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-Added CRC header items for formats that don't store any other reference to the ROM file. 

--Added Checksum / GameCode for ImportVBM because those seem more relevant.
-ImportVMV has problems with resets. Not a high priority, but still something worth looking into.
-Parsed the header for ImportZMV. The remainder looks pretty ugly...
This commit is contained in:
brandman211 2012-09-15 18:46:41 +00:00
parent 61a1556f69
commit 5682f8dbe2
1 changed files with 155 additions and 53 deletions
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208
BizHawk.MultiClient/movie/MovieImport.cs
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@ -291,7 +291,9 @@ namespace BizHawk.MultiClient
else if (line.ToLower().StartsWith("sub"))
m = ImportTextSubtitle(line, m, path);
else if (line.ToLower().StartsWith("emuversion"))
m.Header.Comments.Add(EMULATIONORIGIN + " " + emulator + " version " + ParseHeader(line, "emuVersion"));
m.Header.Comments.Add(
EMULATIONORIGIN + " " + emulator + " version " + ParseHeader(line, "emuVersion")
);
else if (line.ToLower().StartsWith("version"))
{
string version = ParseHeader(line, "version");
@ -461,12 +463,12 @@ namespace BizHawk.MultiClient
// other: reserved, set to 0
bool syncHack = (((flags >> 4) & 1) == 1);
m.Header.Comments.Add(SYNCHACK + " " + syncHack.ToString());
/*
009 1-byte flags: reserved, set to 0
00A 1-byte flags: reserved, set to 0
00B 1-byte flags: reserved, set to 0
*/
r.ReadBytes(3);
// 009 1-byte flags: reserved, set to 0
r.ReadByte();
// 00A 1-byte flags: reserved, set to 0
r.ReadByte();
// 00B 1-byte flags: reserved, set to 0
r.ReadByte();
// 00C 4-byte little-endian unsigned int: number of frames
uint frameCount = r.ReadUInt32();
// 010 4-byte little-endian unsigned int: rerecord count
@ -735,8 +737,8 @@ namespace BizHawk.MultiClient
return m;
}
/*
The file format has no means of identifying NTSC/"PAL". It is always assumed that the game is NTSC - that is, 60
fps.
The file format has no means of identifying NTSC/"PAL". It is always assumed that the game is NTSC - that is,
60 fps.
*/
m.Header.SetHeaderLine("PAL", "False");
// 090 frame data begins here
@ -825,8 +827,9 @@ namespace BizHawk.MultiClient
// 016 special flags (Version A and up only)
byte flags = r.ReadByte();
/*
bit 7 (most significant): if "1", movie runs at 50 frames per second; if "0", movie runs at 60 frames per second
The file format has no means of identifying NTSC/"PAL", but the FPS can still be derived from the header.
bit 7 (most significant): if "1", movie runs at 50 frames per second; if "0", movie runs at 60 frames per
second The file format has no means of identifying NTSC/"PAL", but the FPS can still be derived from the
header.
*/
bool pal = (((flags >> 7) & 1) == 1);
m.Header.SetHeaderLine("PAL", pal.ToString());
@ -851,8 +854,8 @@ namespace BizHawk.MultiClient
MnemonicsGenerator mg = new MnemonicsGenerator();
/*
040 frame data
For controller bytes, each value is determined by OR-ing together values for whichever of the following are left
unpressed:
For controller bytes, each value is determined by OR-ing together values for whichever of the following are
left unpressed:
* 0x01 Up
* 0x02 Down
* 0x04 Left
@ -1001,6 +1004,7 @@ namespace BizHawk.MultiClient
else if (item.name.StartsWith("moviesram."))
{
errorMsg = "Movies that begin with SRAM are not supported.";
hf.Unbind();
return null;
}
else if (item.name == "rerecords")
@ -1102,8 +1106,9 @@ namespace BizHawk.MultiClient
{
{
/*
Normally, NES receives from 5 input ports, where the first 4 have a length of 1 byte, and the last has a
length of 0. For the sake of simplicity, it is interpreted as 4 ports of 1 byte length for re-recording.
Normally, NES receives from 5 input ports, where the first 4 have a length of 1 byte, and the last has
a length of 0. For the sake of simplicity, it is interpreted as 4 ports of 1 byte length for
re-recording.
*/
"nes", new Dictionary<string, object>
{
@ -1337,8 +1342,8 @@ namespace BizHawk.MultiClient
return null;
}
/*
Individual blocks begin with an 8-byte header, consisting of a 4-byte signature and a 4-byte length (which does
not include the length of the block header).
Individual blocks begin with an 8-byte header, consisting of a 4-byte signature and a 4-byte length (which
does not include the length of the block header).
