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start using classes instead of functions everywhere

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This commit is contained in:
Bryan Bishop 2012-03-24 00:58:14 -05:00
parent 253c897bbd
commit d497a0a001
1 changed files with 370 additions and 344 deletions
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714
extras/crystal.py
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@ -523,6 +523,7 @@ def clean_up_long_info(long_info):
return long_info return long_info
def command_debug_information(command_byte=None, map_group=None, map_id=None, address=0, info=None, long_info=None, pksv_name=None): def command_debug_information(command_byte=None, map_group=None, map_id=None, address=0, info=None, long_info=None, pksv_name=None):
"used to help debug in parse_script_engine_script_at"
info1 = "parsing command byte " + hex(command_byte) + " for map " + \ info1 = "parsing command byte " + hex(command_byte) + " for map " + \
str(map_group) + "." + str(map_id) + " at " + hex(address) str(map_group) + "." + str(map_id) + " at " + hex(address)
info1 += " pksv: " + str(pksv_name) info1 += " pksv: " + str(pksv_name)
@ -530,60 +531,390 @@ def command_debug_information(command_byte=None, map_group=None, map_id=None, ad
#info1 += " long_info: " + long_info #info1 += " long_info: " + long_info
return info1 return info1
class TextScript():
"a text is a sequence of commands different from a script-engine script"
def to_asm(self): pass
@staticmethod
def find_addresses():
"""returns a list of text pointers
useful for testing parse_text_engine_script_at
Note that this list is not exhaustive. There are some texts that
are only pointed to from some script that a current script just
points to. So find_all_text_pointers_in_script_engine_script will
have to recursively follow through each script to find those.
.. it does this now :)
"""
addresses = set()
#for each map group
for map_group in map_names:
#for each map id
for map_id in map_names[map_group]:
#skip the offset key
if map_id == "offset": continue
#dump this into smap
smap = map_names[map_group][map_id]
#signposts
signposts = smap["signposts"]
#for each signpost
for signpost in signposts:
if signpost["func"] in [0, 1, 2, 3, 4]:
#dump this into script
script = signpost["script"]
elif signpost["func"] in [05, 06]:
script = signpost["script"]
else: continue
#skip signposts with no bytes
if len(script) == 0: continue
#find all text pointers in script
texts = find_all_text_pointers_in_script_engine_script(script, smap["event_bank"])
#dump these addresses in
addresses.update(texts)
#xy triggers
xy_triggers = smap["xy_triggers"]
#for each xy trigger
for xy_trigger in xy_triggers:
#dump this into script
script = xy_trigger["script"]
#find all text pointers in script
texts = find_all_text_pointers_in_script_engine_script(script, smap["event_bank"])
#dump these addresses in
addresses.update(texts)
#trigger scripts
triggers = smap["trigger_scripts"]
#for each trigger
for (i, trigger) in triggers.items():
#dump this into script
script = trigger["script"]
#find all text pointers in script
texts = find_all_text_pointers_in_script_engine_script(script, calculate_bank(trigger["address"]))
#dump these addresses in
addresses.update(texts)
#callback scripts
callbacks = smap["callback_scripts"]
#for each callback
for (k, callback) in callbacks.items():
#dump this into script
script = callback["script"]
#find all text pointers in script
texts = find_all_text_pointers_in_script_engine_script(script, calculate_bank(callback["address"]))
#dump these addresses in
addresses.update(texts)
#people-events
events = smap["people_events"]
#for each event
for event in events:
if event["event_type"] == "script":
#dump this into script
script = event["script"]
#find all text pointers in script
texts = find_all_text_pointers_in_script_engine_script(script, smap["event_bank"])
#dump these addresses in
addresses.update(texts)
if event["event_type"] == "trainer":
trainer_data = event["trainer_data"]
addresses.update([trainer_data["text_when_seen_ptr"]])
addresses.update([trainer_data["text_when_trainer_beaten_ptr"]])
trainer_bank = calculate_bank(event["trainer_data_address"])
script1 = trainer_data["script_talk_again"]
texts1 = find_all_text_pointers_in_script_engine_script(script1, trainer_bank)
addresses.update(texts1)
script2 = trainer_data["script_when_lost"]
texts2 = find_all_text_pointers_in_script_engine_script(script2, trainer_bank)
addresses.update(texts2)
return addresses
@staticmethod
def parse_text_at(address, map_group=None, map_id=None, debug=True, show=True):
"""parses a text-engine script ("in-text scripts")
http://hax.iimarck.us/files/scriptingcodes_eng.htm#InText
This is presently very broken.
