Merge pull request #6 from AKuHAK/master

Update sources to 2.7 from author's website
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Francisco Javier Trujillo Mata 2022-09-16 17:20:19 +02:00 committed by GitHub
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@ -1,178 +1,178 @@
README.txt
By Ross Ridge
Pubic Domain
@(#) mymc README.txt 1.6 12/10/04 19:18:08
This file describes mymc, a utility for manipulating PlayStation 2
memory card images as used by the emulator PCSX2. Its main purpose is
to allow save games to be imported and exported to and from these
images. Both MAX Drive and EMS (.psu) save files are fully supported,
however save files in the SharkPort/X-Port and Code Breaker formats
can only be imported and not exported. In addition to these basic
functions, mymc can also perform a number of other operations, like
creating new memory card images, viewing their contents, and adding
and extracting individual files.
A simple, hopefully easy to use, graphicial user interface (GUI) is
provided, but it's limitted to only basic operations. More advanced
opterations require the use of a command line tool. To install mymc,
unpack the downloaded ZIP archive to a new directory on your machine.
You can then run the GUI version of mymc by openning that newn
directory with Windows Explorer and double clicking on the "mymc-gui"
icon. To make it easier to access, you can drag the "mymc-gui" icon
to either your Desktop, Start Menu or Quick Launch toolbar. Make sure
if you do so, that you create a shortcut to "mymc-gui.exe". If you
copy the file instead, the program won't work.
The command line utility can be invoked from the Windows Command
Prompt by using the "mymc" command. The executable "mymc.exe" and
number of support files and these file must kept together in the same
directory. To run the command you need to either add the directory
where you unpacked the distribution to your PATH or type the full
pathname of the executable. For example if you unpacked mymc to a
directory named "c:\mymc" you need to enter "c:\mymc\mymc.exe" to run
the program.
The second important thing to note is that mymc is only "alpha"
quality software. This means that has is been released without
extensive testing and may be unreliable. While it works fine for me,
the author, it might not work as well for you. For that reason you
should be careful how you use it, and prepared for the eventuality of
it corrupting your save game images or producing garbage save files.
If you're worried about this, one make things safer is to use two
memory card images. Use the first image to load and save your games
with under PCSX2, and the second image to import and export saves
games using mysc. Then use the PS2 browser to copy files between two
card images.
GUI TUTORIAL
============
The GUI for mymc is should be easy to use. After starting mymc, you
can select the PS2 memory card image you want to work with by
selecting the "Open" command by pressing the first button on the
toolbar. You can then import a save file clicking on the Import
toolbar button. To export a save files, first select it and then
press the Export button. You can delete a save file permanently from
your memory card, by selecting the "Delete" command from the File
menu.
Do not try to use mymc to modify a memory card image while PCSX2 is
running. Doing so will corrupt your memory card.
COMMAND LINE TUTORIAL
=====================
The basic usage template for mysc is "mymc memcard.ps2 command". The
first argument, "memcard.ps2" is the filename of the memory card image
while "command" is the name of the command you wish to use on the
image. So for example, assuming you've installed mymc in "c:\mymc"
and you've installed PCSX2 in "c:\pcsx2" you could enter the following
command to see the contents of the memory card in the emulator's slot
1:
c:\mymc\mymc c:\pcsx2\memcards\Mcd001.ps2 dir
You would see output something like this:
BASLUS-20678USAGAS00 UNLIMITED SAGA
154KB Not Protected SYSTEMDATA
BADATA-SYSTEM Your System
5KB Not Protected Configuration
BASLUS-20488-0000D SOTET<13>060:08
173KB Not Protected Arias
7,800 KB Free
This is the simple "user friendly" way to view the contents of a
memory card. It displays the same information you can see using the
PlayStation 2 memory card browser. On the right is name of each save,
and on the left is the size and protection status of the save. Also
on the left is one bit of information you won't see in the browser,
the directory name of the save file. PlayStation 2 saves are actually
a collection of different files all stored in a single directory on
the memory card. This is important information, because you need to
know it to export save files.
As mentioned above, if you know the directory name of a save, you can
export it. Exporting a save creates a save file in either the EMS
(.psu) or MAX Drive (.max) format. You can then transfer the save to
real PS2 memory using the appropriate tools. You can also send the
saves to someone else to use or just keep them on your hard drive as a
backup. The following command demonstrates how to export a save in
the EMS format using mymc:
c:\mymc\mymc c:\pcsx2\memcards\Mcd001.ps2 export BASLUS-20448-0000D
This will create a file called "BASLUS-20448-0000D.psu" in the current
directory. To create a file in the MAX format instead, use the export
command's -m option:
c:\mymc\mymc c:\pcsx2\memcards\Mcd001.ps2 export -m BASLUS-20448-0000D
This creates a file named "BASLUS-20448-0000D.max". Note the "-m"
option that appears after the "export" command.
Importing save files is similar. The save file type is auto-detected,
so you don't need use an "-m" option with MAX Drive saves. Here's a
couple of examples using each format:
c:\mymc\mymc c:\pcsx2\memcards\Mcd001.ps2 import BASLUS-20035.psu
c:\mymc\mymc c:\pcsx2\memcards\Mcd001.ps2 import 20062_3583_GTA3.max
ADVANCED NOTES
==============
- To get general help with the command line utility use the "-h"
global option (eg. "mymc -h"). To get help with a specific
command use the "-h" option with that command (eg. "mymc x
import -h"). In this later case, you need to specify a memory
card image file, but it's ignored and so doesn't need to exist.
- Both executables in the Windows version, "mymc.exe" and
"mymc-gui.exe" do the same thing and support the same options.
The difference is that "mymc" is console application, while
"mymc-gui" is a Windows appliction. Currently, using "mymc"
to start the GUI will result in a fair amount debug messages
being printed that are normally not seen "mymc-gui" is used.
- It's possible to use mymc create images that are bigger (or
smaller) than standard PS2 memory cards. Be very careful if you
do this, not all games may be compatible with such images.
- The bad block list on images is ignored. Since memory card
images created with either PCSX2 or mymc won't have any bad
blocks, this shouldn't be a problem unless you've somehow
extracted a complete image from a real memory card and expect to
copy it back.
- The PS2 only uses at most 8,000 KB of a memory card, but there
is actually 8,135 KB of allocatable space on a standard
error-free memory card. The extra 135 KB is reserved so that
memory card with bad blocks don't appear to have less space than
memory cards with fewer or no bad blocks. Since there are no
bad blocks on memory card images, mymc uses the full capacity
provided by standard memory cards.
PYTHON SOURCE DISTRIBUTION
==========================
The "source code" distribution of mymc is provided for users of Linux
and other non-Windows operating systems. It uses the same Python code
that the Windows distribution is built with (using py2exe) and
supports all the same functionality. One big difference is that the
Windows DLL "mymcsup.dll" is not included and as a result compressing
and decompressing MAX Drive saves will be as much as 100 times slower.
The GUI mode is hasn't been extensively tested on non-Windows systems,
