#!/usr/bin/python # -*- coding: utf-8 -*- import sys from extras.crystal import command_classes, \ Warp, \ XYTrigger, \ Signpost, \ PeopleEvent, \ DataByteWordMacro, \ PointerLabelBeforeBank, \ PointerLabelAfterBank, \ MoneyByteParam, \ ItemFragment, \ text_command_classes macros = command_classes + \ [ Warp, XYTrigger, Signpost, PeopleEvent, DataByteWordMacro, ItemFragment, ] #+ [x[1] for x in text_command_classes] chars = { "ガ": 0x05, "ギ": 0x06, "グ": 0x07, "ゲ": 0x08, "ゴ": 0x09, "ザ": 0x0A, "ジ": 0x0B, "ズ": 0x0C, "ゼ": 0x0D, "ゾ": 0x0E, "ダ": 0x0F, "ヂ": 0x10, "ヅ": 0x11, "デ": 0x12, "ド": 0x13, "バ": 0x19, "ビ": 0x1A, "ブ": 0x1B, "ボ": 0x1C, "が": 0x26, "ぎ": 0x27, "ぐ": 0x28, "げ": 0x29, "ご": 0x2A, "ざ": 0x2B, "じ": 0x2C, "ず": 0x2D, "ぜ": 0x2E, "ぞ": 0x2F, "だ": 0x30, "ぢ": 0x31, "づ": 0x32, "で": 0x33, "ど": 0x34, "ば": 0x3A, "び": 0x3B, "ぶ": 0x3C, "べ": 0x3D, "ぼ": 0x3E, "パ": 0x40, "ピ": 0x41, "プ": 0x42, "ポ": 0x43, "ぱ": 0x44, "ぴ": 0x45, "ぷ": 0x46, "ぺ": 0x47, "ぽ": 0x48, "ア": 0x80, "イ": 0x81, "ウ": 0x82, "エ": 0x83, "ォ": 0x84, "カ": 0x85, "キ": 0x86, "ク": 0x87, "ケ": 0x88, "コ": 0x89, "サ": 0x8A, "シ": 0x8B, "ス": 0x8C, "セ": 0x8D, "ソ": 0x8E, "タ": 0x8F, "チ": 0x90, "ツ": 0x91, "テ": 0x92, "ト": 0x93, "ナ": 0x94, "ニ": 0x95, "ヌ": 0x96, "ネ": 0x97, "ノ": 0x98, "ハ": 0x99, "ヒ": 0x9A, "フ": 0x9B, "ホ": 0x9C, "マ": 0x9D, "ミ": 0x9E, "ム": 0x9F, "メ": 0xA0, "モ": 0xA1, "ヤ": 0xA2, "ユ": 0xA3, "ヨ": 0xA4, "ラ": 0xA5, "ル": 0xA6, "レ": 0xA7, "ロ": 0xA8, "ワ": 0xA9, "ヲ": 0xAA, "ン": 0xAB, "ッ": 0xAC, "ャ": 0xAD, "ュ": 0xAE, "ョ": 0xAF, "ィ": 0xB0, "あ": 0xB1, "い": 0xB2, "う": 0xB3, "え": 0xB4, "お": 0xB5, "か": 0xB6, "き": 0xB7, "く": 0xB8, "け": 0xB9, "こ": 0xBA, "さ": 0xBB, "し": 0xBC, "す": 0xBD, "せ": 0xBE, "そ": 0xBF, "た": 0xC0, "ち": 0xC1, "つ": 0xC2, "て": 0xC3, "と": 0xC4, "な": 0xC5, "に": 0xC6, "ぬ": 0xC7, "ね": 0xC8, "の": 0xC9, "は": 0xCA, "ひ": 0xCB, "ふ": 0xCC, "へ": 0xCD, "ほ": 0xCE, "ま": 0xCF, "み": 0xD0, "む": 0xD1, "め": 0xD2, "も": 0xD3, "や": 0xD4, "ゆ": 0xD5, "よ": 0xD6, "ら": 0xD7, "り": 0xD8, "る": 0xD9, "れ": 0xDA, "ろ": 0xDB, "わ": 0xDC, "を": 0xDD, "ん": 0xDE, "っ": 0xDF, "ゃ": 0xE0, "ゅ": 0xE1, "ょ": 0xE2, "ー": 0xE3, "@": 0x50, "#": 0x54, "…": 0x75, "┌": 0x79, "─": 0x7A, "┐": 0x7B, "│": 0x7C, "└": 0x7D, "┘": 0x7E, "№": 0x74, " ": 0x7F, "A": 0x80, "B": 0x81, "C": 0x82, "D": 0x83, "E": 0x84, "F": 0x85, "G": 0x86, "H": 0x87, "I": 0x88, "J": 0x89, "K": 0x8A, "L": 0x8B, "M": 0x8C, "N": 0x8D, "O": 0x8E, "P": 0x8F, "Q": 0x90, "R": 0x91, "S": 0x92, "T": 0x93, "U": 0x94, "V": 0x95, "W": 0x96, "X": 0x97, "Y": 0x98, "Z": 0x99, "(": 0x9A, ")": 0x9B, ":": 0x9C, ";": 0x9D, "[": 0x9E, "]": 0x9F, "a": 0xA0, "b": 0xA1, "c": 0xA2, "d": 0xA3, "e": 0xA4, "f": 0xA5, "g": 0xA6, "h": 0xA7, "i": 0xA8, "j": 0xA9, "k": 0xAA, "l": 0xAB, "m": 0xAC, "n": 0xAD, "o": 0xAE, "p": 0xAF, "q": 0xB0, "r": 0xB1, "s": 0xB2, "t": 0xB3, "u": 0xB4, "v": 0xB5, "w": 0xB6, "x": 0xB7, "y": 0xB8, "z": 0xB9, "Ä": 0xC0, "Ö": 0xC1, "Ü": 0xC2, "ä": 0xC3, "ö": 0xC4, "ü": 0xC5, "'d": 0xD0, "'l": 0xD1, "'m": 0xD2, "'r": 0xD3, "'s": 0xD4, "'t": 0xD5, "'v": 0xD6, "'": 0xE0, "-": 0xE3, "?": 0xE6, "!": 0xE7, ".": 0xE8, "&": 0xE9, "é": 0xEA, "→": 0xEB, "♂": 0xEF, "¥": 0xF0, "×": 0xF1, "/": 0xF3, ",": 0xF4, "♀": 0xF5, "0": 