def do_compile(self, project_entry, base_rom_entry, rom_entry): base_rom = base_rom_entry.get() rom = rom_entry.get() project = project_entry.get() if base_rom and rom and project: self.save_default_tab() base_rom_rom = Rom() base_rom_rom.from_file(base_rom) if base_rom_rom.type == "Earthbound" and len(base_rom_rom) == 0x300000: confirm = tkMessageBox.askquestion("Expand Your Base ROM?", "You are attempting to compile using a base ROM which is " "unexpanded. It is likely that this will not succeed, as CoilSnake " "needs the extra space in an expanded ROM to store additional data." "\n\n" "Would you like to expand this base ROM before proceeding? This " "will permanently overwrite your base ROM.", icon='warning') if confirm == "yes": base_rom_rom.expand(0x400000) base_rom_rom.to_file(base_rom) del base_rom_rom # Update the GUI self.console.clear() self.disable_all_components() self.progress_bar.clear() log.info("Starting compilation...") thread = Thread(target=self._do_compile_help, args=(project, base_rom, rom)) thread.start()
def expand_rom(root, ex=False): rom = Rom() filename = tkFileDialog.askopenfilename( parent=root, initialdir=os.path.expanduser("~"), title="Select a ROM to expand", filetypes=ROM_FILETYPES) if filename: rom.from_file(filename) if (not ex and len(rom) >= 0x400000) or (ex and (len(rom) >= 0x600000)): tkMessageBox.showerror( parent=root, title="Error", message="This ROM is already expanded.") else: if ex: rom.expand(0x600000) else: rom.expand(0x400000) rom.to_file(filename) del rom tkMessageBox.showinfo( parent=root, title="Expansion Successful", message="Your ROM was expanded.")
def do_compile(self, project_entry, base_rom_entry, rom_entry): base_rom = base_rom_entry.get() rom = rom_entry.get() project = project_entry.get() if base_rom and rom and project: self.save_default_tab() base_rom_rom = Rom() base_rom_rom.from_file(base_rom) if base_rom_rom.type == "Earthbound" and len(base_rom_rom) == 0x300000: confirm = tkinter.messagebox.askquestion("Expand Your Base ROM?", "You are attempting to compile using a base ROM which is " "unexpanded. It is likely that this will not succeed, as CoilSnake " "needs the extra space in an expanded ROM to store additional data." "\n\n" "Would you like to expand this base ROM before proceeding? This " "will permanently overwrite your base ROM.", icon='warning') if confirm == "yes": base_rom_rom.expand(0x400000) base_rom_rom.to_file(base_rom) del base_rom_rom # Update the GUI self.console.clear() self.disable_all_components() self.progress_bar.clear() log.info("Starting compilation...") thread = Thread(target=self._do_compile_help, args=(project, base_rom, rom)) thread.start()
def patch_rom(clean_rom_filename, patched_rom_filename, patch_filename, headered, progress_bar=None): if not os.path.isfile(clean_rom_filename): raise RuntimeError("Clean Rom \"" + clean_rom_filename + "\" is not a file.") if not os.path.isfile(patch_filename): raise RuntimeError("Patch \"" + patch_filename + "\" is not a file.") if clean_rom_filename != patched_rom_filename: copyfile(clean_rom_filename, patched_rom_filename) log.info("Patching ROM {} with patch {}".format(patched_rom_filename, patch_filename)) patching_start_time = time.time() if patch_filename.endswith(".ips"): output_rom = Rom() output_rom.from_file(clean_rom_filename) patch = IpsPatch() elif patch_filename.endswith(".ebp"): output_rom = EbRom() output_rom.from_file(clean_rom_filename) patch = EbpPatch() else: raise CoilSnakeError("Unknown patch format.") # Load the patch and expand the ROM as needed add_header = headered and not isinstance(patch, EbpPatch) extra = int(add_header)*0x200 # 0x200 if a header will be added, 0 otherwise patch.load(patch_filename) if isinstance(patch, EbpPatch): log.info("Patch: {title} by {author}".format(**patch.metadata)) if patch.last_offset_used > len(output_rom) + extra: if patch.last_offset_used < 0x400000 + extra: output_rom.expand(0x400000) elif patch.last_offset_used < 0x600000 + extra: output_rom.expand(0x600000) else: output_rom.expand(patch.last_offset_used) # If the user specified the patch was made for a headered ROM, add a header # to the ROM if add_header: output_rom.add_header() # Apply the patch and write out the patched ROM patch.apply(output_rom) if add_header: # Remove the header that was added, so that we're always dealing with # unheadered ROMs in the end output_rom.data = output_rom.data[0x200:] output_rom.size -= 0x200 output_rom.to_file(patched_rom_filename) log.info("Patched to {} in {:.2f}s".format(patched_rom_filename, time.time() - patching_start_time))
def expand(romfile, ex=False): rom = Rom() rom.from_file(romfile) if (not ex and len(rom) >= 0x400000) or (ex and (len(rom) >= 0x600000)): return False else: if ex: rom.expand(0x600000) else: rom.expand(0x400000) rom.to_file(romfile) del rom return True