The final block in the file is of type "NMOV"
*/
string header = r.ReadStringFixedAscii(4);
@ -1355,8 +1360,8 @@ namespace BizHawk.MultiClient
// 001 1-byte controller #2 type (or four-score mask, see below)
byte controller2 = r.ReadByte();
/*
Controller data is variant, depending on which controllers are attached at the time of recording. The following
controllers are implemented:
Controller data is variant, depending on which controllers are attached at the time of recording. The
following controllers are implemented:
* 0 - Unconnected
* 1 - Standard Controller (1 byte)
* 2 - Zapper (3 bytes)
@ -1420,8 +1425,8 @@ namespace BizHawk.MultiClient
// 002 1-byte expansion port controller type
byte expansion = r.ReadByte();
/*
The expansion port can potentially have an additional controller connected. The following expansion controllers
are implemented:
The expansion port can potentially have an additional controller connected. The following expansion
controllers are implemented:
* 0 - Unconnected
* 1 - Famicom 4-player adapter (2 bytes)
* 2 - Famicom Arkanoid paddle (2 bytes)
@ -1572,7 +1577,11 @@ namespace BizHawk.MultiClient
* bit 4: controller 5 in use
* other: reserved, set to 0
*/
for (int controller = 1; controller <= 5; controller++)
SimpleController controllers = new SimpleController();
controllers.Type = new ControllerDefinition();
controllers.Type.Name = "SNES Controller";
MnemonicsGenerator mg = new MnemonicsGenerator();
for (int controller = 1; controller <= Global.PLAYERS[controllers.Type.Name]; controller++)
if (((controllerFlags >> (controller - 1)) & 0x1) != 0)
players++;
// 015 1-byte flags "movie options"
@ -1662,10 +1671,6 @@ namespace BizHawk.MultiClient
m.Header.SetHeaderLine(MovieHeader.GAMENAME, gameName);
}
r.BaseStream.Position = firstFrameOffset;
SimpleController controllers = new SimpleController();
controllers.Type = new ControllerDefinition();
controllers.Type.Name = "SNES Controller";
MnemonicsGenerator mg = new MnemonicsGenerator();
/*
01 00 (reserved)
02 00 (reserved)
@ -1744,7 +1749,7 @@ namespace BizHawk.MultiClient
break;
}
if (warningMsg != "" && peripheral != "")
warningMsg = peripheral;
warningMsg = "Unable to import " + peripheral + ".";
}
ushort controllerState = (ushort)(((controllerState1 << 4) & 0x0F00) | controllerState2);
for (int button = 0; button < buttons.Length; button++)
@ -1898,8 +1903,8 @@ namespace BizHawk.MultiClient
* laggy GBA timing.
* bit 5: (gbcHdma5Fix) if "0" and the movie is of a GBC game, the movie was made using the old buggy HDMA5
* timing.
* bit 6: (echoRAMFix) if "1" and the movie is of a GB, GBC, or SGB game, the movie was made with Echo RAM Fix
* on, otherwise it was made with Echo RAM Fix off.
* bit 6: (echoRAMFix) if "1" and the movie is of a GB, GBC, or SGB game, the movie was made with Echo RAM
* Fix on, otherwise it was made with Echo RAM Fix off.
* bit 7: reserved, set to 0.
*/
/*
@ -1924,12 +1929,16 @@ namespace BizHawk.MultiClient
032 2-byte little-endian unsigned short: the internal Checksum of the ROM used while recording, or a
calculated CRC16 of the BIOS if GBA
*/
r.ReadBytes(2);
ushort checksum = r.ReadUInt16();
/*
034 4-byte little-endian unsigned int: the Game Code of the ROM used while recording, or the Unit Code if not
GBA
*/
r.ReadBytes(4);
uint gameCode = r.ReadUInt32();
if (platform == "GBA")
m.Header.SetHeaderLine("GameCode", gameCode.ToString());
else
m.Header.SetHeaderLine("Checksum", checksum.ToString());
// 038 4-byte little-endian unsigned int: offset to the savestate or SRAM inside file, set to 0 if unused
r.ReadBytes(4);
// 03C 4-byte little-endian unsigned int: offset to the controller data inside file
@ -1973,8 +1982,8 @@ namespace BizHawk.MultiClient
for (int frame = 1; frame <= frameCount; frame++)
{
/*
A stream of 2-byte bitvectors which indicate which buttons are pressed at each point in time. They will come
in groups of however many controllers are active, in increasing order.
A stream of 2-byte bitvectors which indicate which buttons are pressed at each point in time. They will
come in groups of however many controllers are active, in increasing order.
*/
ushort controllerState = r.ReadUInt16();
for (int button = 0; button < buttons.Length; button++)
@ -2054,12 +2063,12 @@ namespace BizHawk.MultiClient
bit 7: disable rerecording
Other bits: reserved, set to 0
*/
/*
014 DWORD Ext0; // ROM:program CRC FDS:program ID
018 WORD Ext1; // ROM:unused,0 FDS:maker ID
01A WORD Ext2; // ROM:unused,0 FDS:disk no.