and the 3D display of save file icons requires the DLL. The Python
source version should support big-endian machines, but this hasn't
been tested.
README.txt
By Ross Ridge
Pubic Domain
@(#) mymc README.txt 1.6 12/10/04 19:18:08
This file describes mymc, a utility for manipulating PlayStation 2
memory card images as used by the emulator PCSX2. Its main purpose is
to allow save games to be imported and exported to and from these
images. Both MAX Drive and EMS (.psu) save files are fully supported,
however save files in the SharkPort/X-Port and Code Breaker formats
can only be imported and not exported. In addition to these basic
functions, mymc can also perform a number of other operations, like
creating new memory card images, viewing their contents, and adding
and extracting individual files.
A simple, hopefully easy to use, graphicial user interface (GUI) is
provided, but it's limitted to only basic operations. More advanced
opterations require the use of a command line tool. To install mymc,
unpack the downloaded ZIP archive to a new directory on your machine.
You can then run the GUI version of mymc by openning that newn
directory with Windows Explorer and double clicking on the "mymc-gui"
icon. To make it easier to access, you can drag the "mymc-gui" icon
to either your Desktop, Start Menu or Quick Launch toolbar. Make sure
if you do so, that you create a shortcut to "mymc-gui.exe". If you
copy the file instead, the program won't work.
The command line utility can be invoked from the Windows Command
Prompt by using the "mymc" command. The executable "mymc.exe" and
number of support files and these file must kept together in the same
directory. To run the command you need to either add the directory
where you unpacked the distribution to your PATH or type the full
pathname of the executable. For example if you unpacked mymc to a
directory named "c:\mymc" you need to enter "c:\mymc\mymc.exe" to run
the program.
The second important thing to note is that mymc is only "alpha"
quality software. This means that has is been released without
extensive testing and may be unreliable. While it works fine for me,
the author, it might not work as well for you. For that reason you
should be careful how you use it, and prepared for the eventuality of
it corrupting your save game images or producing garbage save files.
If you're worried about this, one make things safer is to use two
memory card images. Use the first image to load and save your games
with under PCSX2, and the second image to import and export saves
games using mysc. Then use the PS2 browser to copy files between two
card images.
GUI TUTORIAL
============
The GUI for mymc is should be easy to use. After starting mymc, you
can select the PS2 memory card image you want to work with by
selecting the "Open" command by pressing the first button on the
toolbar. You can then import a save file clicking on the Import
toolbar button. To export a save files, first select it and then
press the Export button. You can delete a save file permanently from
your memory card, by selecting the "Delete" command from the File
menu.
Do not try to use mymc to modify a memory card image while PCSX2 is
running. Doing so will corrupt your memory card.
COMMAND LINE TUTORIAL
=====================
The basic usage template for mysc is "mymc memcard.ps2 command". The
first argument, "memcard.ps2" is the filename of the memory card image
while "command" is the name of the command you wish to use on the
image. So for example, assuming you've installed mymc in "c:\mymc"
and you've installed PCSX2 in "c:\pcsx2" you could enter the following
command to see the contents of the memory card in the emulator's slot
1:
c:\mymc\mymc c:\pcsx2\memcards\Mcd001.ps2 dir
You would see output something like this:
BASLUS-20678USAGAS00 UNLIMITED SAGA
154KB Not Protected SYSTEMDATA
BADATA-SYSTEM Your System
5KB Not Protected Configuration
BASLUS-20488-0000D SOTET<13>060:08
173KB Not Protected Arias
7,800 KB Free
This is the simple "user friendly" way to view the contents of a
memory card. It displays the same information you can see using the
PlayStation 2 memory card browser. On the right is name of each save,
and on the left is the size and protection status of the save. Also
on the left is one bit of information you won't see in the browser,
the directory name of the save file. PlayStation 2 saves are actually
a collection of different files all stored in a single directory on
the memory card. This is important information, because you need to
know it to export save files.
As mentioned above, if you know the directory name of a save, you can
export it. Exporting a save creates a save file in either the EMS
(.psu) or MAX Drive (.max) format. You can then transfer the save to
real PS2 memory using the appropriate tools. You can also send the
saves to someone else to use or just keep them on your hard drive as a
backup. The following command demonstrates how to export a save in
the EMS format using mymc:
c:\mymc\mymc c:\pcsx2\memcards\Mcd001.ps2 export BASLUS-20448-0000D
This will create a file called "BASLUS-20448-0000D.psu" in the current
directory. To create a file in the MAX format instead, use the export
command's -m option:
c:\mymc\mymc c:\pcsx2\memcards\Mcd001.ps2 export -m BASLUS-20448-0000D
This creates a file named "BASLUS-20448-0000D.max". Note the "-m"
option that appears after the "export" command.
Importing save files is similar. The save file type is auto-detected,
so you don't need use an "-m" option with MAX Drive saves. Here's a
couple of examples using each format:
c:\mymc\mymc c:\pcsx2\memcards\Mcd001.ps2 import BASLUS-20035.psu
c:\mymc\mymc c:\pcsx2\memcards\Mcd001.ps2 import 20062_3583_GTA3.max
ADVANCED NOTES
==============
- To get general help with the command line utility use the "-h"
global option (eg. "mymc -h"). To get help with a specific
command use the "-h" option with that command (eg. "mymc x
import -h"). In this later case, you need to specify a memory
card image file, but it's ignored and so doesn't need to exist.
- Both executables in the Windows version, "mymc.exe" and
"mymc-gui.exe" do the same thing and support the same options.
The difference is that "mymc" is console application, while
"mymc-gui" is a Windows appliction. Currently, using "mymc"
to start the GUI will result in a fair amount debug messages
being printed that are normally not seen "mymc-gui" is used.
- It's possible to use mymc create images that are bigger (or
smaller) than standard PS2 memory cards. Be very careful if you
do this, not all games may be compatible with such images.
- The bad block list on images is ignored. Since memory card
images created with either PCSX2 or mymc won't have any bad
blocks, this shouldn't be a problem unless you've somehow
extracted a complete image from a real memory card and expect to
copy it back.
- The PS2 only uses at most 8,000 KB of a memory card, but there
is actually 8,135 KB of allocatable space on a standard
error-free memory card. The extra 135 KB is reserved so that
memory card with bad blocks don't appear to have less space than
memory cards with fewer or no bad blocks. Since there are no
bad blocks on memory card images, mymc uses the full capacity
provided by standard memory cards.
PYTHON SOURCE DISTRIBUTION
==========================
The "source code" distribution of mymc is provided for users of Linux
and other non-Windows operating systems. It uses the same Python code
that the Windows distribution is built with (using py2exe) and
supports all the same functionality. One big difference is that the
Windows DLL "mymcsup.dll" is not included and as a result compressing
and decompressing MAX Drive saves will be as much as 100 times slower.
The GUI mode is hasn't been extensively tested on non-Windows systems,
and the 3D display of save file icons requires the DLL. The Python
source version should support big-endian machines, but this hasn't
been tested.