see parse_text_at2, parse_text_at, and process_00_subcommands
"""
global rom, text_count, max_texts, texts
if rom == None:
load_rom()
if address == None:
return "not a script"
commands = {}
total_text_commands = 0
command_counter = 0
original_address = address
offset = address
end = False
while not end:
address = offset
command = {}
command_byte = ord(rom[address])
print "parse_text_engine_script_at has encountered a command byte " + hex(command_byte) + " at " + hex(address)
end_address = address + 1
if command_byte == 0:
#read until $57, $50 or $58
jump57 = how_many_until(chr(0x57), offset)
jump50 = how_many_until(chr(0x50), offset)
jump58 = how_many_until(chr(0x58), offset)
#whichever command comes first
jump = min([jump57, jump50, jump58])
end_address = offset + jump - 1 #we want the address before $57
lines = process_00_subcommands(offset+1, end_address)
if show:
text = parse_text_at2(offset+1, end_address-offset+1)
texts.append(text)
print text
command = {"type": command_byte,
"start_address": offset,
"end_address": end_address,
"size": jump,
"lines": lines,
}
offset += jump
elif command_byte == 0x17:
#TX_FAR [pointer][bank]
pointer_byte1 = ord(rom[offset+1])
pointer_byte2 = ord(rom[offset+2])
pointer_bank = ord(rom[offset+3])
pointer = (pointer_byte1 + (pointer_byte2 << 8))
pointer = extract_maps.calculate_pointer(pointer, pointer_bank)
command = {"type": command_byte,
"start_address": offset,
"end_address": offset + 3, #last byte belonging to this command
"pointer": pointer, #parameter
}
offset += 3 + 1
elif command_byte == 0x50 or command_byte == 0x57 or command_byte == 0x58: #end text
command = {"type": command_byte,
"start_address": offset,
"end_address": offset,
}
#this byte simply indicates to end the script
end = True
#this byte simply indicates to end the script
if command_byte == 0x50 and ord(rom[offset+1]) == 0x50: #$50$50 means end completely
end = True
commands[command_counter+1] = command
#also save the next byte, before we quit
commands[command_counter+1]["start_address"] += 1
commands[command_counter+1]["end_address"] += 1
add_command_byte_to_totals(command_byte)
elif command_byte == 0x50: #only end if we started with $0
if len(commands.keys()) > 0:
if commands[0]["type"] == 0x0: end = True
elif command_byte == 0x57 or command_byte == 0x58: #end completely
end = True
offset += 1 #go past this 0x50
elif command_byte == 0x1:
#01 = text from RAM. [01][2-byte pointer]
size = 3 #total size, including the command byte
pointer_byte1 = ord(rom[offset+1])
pointer_byte2 = ord(rom[offset+2])
command = {"type": command_byte,
"start_address": offset+1,
"end_address": offset+2, #last byte belonging to this command
"pointer": [pointer_byte1, pointer_byte2], #RAM pointer
}
#view near these bytes
#subsection = rom[offset:offset+size+1] #peak ahead
#for x in subsection:
# print hex(ord(x))
#print "--"
offset += 2 + 1 #go to the next byte
#use this to look at the surrounding bytes
if debug:
print "next command is: " + hex(ord(rom[offset])) + " ... we are at command number: " + str(command_counter) + " near " + hex(offset) + " on map_id=" + str(map_id)
elif command_byte == 0x7:
#07 = shift texts 1 row above (2nd line becomes 1st line); address for next text = 2nd line. [07]
size = 1
command = {"type": command_byte,
"start_address": offset,
"end_address": offset,
}
offset += 1
elif command_byte == 0x3:
#03 = set new address in RAM for text. [03][2-byte RAM address]
size = 3
command = {"type": command_byte, "start_address": offset, "end_address": offset+2}
offset += size
elif command_byte == 0x4: #draw box
#04 = draw box. [04][2-Byte pointer][height Y][width X]
size = 5 #including the command
command = {
"type": command_byte,
"start_address": offset,
"end_address": offset + size,
"pointer_bytes": [ord(rom[offset+1]), ord(rom[offset+2])],
"y": ord(rom[offset+3]),
"x": ord(rom[offset+4]),
}
offset += size + 1
elif command_byte == 0x5:
#05 = write text starting at 2nd line of text-box. [05][text][ending command]
#read until $57, $50 or $58
jump57 = how_many_until(chr(0x57), offset)
jump50 = how_many_until(chr(0x50), offset)
jump58 = how_many_until(chr(0x58), offset)
#whichever command comes first
jump = min([jump57, jump50, jump58])
end_address = offset + jump - 1 #we want the address before $57
