void fli_elab_cb(void *nothing)
{
LOG_INFO("fli_elab_cb called\n");
fli_table = new FliImpl("FLI");
gpi_register_impl(fli_table);
gpi_load_extra_libs();
// Elaboration has already happened so jump straight in!
gpi_sim_info_t sim_info;
char *version = mti_GetProductVersion(); // Returned pointer must not be freed
// copy in sim_info.product
// FIXME split product and version from returned string?
sim_info.argc = 0;
sim_info.argv = NULL;
sim_info.product = version;
sim_info.version = version;
gpi_embed_init(&sim_info);
}
int FliStartupCbHdl::run_callback(void)
{
gpi_sim_info_t sim_info;
char *c_info = mti_GetProductVersion(); // Returned pointer must not be freed
std::string info = c_info;
std::string search = " Version ";
std::size_t found = info.find(search);
std::string product_str = c_info;
std::string version_str = c_info;
if (found != std::string::npos) {
product_str = info.substr(0,found);
version_str = info.substr(found+search.length());
LOG_DEBUG("Found Version string at %d", found);
LOG_DEBUG(" product: %s", product_str.c_str());
LOG_DEBUG(" version: %s", version_str.c_str());
}
std::vector<char> product(product_str.begin(), product_str.end());
std::vector<char> version(version_str.begin(), version_str.end());
product.push_back('\0');
version.push_back('\0');
// copy in sim_info.product
sim_info.argc = 0;
sim_info.argv = NULL;
sim_info.product = &product[0];
sim_info.version = &version[0];
gpi_embed_init(&sim_info);
return 0;
}