1916
gui.py

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370
guires.py
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@ -1,185 +1,185 @@
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"//8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\n"
"AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\n"
"AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\n"
"AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAKQAAKQAAAAAAAAAAAAAAAAA\n"
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"pKSkpKSkAAAAAAAAAAAAAKQAAAAAAAAJCQkJCQkJCQkAAAAAB6SkpKSkpKSkpKSkpKSkpKSkAAAA\n"
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"AAAAAAAAAAAAAAAAAKQAAACkAKSkAAAAAAAAwAAAAAAAAAAAB6SkpKSkAAAAAAAAAAAAAKQAAAAA\n"
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"pKQKAAAAAMDAAAAAAAAAAAekpKSkpKSkAAAAAAAAAAAAAKSkpAcAAAAAAAAAAAAAAAAAAAAAwAAA\n"
"AAAAAAAAB6SkpKSkpKSkAAAAAAAAAAAAAKSkpKQHAAAAAAAAAAAAAAAAAADAAAAACqQAAAAHpKSk\n"
"pKSkpKSkAAAAAAAAAAAAAKSkpKSkBwAAAAAAAAAAAAAAAMDAAAAKpAoAAAekpKSkpKSkpKSkAAAA\n"
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"96SkpKSkpKSkAAAAAAAAAAAAAKSkpKSkpKSk9/f39wAAAAAAwAAAAPekpKSkpPf396SkpKSkpKSk\n"
"AAAAAAAAAAAAAKSkpKSkpKSk9/f39/cAAAAAAAAA9/ekpKSkpPf396SkpKSkpKSkAAAAAAAAAAAA\n"
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"9/f39/f39wAAAPf39/ekpKSkpPf396SkpKSkpKSkAAAAAAAAAAAAAKSkpKSkpKSk9/f39/f39/cA\n"
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"pPf396SkpKSkpKSkAAAAAAAAAAAAAKSkpKSkpKSk9/f39/f39/f39/f39/ekpKSkpPf396SkpKSk\n"
"pKQAAAAAAAAAAAAAAKSkpKSkpKSk9/f39/f39/f39/f39/ekpKSkpPf396SkpKSkpAAA9gAAAAAA\n"
"AAAAAACkpKSkpKSk9/f39/f39/f39/f39/f39/f39/f396SkpKSkAAAAAAAAAAAAAAAAAAAAAAAA\n"
"AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA/wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\n"
"AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA////////AAD///////8AAP///////wAA////////\n"
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"AAAHAAD+AAAAAAcAAP4AAAAABwAA/gAAAAAHAAD+AAAAAA8AAP4AAAAAGwAA/wAAAAA/AAD/////\n"
"//sAAP///////wAA\n"
).decode("base64_codec"),
"mc6a.ico": (
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"AAAAAAAAAAAAAACAAACAAAAAgIAAgAAAAIAAgACAgAAAgICAAMDAwAAAAP8AAP8AAAD//wD/AAAA\n"
"/wD/AP//AAD///8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\n"
"AAAAAAAAAAAAAAAAAAAAAAAAAAAAAABwAHAAAAAAAAAAAAAAAAAHAAAAAAAAAAAAAAAAAAAAcABg\n"
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"AAAAAAAAAAAAAHBwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\n"
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"///Af///4P////H//////////////////w==\n"
).decode("base64_codec"),
}