0xF6, "1": 0xF7, "2": 0xF8, "3": 0xF9, "4": 0xFA, "5": 0xFB, "6": 0xFC, "7": 0xFD, "8": 0xFE, "9": 0xFF } def separate_comment(l): """ Separates asm and comments on a single line. """ asm = "" comment = None in_quotes = False in_comment = False # token either belongs to the line or to the comment for token in l: if in_comment: comment += token elif in_quotes and token != "\"": asm += token elif in_quotes and token == "\"": in_quotes = False asm += token elif not in_quotes and token == "\"": in_quotes = True asm += token elif not in_quotes and token != "\"": if token == ";": in_comment = True comment = ";" else: asm += token return asm, comment def quote_translator(asm): """ Writes asm with quoted text translated into bytes. """ # split by quotes asms = asm.split("\"") # skip asm that actually does use ASCII in quotes lowasm = asms[0].lower() if "section" in lowasm \ or "include" in lowasm \ or "incbin" in lowasm: sys.stdout.write(asm) return even = False i = 0 for token in asms: i = i + 1 if even: # token is a string to convert to byte values while len(token): # read a single UTF-8 codepoint char = token[0] if ord(char) >= 0xFC: char = char + token[1:6] token = token[6:] elif ord(char) >= 0xF8: char = char + token[1:5] token = token[5:] elif ord(char) >= 0xF0: char = char + token[1:4] token = token[4:] elif ord(char) >= 0xE0: char = char + token[1:3] token = token[3:] elif ord(char) >= 0xC0: char = char + token[1:2] token = token[2:] else: token = token[1:] # certain apostrophe-letter pairs are only a single byte if char == "'" and len(token) > 0 and \ (token[0] == "d" or \ token[0] == "l" or \ token[0] == "m" or \ token[0] == "r" or \ token[0] == "s" or \ token[0] == "t" or \ token[0] == "v"): char = char + token[0] token = token[1:] sys.stdout.write("${0:02X}".format(chars[char])) if len(token): sys.stdout.write(", ") # if not even else: sys.stdout.write(token) even = not even return def extract_token(asm): token = asm.split(" ")[0].replace("\t", "").replace("\n", "") return token def macro_test(asm): """ Returns a matching macro, or None/False. """ # macros are determined by the first symbol on the line token = extract_token(asm) # check against all names for macro in macros: if macro.macro_name == token: return macro, token return None, None def macro_translator(macro, token, line): """ Converts a line with a macro into a rgbasm-compatible line. """ assert macro.macro_name == token, "macro/token mismatch" original_line = line # remove trailing newline if line[-1] == "\n": line = line[:-1] else: original_line += "\n" # remove first tab has_tab = False if line[0] == "\t": has_tab = True line = line[1:] # remove duplicate whitespace (also trailing) line = " ".join(line.split()) params = [] # check if the line has params if " " in line: # split the line into separate parameters params = line.replace(token, "").split(",") # check if there are no params (redundant) if len(params) == 1 and params[0] == "": raise Exception, "macro has no params?" # write out a comment showing the original line sys.stdout.write("; original_line: " + original_line) # certain macros don't