#define word char #include "lib/math.c" #include "lib/stdlib.c" #include "lib/sys.c" #include "lib/brfs.c" void remove_dir(char* path) { struct brfs_dir_entry entries[MAX_DIR_ENTRIES]; word num_entries = fs_readdir(path, entries); word i; for (i = 0; i < num_entries; i++) { struct brfs_dir_entry entry = entries[i]; char decompressed_filename[17]; strdecompress(decompressed_filename, entry.filename); if (strcmp(decompressed_filename, ".") == 0 || strcmp(decompressed_filename, "..") == 0) { continue; } char absolute_path[MAX_PATH_LENGTH]; strcpy(absolute_path, path); strcat(absolute_path, "/"); strcat(absolute_path, decompressed_filename); if ((entry.flags & 0x01) == 0) { // File if (fs_delete(absolute_path)) { // Do not sync flash after each file deletion } else { bdos_println("Could not delete file"); } } else { // Directory remove_dir(absolute_path); } } // Delete directory after contents are deleted if (fs_delete(path)) { // Do not sync flash after each directory deletion } else { bdos_println("Could not delete directory"); } } int main() { // Read number of arguments word argc = shell_argc(); if (argc < 2) { bdos_println("Usage: rm "); return 1; } // Read file/dir name char** args = shell_argv(); char* fname = args[1]; char absolute_path[MAX_PATH_LENGTH]; // Check if absolute path if (fname[0] != '/') { char* cwd = fs_getcwd(); strcpy(absolute_path, cwd); if (absolute_path[strlen(absolute_path) - 1] != '/') { strcat(absolute_path, "/"); } strcat(absolute_path, fname); } else { strcpy(absolute_path, fname); } // Check if fname is a file or directory struct brfs_dir_entry* entry = (struct brfs_dir_entry*)fs_stat(absolute_path); if ((word)entry == -1) { bdos_println("File not found"); return 1; } // Check if root directory if (entry->fat_idx == 0) { bdos_println("Cannot delete root directory"); return 1; } if ((entry->flags & 0x01) == 0) { // File if (fs_delete(absolute_path)) { //fs_syncflash(); } else { bdos_println("Could not delete file"); } } else { // Directory remove_dir(absolute_path); //fs_syncflash(); } return 'q'; } void interrupt() { // Handle all interrupts word i = get_int_id(); switch(i) { case INTID_TIMER1: timer1Value = 1; // Notify ending of timer1 break; } }