1578
lzari.py

File diff suppressed because it is too large Load Diff

1637
mymc.py

File diff suppressed because it is too large Load Diff

3858
ps2mc.py

File diff suppressed because it is too large Load Diff

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@ -1,134 +1,134 @@
#
# ps2mc_dir.py
#
# By Ross Ridge
# Public Domain
#
"""Functions for working with PS2 memory card directory entries."""
_SCCS_ID = "@(#) mysc ps2mc_dir.py 1.4 12/10/04 19:11:08\n"
import struct
import time
import calendar
PS2MC_DIRENT_LENGTH = 512
DF_READ = 0x0001
DF_WRITE = 0x0002
DF_EXECUTE = 0x0004
DF_RWX = DF_READ | DF_WRITE | DF_EXECUTE
DF_PROTECTED = 0x0008
DF_FILE = 0x0010
DF_DIR = 0x0020
DF_O_DCREAT = 0x0040
DF_0080 = 0x0080
DF_0100 = 0x0100
DF_O_CREAT = 0x0200
DF_0400 = 0x0400
DF_POCKETSTN = 0x0800
DF_PSX = 0x1000
DF_HIDDEN = 0x2000
DF_4000 = 0x4000
DF_EXISTS = 0x8000
def zero_terminate(s):
"""Truncate a string at the first NUL ('\0') character, if any."""
i = s.find('\0')
if i == -1:
return s
return s[:i]
# mode, ???, length, created,
# fat_cluster, parent_entry, modified, attr,
# name
_dirent_fmt = "<HHL8sLL8sL28x448s"
# secs, mins, hours, mday, month, year
_tod_fmt = "<xBBBBBH"
#
# Use the new Struct object if available
#
if hasattr(struct, "Struct"):
_dirent_struct = struct.Struct(_dirent_fmt)
_tod_struct = struct.Struct(_tod_fmt)
def unpack_tod(s):
return _tod_struct.unpack(s)
def pack_tod(tod):
return _tod_struct.pack(tod)
def unpack_dirent(s):
ent = _dirent_struct.unpack(s)
ent = list(ent)
ent[3] = _tod_struct.unpack(ent[3])
ent[6] = _tod_struct.unpack(ent[6])
ent[8] = zero_terminate(ent[8])
return ent
def pack_dirent(ent):
ent = list(ent)
ent[3] = _tod_struct.pack(*ent[3])
ent[6] = _tod_struct.pack(*ent[6])
return _dirent_struct.pack(*ent)
else:
def unpack_tod(s):
return struct.unpack(_tod_fmt, s)
def pack_tod(tod):
return struct.pack(_tod_fmt, tod)
def unpack_dirent(s):
# mode, ???, length, created,
# fat_cluster, parent_entry, modified, attr,
# name
ent = struct.unpack(_dirent_fmt, s)
ent = list(ent)
ent[3] = struct.unpack(_tod_fmt, ent[3])
ent[6] = struct.unpack(_tod_fmt, ent[6])
ent[8] = zero_terminate(ent[8])
return ent
def pack_dirent(ent):
ent = list(ent)
ent[3] = struct.pack(_tod_fmt, *ent[3])
ent[6] = struct.pack(_tod_fmt, *ent[6])
return struct.pack(_dirent_fmt, *ent)
def time_to_tod(when):
"""Convert a Python time value to a ToD tuple"""
tm = time.gmtime(when + 9 * 3600)
return (tm.tm_sec, tm.tm_min, tm.tm_hour,
tm.tm_mday, tm.tm_mon, tm.tm_year)
def tod_to_time(tod):
"""Convert a ToD tuple to a Python time value."""
try:
month = tod[4]
if month == 0:
month = 1
return calendar.timegm((tod[5], month, tod[3],
tod[2], tod[1], tod[0],
None, None, 0)) - 9 * 3600
except ValueError:
return 0
def tod_now():
"""Get the current time as a ToD tuple."""
return time_to_tod(time.time())
def tod_from_file(filename):
return time_to_tod(os.stat(filename).st_mtime)
def mode_is_file(mode):
return (mode & (DF_FILE | DF_DIR | DF_EXISTS)) == (DF_FILE | DF_EXISTS)
def mode_is_dir(mode):
return (mode & (DF_FILE | DF_DIR | DF_EXISTS)) == (DF_DIR | DF_EXISTS)
#
# ps2mc_dir.py
#
# By Ross Ridge
# Public Domain
#
"""Functions for working with PS2 memory card directory entries."""
_SCCS_ID = "@(#) mymc ps2mc_dir.py 1.4 12/10/04 19:11:08\n"
import struct
import time
import calendar
PS2MC_DIRENT_LENGTH = 512
DF_READ = 0x0001
DF_WRITE = 0x0002
DF_EXECUTE = 0x0004
DF_RWX = DF_READ | DF_WRITE | DF_EXECUTE
DF_PROTECTED = 0x0008
DF_FILE = 0x0010
DF_DIR = 0x0020
DF_O_DCREAT = 0x0040
DF_0080 = 0x0080
DF_0100 = 0x0100
DF_O_CREAT = 0x0200
DF_0400 = 0x0400
DF_POCKETSTN = 0x0800
DF_PSX = 0x1000
DF_HIDDEN = 0x2000
DF_4000 = 0x4000
DF_EXISTS = 0x8000
def zero_terminate(s):
"""Truncate a string at the first NUL ('\0') character, if any."""
i = s.find('\0')
if i == -1:
return s
return s[:i]
# mode, ???, length, created,
# fat_cluster, parent_entry, modified, attr,
# name
_dirent_fmt = "<HHL8sLL8sL28x448s"
# secs, mins, hours, mday, month, year
_tod_fmt = "<xBBBBBH"
#
# Use the new Struct object if available
#
if hasattr(struct, "Struct"):
_dirent_struct = struct.Struct(_dirent_fmt)
_tod_struct = struct.Struct(_tod_fmt)
def unpack_tod(s):
return _tod_struct.unpack(s)
def pack_tod(tod):
return _tod_struct.pack(tod)
def unpack_dirent(s):
ent = _dirent_struct.unpack(s)
ent = list(ent)
ent[3] = _tod_struct.unpack(ent[3])
ent[6] = _tod_struct.unpack(ent[6])
ent[8] = zero_terminate(ent[8])
return ent
def pack_dirent(ent):
ent = list(ent)
ent[3] = _tod_struct.pack(*ent[3])
ent[6] = _tod_struct.pack(*ent[6])
return _dirent_struct.pack(*ent)
else:
def unpack_tod(s):
return struct.unpack(_tod_fmt, s)
def pack_tod(tod):
return struct.pack(_tod_fmt, tod)
def unpack_dirent(s):
# mode, ???, length, created,
# fat_cluster, parent_entry, modified, attr,
# name
ent = struct.unpack(_dirent_fmt, s)
ent = list(ent)
ent[3] = struct.unpack(_tod_fmt, ent[3])
ent[6] = struct.unpack(_tod_fmt, ent[6])
ent[8] = zero_terminate(ent[8])
return ent
def pack_dirent(ent):
ent = list(ent)
ent[3] = struct.pack(_tod_fmt, *ent[3])
ent[6] = struct.pack(_tod_fmt, *ent[6])
return struct.pack(_dirent_fmt, *ent)
def time_to_tod(when):
"""Convert a Python time value to a ToD tuple"""
tm = time.gmtime(when + 9 * 3600)
return (tm.tm_sec, tm.tm_min, tm.tm_hour,
tm.tm_mday, tm.tm_mon, tm.tm_year)
def tod_to_time(tod):
"""Convert a ToD tuple to a Python time value."""
try:
month = tod[4]
if month == 0:
month = 1
return calendar.timegm((tod[5], month, tod[3],
tod[2], tod[1], tod[0],
None, None, 0)) - 9 * 3600
except ValueError:
return 0
def tod_now():
"""Get the current time as a ToD tuple."""
return time_to_tod(time.time())
def tod_from_file(filename):
return time_to_tod(os.stat(filename).st_mtime)
def mode_is_file(mode):
return (mode & (DF_FILE | DF_DIR | DF_EXISTS)) == (DF_FILE | DF_EXISTS)
def mode_is_dir(mode):
return (mode & (DF_FILE | DF_DIR | DF_EXISTS)) == (DF_DIR | DF_EXISTS)

