}