lines = process_00_subcommands(offset+1, end_address)
if show:
text = parse_text_at2(offset+1, end_address-offset+1)
texts.append(text)
print text
command = {"type": command_byte,
"start_address": offset,
"end_address": end_address,
"size": jump,
"lines": lines,
}
offset = end_address + 1
elif command_byte == 0x6:
#06 = wait for keypress A or B (put blinking arrow in textbox). [06]
command = {"type": command_byte, "start_address": offset, "end_address": offset}
offset += 1
elif command_byte == 0x7:
#07 = shift texts 1 row above (2nd line becomes 1st line); address for next text = 2nd line. [07]
command = {"type": command_byte, "start_address": offset, "end_address": offset}
offset += 1
elif command_byte == 0x8:
#08 = asm until whenever
command = {"type": command_byte, "start_address": offset, "end_address": offset}
offset += 1
end = True
elif command_byte == 0x9:
#09 = write hex-to-dec number from RAM to textbox [09][2-byte RAM address][byte bbbbcccc]
# bbbb = how many bytes to read (read number is big-endian)
# cccc = how many digits display (decimal)
#(note: max of decimal digits is 7,i.e. max number correctly displayable is 9999999)
ram_address_byte1 = ord(rom[offset+1])
ram_address_byte2 = ord(rom[offset+2])
read_byte = ord(rom[offset+3])
command = {
"type": command_byte,
"address": [ram_address_byte1, ram_address_byte2],
"read_byte": read_byte, #split this up when we make a macro for this
}
offset += 4
else:
#if len(commands) > 0:
# print "Unknown text command " + hex(command_byte) + " at " + hex(offset) + ", script began with " + hex(commands[0]["type"])
if debug:
print "Unknown text command at " + hex(offset) + " - command: " + hex(ord(rom[offset])) + " on map_id=" + str(map_id)
#end at the first unknown command
end = True
commands[command_counter] = command
command_counter += 1
total_text_commands += len(commands)
text_count += 1
#if text_count >= max_texts:
# sys.exit()
return commands
def parse_text_engine_script_at(address, map_group=None, map_id=None, debug=True, show=True):
"""parses a text-engine script ("in-text scripts")
http://hax.iimarck.us/files/scriptingcodes_eng.htm#InText
see parse_text_at2, parse_text_at, and process_00_subcommands
"""
return TextScript.parse_text_at(address, map_group=map_group, map_id=map_id, debug=debug, show=show)
def find_text_addresses():
"""returns a list of text pointers
useful for testing parse_text_engine_script_at"""
return TextScript.find_addresses()
class EncodedText():
"""a sequence of bytes that, when decoded, represent readable text
based on the chars table from textpre.py and other places"""
def to_asm(self): pass
@staticmethod
def process_00_subcommands(start_address, end_address):
"""split this text up into multiple lines
based on subcommands ending each line"""
print "process_00_subcommands(" + hex(start_address) + ", " + hex(end_address) + ")"
lines = {}
subsection = rom[start_address:end_address]
line_count = 0
current_line = []
for pbyte in subsection:
byte = ord(pbyte)
current_line.append(byte)
if byte == 0x4f or byte == 0x51 or byte == 0x55:
lines[line_count] = current_line
current_line = []
line_count += 1
#don't forget the last line
lines[line_count] = current_line
line_count += 1
return lines
@staticmethod
def from_bytes(bytes):
"""assembles a string based on bytes looked up in the chars table"""
line = ""
for byte in bytes:
if type(byte) != int:
byte = ord(byte)
if byte in chars.keys():
line += chars[byte]
else:
print "byte not known: " + hex(byte)
return line
@staticmethod
def parse_text_at(address, count=10):
"""returns a string of text from an address
this does not handle text commands"""
output = ""
commands = process_00_subcommands(address, address+count)
for (line_id, line) in commands.items():
output += parse_text_from_bytes(line)
output += "\n"
return output
def process_00_subcommands(start_address, end_address): def process_00_subcommands(start_address, end_address):
"""split this text up into multiple lines """split this text up into multiple lines
based on subcommands ending each line""" based on subcommands ending each line"""
print "process_00_subcommands(" + hex(start_address) + ", " + hex(end_address) + ")" return EncodedText.process_00_subcommands(start_address, end_address)
lines = {}
