/**
* \brief Saves the data into a Lua file.
* \param[in] file_name Path of the file to save.
* The file will be encoded in UTF-8.
* \return \c true in case of success, \c false if the data
* could not be exported.
*/
bool LuaData::export_to_file(const std::string& file_name) const {
// Work on a temporary file to keep the initial one intact in case of failure.
std::string tmp_file_name = file_name + ".solarus_tmp";
std::ofstream tmp_out(tmp_file_name);
if (!tmp_out) {
return false;
}
if (!export_to_lua(tmp_out)) {
std::remove(tmp_file_name.c_str());
return false;
}
tmp_out.flush();
tmp_out.close();
std::ifstream in(tmp_file_name);
if (!in) {
return false;
}
std::ofstream out(file_name);
if (!out) {
return false;
}
out << in.rdbuf();
in.close();
std::remove(tmp_file_name.c_str());
out.flush();
return true;
}
void
assert_rtl_dump_eq (const location &loc, const char *expected_dump, rtx x,
rtx_reuse_manager *reuse_manager)
{
named_temp_file tmp_out (".rtl");
FILE *outfile = fopen (tmp_out.get_filename (), "w");
rtx_writer w (outfile, 0, false, true, reuse_manager);
w.print_rtl (x);
fclose (outfile);
char *dump = read_file (SELFTEST_LOCATION, tmp_out.get_filename ());
ASSERT_STREQ_AT (loc, expected_dump, dump);
free (dump);
}
void generate_input_file(Configuration &conf)
{
init_output_folder(conf);
int in_start_line=1,in_end_line=1;
int out_start_line=1,out_end_line=1;
/**< Multi_Test_Case */
if(conf.Multi_Test_Case)
{
in_start_line=2,in_end_line=2;
out_start_line=1,out_end_line=1;
}
int current_file_number=1;
ofstream in_fout;
ofstream out_fout;
ofstream slice_fout;
char current_in_file_name[100];
char current_out_file_name[100];
char current_slice_file_name[100];
sprintf(current_in_file_name,"..\\output\\%d.in",current_file_number);
sprintf(current_out_file_name,"..\\output\\%d.out",current_file_number);
sprintf(current_slice_file_name,"..\\output\\%d.slice",current_file_number);
in_fout.open(current_in_file_name);
/**< Multi_Test_Case */
if(conf.Multi_Test_Case)
{
in_fout<<conf.CAPACITY_NUM<<endl;
}
out_fout.open(current_out_file_name);
slice_fout.open(current_slice_file_name);
string data_line;
puts("------------------------------ Generating Data ----------------------------");
for(int i=0; i<conf.TEST_CASE_NUM; ++i)
{
ofstream tmp_in_fout("..\\bin\\tmp.in");
create_one_test_case(tmp_in_fout);
tmp_in_fout.close();
create_tmp_out();
if(i!=0 && i%conf.CAPACITY_NUM==0) // change to next file
{
printf("[successful] generate data : %2d\n",current_file_number);
// close current file
in_fout.close();
out_fout.close();
slice_fout.close();
current_file_number++;
in_start_line=1,in_end_line=1;
out_start_line=1,out_start_line=1;
/**< Multi_Test_Case */
if(conf.Multi_Test_Case)
{
in_start_line=2,in_end_line=2;
out_start_line=1,out_end_line=1;
}
sprintf(current_in_file_name,"..\\output\\%d.in",current_file_number);
sprintf(current_out_file_name,"..\\output\\%d.out",current_file_number);
sprintf(current_slice_file_name,"..\\output\\%d.slice",current_file_number);
in_fout.open(current_in_file_name);
/**< Multi_Test_Case */
if(conf.Multi_Test_Case)
{
in_fout<<conf.CAPACITY_NUM<<endl;
}
out_fout.open(current_out_file_name);
slice_fout.open(current_slice_file_name);
}
// write data to *.in , *.out , *.slice
ifstream tmp_in("..\\bin\\tmp.in");
ifstream tmp_out("..\\bin\\tmp.out");
int cnt_tmp_in=0;
int cnt_tmp_out=0;
while(getline(tmp_in,data_line))
{
in_fout<<data_line<<endl;
++cnt_tmp_in;
}
while(getline(tmp_out,data_line))
{
out_fout<<data_line<<endl;
++cnt_tmp_out;
}
in_end_line=in_start_line+cnt_tmp_in-1;
out_end_line=out_start_line+cnt_tmp_out-1;
slice_fout<<in_start_line<<" "<<in_end_line<<" "<<out_start_line<<" "<<out_end_line<<endl;
in_start_line=in_end_line+1;
out_start_line=out_end_line+1;
tmp_in.close();
tmp_out.close();
}
printf("[successful] generate data : %2d\n",current_file_number);
in_fout.close();
out_fout.close();
slice_fout.close();
puts("-----------------------------------------------------------------------------");
}