View File

@ -1,182 +1,182 @@
#
# ps2mc_ecc.py
#
# By Ross Ridge
# Public Domain
#
"""
Routines for calculating the Hamming codes, a simple form of error
correcting codes (ECC), as used on PS2 memory cards.
"""
_SCCS_ID = "@(#) mysc ps2mc_ecc.py 1.4 07/12/17 02:34:04\n"
import array
from round import div_round_up
try:
import ctypes
import mymcsup
except ImportError:
mymcsup = None
__ALL__ = ["ECC_CHECK_OK", "ECC_CHECK_CORRECTED", "ECC_CHECK_FAILED",
"ecc_calculate", "ecc_check",
"ecc_calculate_page", "ecc_check_page"]
ECC_CHECK_OK = 0
ECC_CHECK_CORRECTED = 1
ECC_CHECK_FAILED = 2
def _popcount(a):
count = 0
while a != 0:
a &= a - 1
count += 1
return count
def _parityb(a):
a = (a ^ (a >> 1))
a = (a ^ (a >> 2))
a = (a ^ (a >> 4))
return a & 1
def _make_ecc_tables():
parity_table = [_parityb(b)
for b in range(256)]
cpmasks = [0x55, 0x33, 0x0F, 0x00, 0xAA, 0xCC, 0xF0]
column_parity_masks = [None] * 256
for b in range(256):
mask = 0
for i in range(len(cpmasks)):
mask |= parity_table[b & cpmasks[i]] << i
column_parity_masks[b] = mask
return parity_table, column_parity_masks
_parity_table, _column_parity_masks = _make_ecc_tables()
def _ecc_calculate(s):
"Calculate the Hamming code for a 128 byte long string or byte array."
if not isinstance(s, array.array):
a = array.array('B')
a.fromstring(s)
s = a
column_parity = 0x77
line_parity_0 = 0x7F
line_parity_1 = 0x7F
for i in range(len(s)):
b = s[i]
column_parity ^= _column_parity_masks[b]
if _parity_table[b]:
line_parity_0 ^= ~i
line_parity_1 ^= i
return [column_parity, line_parity_0 & 0x7F, line_parity_1]
def _ecc_check(s, ecc):
"""Detect and correct any single bit errors.
The parameters "s" and "ecc", the data and expected Hamming code
repectively, must be modifiable sequences of integers and are
updated with the corrected values if necessary."""
computed = ecc_calculate(s)
if computed == ecc:
return ECC_CHECK_OK
#print
#_print_bin(0, s.tostring())
#print "computed %02x %02x %02x" % tuple(computed)
#print "actual %02x %02x %02x" % tuple(ecc)
# ECC mismatch
cp_diff = (computed[0] ^ ecc[0]) & 0x77
lp0_diff = (computed[1] ^ ecc[1]) & 0x7F
lp1_diff = (computed[2] ^ ecc[2]) & 0x7F
lp_comp = lp0_diff ^ lp1_diff
cp_comp = (cp_diff >> 4) ^ (cp_diff & 0x07)
#print "%02x %02x %02x %02x %02x" % (cp_diff, lp0_diff, lp1_diff,
# lp_comp, cp_comp)
if lp_comp == 0x7F and cp_comp == 0x07:
print "corrected 1"
# correctable 1 bit error in data
s[lp1_diff] ^= 1 << (cp_diff >> 4)
return ECC_CHECK_CORRECTED
if ((cp_diff == 0 and lp0_diff == 0 and lp1_diff == 0)
or _popcount(lp_comp) + _popcount(cp_comp) == 1):
print "corrected 2"
# correctable 1 bit error in ECC
# (and/or one of the unused bits was set)
ecc[0] = computed[0]
ecc[1] = computed[1]
ecc[2] = computed[2]
return ECC_CHECK_CORRECTED
# uncorrectable error
return ECC_CHECK_FAILED
def ecc_calculate_page(page):
"""Return a list of the ECC codes for a PS2 memory card page."""
return [ecc_calculate(page[i * 128 : i * 128 + 128])
for i in range(div_round_up(len(page), 128))]
def ecc_check_page(page, spare):
"Check and correct any single bit errors in a PS2 memory card page."
failed = False
corrected = False
#chunks = [(array.array('B', page[i * 128 : i * 128 + 128]),
# map(ord, spare[i * 3 : i * 3 + 3]))
# for i in range(div_round_up(len(page), 128))]
chunks = []
for i in range(div_round_up(len(page), 128)):
a = array.array('B')
a.fromstring(page[i * 128 : i * 128 + 128])
chunks.append((a, map(ord, spare[i * 3 : i * 3 + 3])))
r = [ecc_check(s, ecc)
for (s, ecc) in chunks]
ret = ECC_CHECK_OK
if ECC_CHECK_CORRECTED in r:
# rebuild sector and spare from the corrected versions
page = "".join([a[0].tostring()
for a in chunks])
spare = "".join([chr(a[1][i])
for a in chunks
for i in range(3)])
ret = ECC_CHECK_CORRECTED
if ECC_CHECK_FAILED in r:
ret = ECC_CHECK_FAILED
return (ret, page, spare)
if mymcsup == None:
ecc_calculate = _ecc_calculate
ecc_check = _ecc_check
else:
# _c_ubyte_p = ctypes.POINTER(ctypes.c_ubyte)
def ecc_calculate(s):
aecc = array.array('B', "\0\0\0")
cecc = ctypes.c_ubyte.from_address(aecc.buffer_info()[0])
mymcsup.ecc_calculate(s, len(s), cecc)
return list(aecc)
def ecc_check(s, ecc):
cs = ctypes.c_ubyte.from_address(s.buffer_info()[0])
# print "%08X" % s.buffer_info()[0]
aecc = array.array('B', ecc)
cecc = ctypes.c_ubyte.from_address(aecc.buffer_info()[0])
ret = mymcsup.ecc_check(cs, len(s), cecc)
ecc[0] = aecc[0]
ecc[1] = aecc[1]
ecc[2] = aecc[2]