subsection = rom[start_address:end_address]
line_count = 0
current_line = []
for pbyte in subsection:
byte = ord(pbyte)
current_line.append(byte)
if byte == 0x4f or byte == 0x51 or byte == 0x55:
lines[line_count] = current_line
current_line = []
line_count += 1
#don't forget the last line
lines[line_count] = current_line
line_count += 1
return lines
def parse_text_from_bytes(bytes): def parse_text_from_bytes(bytes):
"""assembles a string based on bytes looked up in the chars table""" """assembles a string based on bytes looked up in the chars table"""
line = "" return EncodedText.from_bytes(bytes)
for byte in bytes:
if type(byte) != int:
byte = ord(byte)
if byte in chars.keys():
line += chars[byte]
else:
print "byte not known: " + hex(byte)
return line
def parse_text_at(address, count=10): def parse_text_at(address, count=10):
"""returns a list of bytes from an address """returns a list of bytes from an address
see parse_text_at2 for pretty printing""" see parse_text_at2 for pretty printing"""
return parse_text_from_bytes(rom_interval(address, count, strings=False)) return parse_text_from_bytes(rom_interval(address, count, strings=False))
def parse_text_at2(address, count=10):
"""returns a string of text from an address
this does not handle text commands"""
return EncodedText.parse_text_at(address, count)
def rom_text_at(address, count=10): def rom_text_at(address, count=10):
"""prints out raw text from the ROM """prints out raw text from the ROM
like for 0x112110""" like for 0x112110"""
return "".join([chr(x) for x in rom_interval(address, count, strings=False)]) return "".join([chr(x) for x in rom_interval(address, count, strings=False)])
def parse_text_at2(address, count=10):
"""returns a string of text from an address
this does not handle text commands"""
output = ""
commands = process_00_subcommands(address, address+count)
for (line_id, line) in commands.items():
output += parse_text_from_bytes(line)
output += "\n"
return output
def find_all_text_pointers_in_script_engine_script(script, bank): def find_all_text_pointers_in_script_engine_script(script, bank):
"""returns a list of text pointers """returns a list of text pointers
based on each script-engine script command""" based on each script-engine script command"""
@ -604,310 +935,6 @@ def find_all_text_pointers_in_script_engine_script(script, bank):
addresses.add(command["lost_pointer"]) addresses.add(command["lost_pointer"])
return addresses return addresses
def find_text_addresses():
"""returns a list of text pointers
useful for testing parse_text_engine_script_at
Note that this list is not exhaustive. There are some texts that
are only pointed to from some script that a current script just
points to. So find_all_text_pointers_in_script_engine_script will
have to recursively follow through each script to find those.
.. it does this now :)
"""
addresses = set()
#for each map group
for map_group in map_names:
#for each map id
for map_id in map_names[map_group]:
#skip the offset key
if map_id == "offset": continue
#dump this into smap
smap = map_names[map_group][map_id]
#signposts
signposts = smap["signposts"]
#for each signpost
for signpost in signposts:
if signpost["func"] in [0, 1, 2, 3, 4]:
#dump this into script
script = signpost["script"]
elif signpost["func"] in [05, 06]:
script = signpost["script"]
else: continue
#skip signposts with no bytes
if len(script) == 0: continue
#find all text pointers in script
texts = find_all_text_pointers_in_script_engine_script(script, smap["event_bank"])
#dump these addresses in
addresses.update(texts)
#xy triggers
xy_triggers = smap["xy_triggers"]
#for each xy trigger
for xy_trigger in xy_triggers:
#dump this into script
script = xy_trigger["script"]
#find all text pointers in script
texts = find_all_text_pointers_in_script_engine_script(script, smap["event_bank"])
#dump these addresses in
addresses.update(texts)
#trigger scripts
triggers = smap["trigger_scripts"]
#for each trigger
for (i, trigger) in triggers.items():
#dump this into script
script = trigger["script"]
#find all text pointers in script
texts = find_all_text_pointers_in_script_engine_script(script, calculate_bank(trigger["address"]))
#dump these addresses in
addresses.update(texts)
#callback scripts
callbacks = smap["callback_scripts"]