def compile_project(project_path, base_rom_filename, output_rom_filename, ccscript_offset=None, progress_bar=None): modules = load_modules() project_filename = os.path.join(project_path, PROJECT_FILENAME) project = Project() project.load(project_filename) check_if_project_too_old(project) check_if_project_too_new(project) if base_rom_filename != output_rom_filename: copyfile(base_rom_filename, output_rom_filename) # Compile scripts using CCScript script_filenames = [os.path.join(project_path, "ccscript", x) for x in os.listdir(os.path.join(project_path, "ccscript")) if x.lower().endswith('.ccs')] if script_filenames: log.info("Compiling CCScript") if not ccscript_offset: ccscript_offset = "F10000" elif type(ccscript_offset) == int: ccscript_offset = "{:x}".format(ccscript_offset) ccc_args = ["-n", "--libs", ccscript_library_path(), "--summary", os.path.join(project_path, "ccscript", "summary.txt"), "-s", ccscript_offset, "-o", output_rom_filename] + script_filenames ccc_returncode, ccc_log = ccc(ccc_args) if ccc_returncode == 0: log.info("Finished compiling CCScript") else: raise CCScriptCompilationError("CCScript compilation failed with output:\n" + ccc_log) rom = Rom() rom.from_file(output_rom_filename) check_if_types_match(project=project, rom=rom) compatible_modules = [(name, clazz) for name, clazz in modules if clazz.is_compatible_with_romtype(rom.type)] tick_amount = 1.0/(2*len(compatible_modules)) log.info("Compiling Project {}".format(project_path)) compile_start_time = time.time() for module_name, module_class in modules: if module_class.is_compatible_with_romtype(rom.type): for free_range in module_class.FREE_RANGES: rom.deallocate(free_range) for module_name, module_class in modules: if not module_class.is_compatible_with_romtype(rom.type): continue log.info("Compiling {}...".format(module_class.NAME)) start_time = time.time() with module_class() as module: module.read_from_project(lambda x, y: project.get_resource(module_name, x, y, 'rb')) if progress_bar: progress_bar.tick(tick_amount) module.write_to_rom(rom) if progress_bar: progress_bar.tick(tick_amount) log.info("Finished compiling {} in {:.2f}s".format(module_class.NAME, time.time() - start_time)) log.debug("Saving ROM") rom.to_file(output_rom_filename) log.info("Compiled to {} in {:.2f}s, finished at {}".format( output_rom_filename, time.time() - compile_start_time, datetime.now().strftime('%I:%M:%S %p')))
def compile_project(project_path, base_rom_filename, output_rom_filename, ccscript_offset=None, progress_bar=None): if not os.path.isdir(project_path): raise RuntimeError("Project directory \"" + project_path + "\" is not a directory.") if not os.path.isfile(base_rom_filename): raise RuntimeError("Base Rom \"" + base_rom_filename + "\" is not a file.") modules = load_modules() project_filename = os.path.join(project_path, PROJECT_FILENAME) project = Project() project.load(project_filename) check_if_project_too_old(project) check_if_project_too_new(project) if base_rom_filename != output_rom_filename: copyfile(base_rom_filename, output_rom_filename) # Compile scripts using CCScript script_filenames = [ os.path.join(project_path, "ccscript", x) for x in os.listdir(os.path.join(project_path, "ccscript")) if x.lower().endswith('.ccs') ] if script_filenames: log.info("Compiling CCScript") if not ccscript_offset: ccscript_offset = "F10000" elif type(ccscript_offset) == int: ccscript_offset = "{:x}".format(ccscript_offset) ccc_args = [ "-n", "--libs", ccscript_library_path(), "--summary", os.path.join(project_path, "ccscript", "summary.txt"), "-s", ccscript_offset, "-o", output_rom_filename ] + script_filenames ccc_returncode, ccc_log = ccc(ccc_args) if ccc_returncode == 0: log.info("Finished compiling CCScript") else: raise CCScriptCompilationError( "CCScript compilation failed with output:\n" + ccc_log) rom = Rom() rom.from_file(output_rom_filename) check_if_types_match(project=project, rom=rom) compatible_modules = [(name, clazz) for name, clazz in modules if clazz.is_compatible_with_romtype(rom.type)] tick_amount = 1.0 / (2 * len(compatible_modules)) log.info("Compiling Project {}".format(project_path)) compile_start_time = time.time() for module_name, module_class in modules: if module_class.is_compatible_with_romtype(rom.type): for free_range in module_class.FREE_RANGES: rom.deallocate(free_range) for module_name, module_class in modules: if not module_class.is_compatible_with_romtype(rom.type): continue log.info("Compiling {}...".format(module_class.NAME)) start_time = time.time() with module_class() as module: module.read_from_project( lambda x, y, astext=False: project.get_resource( module_name, x, y, 'rt' if astext else 'rb', 'utf-8' if astext else None)) if progress_bar: progress_bar.tick(tick_amount) module.write_to_rom(rom) if progress_bar: progress_bar.tick(tick_amount) log.info("Finished compiling {} in {:.2f}s".format( module_class.NAME, time.time() - start_time)) log.debug("Saving ROM") rom.to_file(output_rom_filename) log.info("Compiled to {} in {:.2f}s, finished at {}".format( output_rom_filename, time.time() - compile_start_time, datetime.now().strftime('%I:%M:%S %p')))