return ret
#
# ps2mc_ecc.py
#
# By Ross Ridge
# Public Domain
#
"""
Routines for calculating the Hamming codes, a simple form of error
correcting codes (ECC), as used on PS2 memory cards.
"""
_SCCS_ID = "@(#) mymc ps2mc_ecc.py 1.4 07/12/17 02:34:04\n"
import array
from round import div_round_up
try:
import ctypes
import mymcsup
except ImportError:
mymcsup = None
__ALL__ = ["ECC_CHECK_OK", "ECC_CHECK_CORRECTED", "ECC_CHECK_FAILED",
"ecc_calculate", "ecc_check",
"ecc_calculate_page", "ecc_check_page"]
ECC_CHECK_OK = 0
ECC_CHECK_CORRECTED = 1
ECC_CHECK_FAILED = 2
def _popcount(a):
count = 0
while a != 0:
a &= a - 1
count += 1
return count
def _parityb(a):
a = (a ^ (a >> 1))
a = (a ^ (a >> 2))
a = (a ^ (a >> 4))
return a & 1
def _make_ecc_tables():
parity_table = [_parityb(b)
for b in range(256)]
cpmasks = [0x55, 0x33, 0x0F, 0x00, 0xAA, 0xCC, 0xF0]
column_parity_masks = [None] * 256
for b in range(256):
mask = 0
for i in range(len(cpmasks)):
mask |= parity_table[b & cpmasks[i]] << i
column_parity_masks[b] = mask
return parity_table, column_parity_masks
_parity_table, _column_parity_masks = _make_ecc_tables()
def _ecc_calculate(s):
"Calculate the Hamming code for a 128 byte long string or byte array."
if not isinstance(s, array.array):
a = array.array('B')
a.fromstring(s)
s = a
column_parity = 0x77
line_parity_0 = 0x7F
line_parity_1 = 0x7F
for i in range(len(s)):
b = s[i]
column_parity ^= _column_parity_masks[b]
if _parity_table[b]:
line_parity_0 ^= ~i
line_parity_1 ^= i
return [column_parity, line_parity_0 & 0x7F, line_parity_1]
def _ecc_check(s, ecc):
"""Detect and correct any single bit errors.
The parameters "s" and "ecc", the data and expected Hamming code
repectively, must be modifiable sequences of integers and are
updated with the corrected values if necessary."""
computed = ecc_calculate(s)
if computed == ecc:
return ECC_CHECK_OK
#print
#_print_bin(0, s.tostring())
#print "computed %02x %02x %02x" % tuple(computed)
#print "actual %02x %02x %02x" % tuple(ecc)
# ECC mismatch
cp_diff = (computed[0] ^ ecc[0]) & 0x77
lp0_diff = (computed[1] ^ ecc[1]) & 0x7F
lp1_diff = (computed[2] ^ ecc[2]) & 0x7F
lp_comp = lp0_diff ^ lp1_diff
cp_comp = (cp_diff >> 4) ^ (cp_diff & 0x07)
#print "%02x %02x %02x %02x %02x" % (cp_diff, lp0_diff, lp1_diff,
# lp_comp, cp_comp)
if lp_comp == 0x7F and cp_comp == 0x07:
print "corrected 1"
# correctable 1 bit error in data
s[lp1_diff] ^= 1 << (cp_diff >> 4)
return ECC_CHECK_CORRECTED
if ((cp_diff == 0 and lp0_diff == 0 and lp1_diff == 0)
or _popcount(lp_comp) + _popcount(cp_comp) == 1):
print "corrected 2"
# correctable 1 bit error in ECC
# (and/or one of the unused bits was set)
ecc[0] = computed[0]
ecc[1] = computed[1]
ecc[2] = computed[2]
return ECC_CHECK_CORRECTED
# uncorrectable error
return ECC_CHECK_FAILED
def ecc_calculate_page(page):
"""Return a list of the ECC codes for a PS2 memory card page."""
return [ecc_calculate(page[i * 128 : i * 128 + 128])
for i in range(div_round_up(len(page), 128))]
def ecc_check_page(page, spare):
"Check and correct any single bit errors in a PS2 memory card page."
failed = False
corrected = False
#chunks = [(array.array('B', page[i * 128 : i * 128 + 128]),
# map(ord, spare[i * 3 : i * 3 + 3]))
# for i in range(div_round_up(len(page), 128))]
chunks = []
for i in range(div_round_up(len(page), 128)):
a = array.array('B')
a.fromstring(page[i * 128 : i * 128 + 128])
chunks.append((a, map(ord, spare[i * 3 : i * 3 + 3])))
r = [ecc_check(s, ecc)
for (s, ecc) in chunks]
ret = ECC_CHECK_OK
if ECC_CHECK_CORRECTED in r:
# rebuild sector and spare from the corrected versions
page = "".join([a[0].tostring()
for a in chunks])
spare = "".join([chr(a[1][i])
for a in chunks
for i in range(3)])
ret = ECC_CHECK_CORRECTED
if ECC_CHECK_FAILED in r:
ret = ECC_CHECK_FAILED
return (ret, page, spare)
if mymcsup == None:
ecc_calculate = _ecc_calculate
ecc_check = _ecc_check
else:
# _c_ubyte_p = ctypes.POINTER(ctypes.c_ubyte)
def ecc_calculate(s):
aecc = array.array('B', "\0\0\0")
cecc = ctypes.c_ubyte.from_address(aecc.buffer_info()[0])
mymcsup.ecc_calculate(s, len(s), cecc)
return list(aecc)
def ecc_check(s, ecc):
cs = ctypes.c_ubyte.from_address(s.buffer_info()[0])
# print "%08X" % s.buffer_info()[0]
aecc = array.array('B', ecc)
cecc = ctypes.c_ubyte.from_address(aecc.buffer_info()[0])
ret = mymcsup.ecc_check(cs, len(s), cecc)
ecc[0] = aecc[0]
ecc[1] = aecc[1]
ecc[2] = aecc[2]
return ret