#for each callback
for (k, callback) in callbacks.items():
#dump this into script
script = callback["script"]
#find all text pointers in script
texts = find_all_text_pointers_in_script_engine_script(script, calculate_bank(callback["address"]))
#dump these addresses in
addresses.update(texts)
#people-events
events = smap["people_events"]
#for each event
for event in events:
if event["event_type"] == "script":
#dump this into script
script = event["script"]
#find all text pointers in script
texts = find_all_text_pointers_in_script_engine_script(script, smap["event_bank"])
#dump these addresses in
addresses.update(texts)
if event["event_type"] == "trainer":
trainer_data = event["trainer_data"]
addresses.update([trainer_data["text_when_seen_ptr"]])
addresses.update([trainer_data["text_when_trainer_beaten_ptr"]])
trainer_bank = calculate_bank(event["trainer_data_address"])
script1 = trainer_data["script_talk_again"]
texts1 = find_all_text_pointers_in_script_engine_script(script1, trainer_bank)
addresses.update(texts1)
script2 = trainer_data["script_when_lost"]
texts2 = find_all_text_pointers_in_script_engine_script(script2, trainer_bank)
addresses.update(texts2)
return addresses
def old_parse_text_engine_script_at(address, map_group=None, map_id=None, debug=True):
return {}
def parse_text_engine_script_at(address, map_group=None, map_id=None, debug=True, show=True):
"""parses a text-engine script ("in-text scripts")
http://hax.iimarck.us/files/scriptingcodes_eng.htm#InText
This is presently very broken.
see parse_text_at2, parse_text_at, and process_00_subcommands
"""
global rom, text_count, max_texts, texts
if rom == None:
load_rom()
if address == None:
return "not a script"
commands = {}
total_text_commands = 0
command_counter = 0
original_address = address
offset = address
end = False
while not end:
address = offset
command = {}
command_byte = ord(rom[address])
print "parse_text_engine_script_at has encountered a command byte " + hex(command_byte) + " at " + hex(address)
end_address = address + 1
if command_byte == 0:
#read until $57, $50 or $58
jump57 = how_many_until(chr(0x57), offset)
jump50 = how_many_until(chr(0x50), offset)
jump58 = how_many_until(chr(0x58), offset)
#whichever command comes first
jump = min([jump57, jump50, jump58])
end_address = offset + jump - 1 #we want the address before $57
lines = process_00_subcommands(offset+1, end_address)
if show:
text = parse_text_at2(offset+1, end_address-offset+1)
texts.append(text)
print text
command = {"type": command_byte,
"start_address": offset,
"end_address": end_address,
"size": jump,
"lines": lines,
}
offset += jump
elif command_byte == 0x17:
#TX_FAR [pointer][bank]
pointer_byte1 = ord(rom[offset+1])
pointer_byte2 = ord(rom[offset+2])
pointer_bank = ord(rom[offset+3])
pointer = (pointer_byte1 + (pointer_byte2 << 8))
pointer = extract_maps.calculate_pointer(pointer, pointer_bank)
command = {"type": command_byte,
"start_address": offset,
"end_address": offset + 3, #last byte belonging to this command
"pointer": pointer, #parameter
}
offset += 3 + 1
elif command_byte == 0x50 or command_byte == 0x57 or command_byte == 0x58: #end text
command = {"type": command_byte,
"start_address": offset,
"end_address": offset,
}
#this byte simply indicates to end the script
end = True
#this byte simply indicates to end the script
if command_byte == 0x50 and ord(rom[offset+1]) == 0x50: #$50$50 means end completely
end = True
commands[command_counter+1] = command
#also save the next byte, before we quit
commands[command_counter+1]["start_address"] += 1
commands[command_counter+1]["end_address"] += 1
add_command_byte_to_totals(command_byte)
elif command_byte == 0x50: #only end if we started with $0
if len(commands.keys()) > 0:
if commands[0]["type"] == 0x0: end = True
elif command_byte == 0x57 or command_byte == 0x58: #end completely
end = True
offset += 1 #go past this 0x50
elif command_byte == 0x1:
#01 = text from RAM. [01][2-byte pointer]
size = 3 #total size, including the command byte
pointer_byte1 = ord(rom[offset+1])
pointer_byte2 = ord(rom[offset+2])
command = {"type": command_byte,
"start_address": offset+1,
"end_address": offset+2, #last byte belonging to this command
"pointer": [pointer_byte1, pointer_byte2], #RAM pointer
