43 bool LoadBinarySchema(const char* filename, std::string* binary_schema) {  in LoadBinarySchema()  argument
44   assert(filename != nullptr);  in LoadBinarySchema()
46   if (!flatbuffers::LoadFile(filename, helper::AsBinaryFile, binary_schema)) {  in LoadBinarySchema()
47     fprintf(stderr, "Unable to open binary flatbuffer schema file:%s\n", filename);  in LoadBinarySchema()
86   for (auto filename : filenames) {  in CreateBinarySchemaBundle()  local
88     if (!LoadBinarySchema(filename.c_str(), &string_schema)) {  in CreateBinarySchemaBundle()
89       fprintf(stderr, "Unable to load binary schema from filename:%s\n", filename.c_str());  in CreateBinarySchemaBundle()
94       fprintf(stderr, "Failed verification on binary schema filename:%s\n", filename.c_str());  in CreateBinarySchemaBundle()
100 …  fprintf(stderr, "Unable to find root table for binary flatbuffer schema:%s\n", filename.c_str());  in CreateBinarySchemaBundle()
195   const char* filename = opts.filename;  in ReadBundledSchema()  local
196   assert(filename != nullptr);  in ReadBundledSchema()
199   if (!flatbuffers::LoadFile(filename, helper::AsBinaryFile, &flatfile_data)) {  in ReadBundledSchema()
200     fprintf(stderr, "Unable to load schema data file:%s\n", filename);  in ReadBundledSchema()
217   const char* filename = opts.filename;  in WriteBundledSchema()  local
218   assert(filename != nullptr);  in WriteBundledSchema()
259   final_filename.append(filename);  in WriteBundledSchema()
267   header += ("/" + std::string(opts.filename) + ".h");  in WriteBundledSchema()
300         opts.filename = optarg;  in ParseArgs()