1262
ps2save.py

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@ -1,21 +1,21 @@
#
# round.py
#
# By Ross Ridge
# Public Domain
#
# Simple rounding functions.
#
_SCCS_ID = "@(#) mysc round.py 1.3 07/04/17 02:10:27\n"
def div_round_up(a, b):
return (a + b - 1) / b
def round_up(a, b):
return (a + b - 1) / b * b
def round_down(a, b):
return a / b * b
#
# round.py
#
# By Ross Ridge
# Public Domain
#
# Simple rounding functions.
#
_SCCS_ID = "@(#) mymc round.py 1.3 07/04/17 02:10:27\n"
def div_round_up(a, b):
return (a + b - 1) / b
def round_up(a, b):
return (a + b - 1) / b * b
def round_down(a, b):
return a / b * b

View File

@ -1,2 +1,2 @@
# automatically generated
shift_jis_normalize_table = {u'\uff81': u'\u30c1', u'\u3000': u' ', u'\uff85': u'\u30ca', u'\uff06': u'&', u'\uff89': u'\u30ce', u'\uff0a': u'*', u'\uff8d': u'\u30d8', u'\uff0e': u'.', u'\uff91': u'\u30e0', u'\uff12': u'2', u'\uff95': u'\u30e6', u'\uff16': u'6', u'\uff99': u'\u30eb', u'\u309b': u' \u3099', u'\uff1a': u':', u'\uff9d': u'\u30f3', u'\uff03': u'#', u'\uff1e': u'>', u'\uff22': u'B', u'\uff26': u'F', u'\uff2a': u'J', u'\u222c': u'\u222b\u222b', u'\uff2e': u'N', u'\uff32': u'R', u'\uff36': u'V', u'\uff3a': u'Z', u'\uff3e': u'^', u'\uff42': u'b', u'\uff46': u'f', u'\uff4a': u'j', u'\uff4e': u'n', u'\uff52': u'r', u'\uff56': u'v', u'\uff5a': u'z', u'\uff62': u'\u300c', u'\uffe5': u'\xa5', u'\uff66': u'\u30f2', u'\uff6a': u'\u30a7', u'\uff6e': u'\u30e7', u'\uff72': u'\u30a4', u'\uff76': u'\u30ab', u'\uff7a': u'\u30b3', u'\uff7e': u'\u30bb', u'\uff01': u'!', u'\uff82': u'\u30c4', u'\uff05': u'%', u'\uff86': u'\u30cb', u'\uff09': u')', u'\uff8a': u'\u30cf', u'\uff8e': u'\u30db', u'\uff11': u'1', u'\uff92': u'\u30e1', u'\uff15': u'5', u'\uff96': u'\u30e8', u'\uff19': u'9', u'\uff9a': u'\u30ec', u'\uff1d': u'=', u'\u309c': u' \u309a', u'\uff9e': u'\u3099', u'\uff21': u'A', u'\uff25': u'E', u'\uff29': u'I', u'\xa8': u' \u0308', u'\uff2d': u'M', u'\uff31': u'Q', u'\u2033': u'\u2032\u2032', u'\uff35': u'U', u'\xb4': u' \u0301', u'\uff39': u'Y', u'\uff3d': u']', u'\uff41': u'a', u'\uff45': u'e', u'\uff49': u'i', u'\uff4d': u'm', u'\uff51': u'q', u'\uff55': u'u', u'\uff59': u'y', u'\uff5d': u'}', u'\uff61': u'\u3002', u'\uff65': u'\u30fb', u'\uff69': u'\u30a5', u'\uff6d': u'\u30e5', u'\uff71': u'\u30a2', u'\uff75': u'\u30aa', u'\uff79': u'\u30b1', u'\uff7d': u'\u30b9', u'\uff83': u'\u30c6', u'\uff04': u'$', u'\uff87': u'\u30cc', u'\uff08': u'(', u'\uff8b': u'\u30d2', u'\uff0c': u',', u'\uff8f': u'\u30de', u'\uff10': u'0', u'\uff93': u'\u30e2', u'\uff14': u'4', u'\uff97': u'\u30e9', u'\uff18': u'8', u'\uff9b': u'\u30ed', u'\uff1c': u'<', u'\uff9f': u'\u309a', u'\uff20': u'@', u'\uff24': u'D', u'\u2026': u'...', u'\uff28': u'H', u'\uff2c': u'L', u'\uff30': u'P', u'\uff34': u'T', u'\uff38': u'X', u'\uff3c': u'\\', u'\uff40': u'`', u'\uff44': u'd', u'\uff48': u'h', u'\uff4c': u'l', u'\uff50': u'p', u'\uff54': u't', u'\uff58': u'x', u'\uff5c': u'|', u'\uffe3': u' \u0304', u'\uff64': u'\u3001', u'\uff68': u'\u30a3', u'\uff6c': u'\u30e3', u'\uff70': u'\u30fc', u'\uff74': u'\u30a8', u'\uff78': u'\u30af', u'\uff7c': u'\u30b7', u'\uff80': u'\u30bf', u'\u2103': u'\xb0C', u'\uff84': u'\u30c8', u'\uff88': u'\u30cd', u'\uff0b': u'+', u'\uff8c': u'\u30d5', u'\uff0f': u'/', u'\uff90': u'\u30df', u'\uff13': u'3', u'\uff94': u'\u30e4', u'\uff17': u'7', u'\uff98': u'\u30ea', u'\uff1b': u';', u'\uff9c': u'\u30ef', u'\uff1f': u'?', u'\uff23': u'C', u'\u2025': u'..', u'\uff27': u'G', u'\u212b': u'\xc5', u'\uff2f': u'O', u'\uff33': u'S', u'\uff37': u'W', u'\uff3b': u'[', u'\uff3f': u'_', u'\uff43': u'c', u'\uff47': u'g', u'\uff4b': u'k', u'\uff4f': u'o', u'\uff53': u's', u'\uff57': u'w', u'\uff5b': u'{', u'\uff63': u'\u300d', u'\uff67': u'\u30a1', u'\uff6b': u'\u30a9', u'\uff6f': u'\u30c3', u'\uff73': u'\u30a6', u'\uff77': u'\u30ad', u'\uff7b': u'\u30b5', u'\uff2b': u'K', u'\uff7f': u'\u30bd'}