}
#view near these bytes
#subsection = rom[offset:offset+size+1] #peak ahead
#for x in subsection:
# print hex(ord(x))
#print "--"
offset += 2 + 1 #go to the next byte
#use this to look at the surrounding bytes
if debug:
print "next command is: " + hex(ord(rom[offset])) + " ... we are at command number: " + str(command_counter) + " near " + hex(offset) + " on map_id=" + str(map_id)
elif command_byte == 0x7:
#07 = shift texts 1 row above (2nd line becomes 1st line); address for next text = 2nd line. [07]
size = 1
command = {"type": command_byte,
"start_address": offset,
"end_address": offset,
}
offset += 1
elif command_byte == 0x3:
#03 = set new address in RAM for text. [03][2-byte RAM address]
size = 3
command = {"type": command_byte, "start_address": offset, "end_address": offset+2}
offset += size
elif command_byte == 0x4: #draw box
#04 = draw box. [04][2-Byte pointer][height Y][width X]
size = 5 #including the command
command = {
"type": command_byte,
"start_address": offset,
"end_address": offset + size,
"pointer_bytes": [ord(rom[offset+1]), ord(rom[offset+2])],
"y": ord(rom[offset+3]),
"x": ord(rom[offset+4]),
}
offset += size + 1
elif command_byte == 0x5:
#05 = write text starting at 2nd line of text-box. [05][text][ending command]
#read until $57, $50 or $58
jump57 = how_many_until(chr(0x57), offset)
jump50 = how_many_until(chr(0x50), offset)
jump58 = how_many_until(chr(0x58), offset)
#whichever command comes first
jump = min([jump57, jump50, jump58])
end_address = offset + jump - 1 #we want the address before $57
lines = process_00_subcommands(offset+1, end_address)
if show:
text = parse_text_at2(offset+1, end_address-offset+1)
texts.append(text)
print text
command = {"type": command_byte,
"start_address": offset,
"end_address": end_address,
"size": jump,
"lines": lines,
}
offset = end_address + 1
elif command_byte == 0x6:
#06 = wait for keypress A or B (put blinking arrow in textbox). [06]
command = {"type": command_byte, "start_address": offset, "end_address": offset}
offset += 1
elif command_byte == 0x7:
#07 = shift texts 1 row above (2nd line becomes 1st line); address for next text = 2nd line. [07]
command = {"type": command_byte, "start_address": offset, "end_address": offset}
offset += 1
elif command_byte == 0x8:
#08 = asm until whenever
command = {"type": command_byte, "start_address": offset, "end_address": offset}
offset += 1
end = True
elif command_byte == 0x9:
#09 = write hex-to-dec number from RAM to textbox [09][2-byte RAM address][byte bbbbcccc]
# bbbb = how many bytes to read (read number is big-endian)
# cccc = how many digits display (decimal)
#(note: max of decimal digits is 7,i.e. max number correctly displayable is 9999999)
ram_address_byte1 = ord(rom[offset+1])
ram_address_byte2 = ord(rom[offset+2])
read_byte = ord(rom[offset+3])
command = {
"type": command_byte,
"address": [ram_address_byte1, ram_address_byte2],
"read_byte": read_byte, #split this up when we make a macro for this
}
offset += 4
else:
#if len(commands) > 0:
# print "Unknown text command " + hex(command_byte) + " at " + hex(offset) + ", script began with " + hex(commands[0]["type"])
if debug:
print "Unknown text command at " + hex(offset) + " - command: " + hex(ord(rom[offset])) + " on map_id=" + str(map_id)
#end at the first unknown command
end = True
commands[command_counter] = command
command_counter += 1
total_text_commands += len(commands)
text_count += 1
#if text_count >= max_texts:
# sys.exit()
return commands
def translate_command_byte(crystal=None, gold=None): def translate_command_byte(crystal=None, gold=None):
"""takes a command byte from either crystal or gold """takes a command byte from either crystal or gold
returns the command byte in the other (non-given) game returns the command byte in the other (non-given) game
@ -1242,7 +1269,6 @@ def pretty_print_pksv_no_names():
for address in addresses: for address in addresses:
print " " + hex(address) print " " + hex(address)
recursive_scripts = set([]) recursive_scripts = set([])
def rec_parse_script_engine_script_at(address, origin=None): def rec_parse_script_engine_script_at(address, origin=None):
"""this is called in parse_script_engine_script_at for recursion """this is called in parse_script_engine_script_at for recursion