need an initial byte written # do: all scripting macros # don't: signpost, warp_def, person_event, xy_trigger if not macro.override_byte_check: sys.stdout.write("db $%.2x\n" % (macro.id)) # --- long-winded sanity check goes here --- # sanity check... this won't work because PointerLabelBeforeBank shows # up as two params, so these two lengths will always be different. #assert len(params) == len(macro.param_types), \ # "mismatched number of parameters on this line: " + \ # original_line # v2 sanity check :) although it sorta sucks that this loop happens twice? allowed_length = 0 for (index, param_type) in macro.param_types.items(): param_klass = param_type["class"] if param_klass.byte_type == "db": allowed_length += 1 # just one value elif param_klass.byte_type == "dw": if param_klass.size == 2: allowed_length += 1 # just label elif param_klass == MoneyByteParam: allowed_length += 1 elif param_klass.size == 3: allowed_length += 2 # bank and label else: raise Exception, "dunno what to do with a macro param with a size > 3" else: raise Exception, "dunno what to do with this non db/dw macro param: " + \ str(param_klass) + " in line: " + original_line assert len(params) == allowed_length, \ "mismatched number of parameters on this line: " + \ original_line # --- end of ridiculously long sanity check --- index = 0 while index < len(macro.param_types): param_type = macro.param_types[index] description = param_type["name"] param_klass = param_type["class"] byte_type = param_klass.byte_type # db or dw size = param_klass.size param = params[index].strip() # param_klass.to_asm() won't work here because it doesn't # include db/dw. # some parameters are really multiple types of bytes if (byte_type == "dw" and size != 2) or \ (byte_type == "db" and size != 1): sys.stdout.write("; " + description + "\n") if size == 3 and issubclass(param_klass, PointerLabelBeforeBank): # write the bank first sys.stdout.write("db " + params[index] + "\n") # write the pointer second sys.stdout.write("dw " + params[index+1] + "\n") index += 2 elif size == 3 and issubclass(param_klass, PointerLabelAfterBank): # write the pointer first sys.stdout.write("dw " + params[index] + "\n") # write the bank second sys.stdout.write("db " + params[index+1] + "\n") index += 2 elif size == 3 and issubclass(param_klass, MoneyByteParam): sys.stdout.write("db " + MoneyByteParam.from_asm(params[index]) + "\n") index += 1 else: raise Exception, "dunno what to do with this macro " + \ "param (" + str(param_klass) + ") " + "on this line: " + \ original_line # or just print out the byte else: sys.stdout.write(byte_type + " " + param + " ; " + description + "\n") index += 1 for l in sys.stdin: # strip and store any comment on this line if ";" in l: asm, comment = separate_comment(l) else: asm = l comment = None # convert text to bytes when a quote appears (not in a comment) if "\"" in asm: quote_translator(asm) # check against other preprocessor features else: macro, token = macro_test(asm) if macro: macro_translator(macro, token, asm) else: sys.stdout.write(asm) # show line comment if comment != None: sys.stdout.write(comment)