# automatically generated
shift_jis_normalize_table = {u'\uff81': u'\u30c1', u'\u3000': u' ', u'\uff85': u'\u30ca', u'\uff06': u'&', u'\uff89': u'\u30ce', u'\uff0a': u'*', u'\uff8d': u'\u30d8', u'\uff0e': u'.', u'\uff91': u'\u30e0', u'\uff12': u'2', u'\uff95': u'\u30e6', u'\uff16': u'6', u'\uff99': u'\u30eb', u'\u309b': u' \u3099', u'\uff1a': u':', u'\uff9d': u'\u30f3', u'\uff03': u'#', u'\uff1e': u'>', u'\uff22': u'B', u'\uff26': u'F', u'\uff2a': u'J', u'\u222c': u'\u222b\u222b', u'\uff2e': u'N', u'\uff32': u'R', u'\uff36': u'V', u'\uff3a': u'Z', u'\uff3e': u'^', u'\uff42': u'b', u'\uff46': u'f', u'\uff4a': u'j', u'\uff4e': u'n', u'\uff52': u'r', u'\uff56': u'v', u'\uff5a': u'z', u'\uff62': u'\u300c', u'\uffe5': u'\xa5', u'\uff66': u'\u30f2', u'\uff6a': u'\u30a7', u'\uff6e': u'\u30e7', u'\uff72': u'\u30a4', u'\uff76': u'\u30ab', u'\uff7a': u'\u30b3', u'\uff7e': u'\u30bb', u'\uff01': u'!', u'\uff82': u'\u30c4', u'\uff05': u'%', u'\uff86': u'\u30cb', u'\uff09': u')', u'\uff8a': u'\u30cf', u'\uff8e': u'\u30db', u'\uff11': u'1', u'\uff92': u'\u30e1', u'\uff15': u'5', u'\uff96': u'\u30e8', u'\uff19': u'9', u'\uff9a': u'\u30ec', u'\uff1d': u'=', u'\u309c': u' \u309a', u'\uff9e': u'\u3099', u'\uff21': u'A', u'\uff25': u'E', u'\uff29': u'I', u'\xa8': u' \u0308', u'\uff2d': u'M', u'\uff31': u'Q', u'\u2033': u'\u2032\u2032', u'\uff35': u'U', u'\xb4': u' \u0301', u'\uff39': u'Y', u'\uff3d': u']', u'\uff41': u'a', u'\uff45': u'e', u'\uff49': u'i', u'\uff4d': u'm', u'\uff51': u'q', u'\uff55': u'u', u'\uff59': u'y', u'\uff5d': u'}', u'\uff61': u'\u3002', u'\uff65': u'\u30fb', u'\uff69': u'\u30a5', u'\uff6d': u'\u30e5', u'\uff71': u'\u30a2', u'\uff75': u'\u30aa', u'\uff79': u'\u30b1', u'\uff7d': u'\u30b9', u'\uff83': u'\u30c6', u'\uff04': u'$', u'\uff87': u'\u30cc', u'\uff08': u'(', u'\uff8b': u'\u30d2', u'\uff0c': u',', u'\uff8f': u'\u30de', u'\uff10': u'0', u'\uff93': u'\u30e2', u'\uff14': u'4', u'\uff97': u'\u30e9', u'\uff18': u'8', u'\uff9b': u'\u30ed', u'\uff1c': u'<', u'\uff9f': u'\u309a', u'\uff20': u'@', u'\uff24': u'D', u'\u2026': u'...', u'\uff28': u'H', u'\uff2c': u'L', u'\uff30': u'P', u'\uff34': u'T', u'\uff38': u'X', u'\uff3c': u'\\', u'\uff40': u'`', u'\uff44': u'd', u'\uff48': u'h', u'\uff4c': u'l', u'\uff50': u'p', u'\uff54': u't', u'\uff58': u'x', u'\uff5c': u'|', u'\uffe3': u' \u0304', u'\uff64': u'\u3001', u'\uff68': u'\u30a3', u'\uff6c': u'\u30e3', u'\uff70': u'\u30fc', u'\uff74': u'\u30a8', u'\uff78': u'\u30af', u'\uff7c': u'\u30b7', u'\uff80': u'\u30bf', u'\u2103': u'\xb0C', u'\uff84': u'\u30c8', u'\uff88': u'\u30cd', u'\uff0b': u'+', u'\uff8c': u'\u30d5', u'\uff0f': u'/', u'\uff90': u'\u30df', u'\uff13': u'3', u'\uff94': u'\u30e4', u'\uff17': u'7', u'\uff98': u'\u30ea', u'\uff1b': u';', u'\uff9c': u'\u30ef', u'\uff1f': u'?', u'\uff23': u'C', u'\u2025': u'..', u'\uff27': u'G', u'\u212b': u'\xc5', u'\uff2f': u'O', u'\uff33': u'S', u'\uff37': u'W', u'\uff3b': u'[', u'\uff3f': u'_', u'\uff43': u'c', u'\uff47': u'g', u'\uff4b': u'k', u'\uff4f': u'o', u'\uff53': u's', u'\uff57': u'w', u'\uff5b': u'{', u'\uff63': u'\u300d', u'\uff67': u'\u30a1', u'\uff6b': u'\u30a9', u'\uff6f': u'\u30c3', u'\uff73': u'\u30a6', u'\uff77': u'\u30ad', u'\uff7b': u'\u30b5', u'\uff2b': u'K', u'\uff7f': u'\u30bd'}

View File

@ -1,2 +1,2 @@
MYMC_VERSION_BUILD = r'''6'''
MYMC_VERSION_MAJOR = r'''2'''
MYMC_VERSION_BUILD = r'''7'''
MYMC_VERSION_MAJOR = r'''2'''