R2RDatabase* load_data()
{
R2RDatabase *database = g_malloc(sizeof(R2RDatabase));
load_info_file(database);
load_database(database);
return database;
}
/**
* The start up method, which takes asks the user for
* input for all 5 files, while loading them into the
* relevant structures.
*/
void startup() {
char info_filename[30], competitor_filename[30],
node_filename[30], course_filename[30],
tracks_filename[30], log_filename[30];
int competitor_lines, node_lines, courses_lines, tracks_lines;
printf("Please enter the file for the logging > ");
scanf(" %30s", log_path);
printf("Please enter the file for the event information > ");
scanf(" %30s", info_filename);
load_info_file(info_filename, &event);
printf("Please enter the file for the node type > ");
scanf(" %30s", node_filename);
node_lines = get_number_lines(node_filename);
if (0 < node_lines) {
node_types = (Node*) malloc(node_lines * sizeof (struct Node));
load_node_file(node_filename, node_lines, node_types);
}
printf("Please enter the file for the competitors > ");
scanf(" %30s", competitor_filename);
competitor_lines = get_number_lines(competitor_filename);
no_competitors = competitor_lines;
if (0 < competitor_lines) {
competitor = (Competitor*) malloc(competitor_lines *
sizeof (Competitor));
load_comp_file(competitor_filename, competitor_lines, competitor);
}
printf("Please enter the file for the courses > ");
scanf(" %30s", course_filename);
courses_lines = get_number_lines(course_filename);
if (0 < courses_lines) {
load_courses_file(course_filename, courses_lines,
node_types, competitor, no_competitors);
}
printf("Please enter the file for the tracks > ");
scanf(" %30s", tracks_filename);
tracks_lines = get_number_lines(tracks_filename);
if (0 < tracks_lines) {
tracks = (Track*) malloc(tracks_lines * sizeof (Track));
load_track_file(tracks_filename, tracks_lines, tracks);
}
no_courses = courses_lines;
no_tracks = tracks_lines;
}