*/
r.ReadUInt64();
// 014 DWORD Ext0; // ROM:program CRC FDS:program ID
r.ReadBytes(4);
// 018 WORD Ext1; // ROM:unused,0 FDS:maker ID
r.ReadBytes(2);
// 01A WORD Ext2; // ROM:unused,0 FDS:disk no.
r.ReadBytes(2);
// 01C 4-byte little-endian integer: rerecord count
uint rerecordCount = r.ReadUInt32();
m.Rerecords = (int)rerecordCount;
@ -2068,25 +2077,28 @@ namespace BizHawk.MultiClient
0=POST_ALL,1=PRE_ALL
2=POST_RENDER,3=PRE_RENDER
4=TILE_RENDER
021 BYTE IRQtype // IRQ type
022 BYTE FrameIRQ // FrameIRQ not allowed
*/
r.ReadBytes(3);
r.ReadByte();
// 021 BYTE IRQtype // IRQ type
r.ReadByte();
// 022 BYTE FrameIRQ // FrameIRQ not allowed
r.ReadByte();
// 023 1-byte flag: 0=NTSC (60 Hz), 1="PAL" (50 Hz)
bool pal = (r.ReadByte() == 1);
m.Header.SetHeaderLine("PAL", pal.ToString());
/*
024 8-bytes: reserved, set to 0
02C 4-byte little-endian integer: save state start offset
030 4-byte little-endian integer: save state end offset
*/
r.ReadBytes(16);
// 024 8-bytes: reserved, set to 0
r.ReadBytes(8);
// 02C 4-byte little-endian integer: save state start offset
r.ReadBytes(4);
// 030 4-byte little-endian integer: save state end offset
r.ReadBytes(4);
// 034 4-byte little-endian integer: movie data offset
uint firstFrameOffset = r.ReadUInt32();
// 038 4-byte little-endian integer: movie frame count
uint frameCount = r.ReadUInt32();
// 03C 4-byte little-endian integer: CRC (CRC excluding this data(to prevent cheating))
r.ReadUInt32();
int crc32 = r.ReadInt32();
m.Header.SetHeaderLine("CRC32", crc32.ToString());
if (!controller1 && !controller2 && !controller3 && !controller4)
{
warningMsg = "No input recorded.";
@ -2116,9 +2128,9 @@ namespace BizHawk.MultiClient
/*
For the other control bytes, if a key from 1P to 4P (whichever one) is entirely ON, the following 4 bytes
becomes the controller data (TODO: Figure out what this means).
Each frame consists of 1 or more bytes. Controller 1 takes 1 byte, controller 2 takes 1 byte, controller 3
takes 1 byte, and controller 4 takes 1 byte. If all four exist, the frame is 4 bytes. For example, if the
movie only has controller 1 data, a frame is 1 byte.
Each frame consists of 1 or more bytes. Controller 1 takes 1 byte, controller 2 takes 1 byte, controller
3 takes 1 byte, and controller 4 takes 1 byte. If all four exist, the frame is 4 bytes. For example, if
the movie only has controller 1 data, a frame is 1 byte.
*/
for (int player = 1; player <= masks.Length; player++)
{
@ -2143,7 +2155,97 @@ namespace BizHawk.MultiClient
errorMsg = "";
warningMsg = "";
Movie m = new Movie(path + "." + Global.Config.MovieExtension);
// TODO: Import.
FileStream fs = new FileStream(path, FileMode.Open, FileAccess.Read);
BinaryReader r = new BinaryReader(fs);
// 000 3-byte signature: 5A 4D 56 "ZMV"
string signature = r.ReadStringFixedAscii(3);
if (signature != "ZMV")
{
errorMsg = "This is not a valid .ZMV file.";
r.Close();
fs.Close();
return null;
}
m.Header.SetHeaderLine(MovieHeader.PLATFORM, "SNES");
// 003 2-byte little-endian unsigned int: zsnes version number
short version = r.ReadInt16();
// 005 4-byte little-endian integer: CRC32 of the ROM
int crc32 = r.ReadInt32();
m.Header.SetHeaderLine("CRC32", crc32.ToString());
// 009 4-byte little-endian unsigned int: number of frames
uint frameCount = r.ReadUInt32();
// 00D 4-byte little-endian unsigned int: number of rerecords
uint rerecordCount = r.ReadUInt32();
m.Rerecords = (int)rerecordCount;
// 011 4-byte little-endian unsigned int: number of frames removed by rerecord
r.ReadBytes(4);
// 015 4-byte little-endian unsigned int: number of frames advanced step by step
r.ReadBytes(4);
// 016 1-byte: average recording frames per second
r.ReadByte();
// 020 4-byte little-endian unsigned int: number of key combos
r.ReadBytes(4);
// 01E 2-byte little-endian unsigned int: number of internal chapters
r.ReadBytes(2);
// 020 2-byte little-endian unsigned int: length of the author name field in bytes
ushort authorSize = r.ReadUInt16();
// 022 3-byte little-endian unsigned int: size of an uncompressed save state in bytes
r.ReadBytes(3);
/*
025 1-byte flags: initial input configuration
bit 7: first input enabled
bit 6: second input enabled
bit 5: third input enabled
bit 4: fourth input enabled
bit 3: fifth input enabled
bit 2: first mouse input enabled
bit 1: second mouse input enabled
bit 0: super scope input enabled
*/
byte controllerFlags = r.ReadByte();
if ((controllerFlags & 0x1) != 0)
warningMsg = "Super Scope";
controllerFlags >>= 1;
if ((controllerFlags & 0x1) != 0 && warningMsg != "")
warningMsg = "Mouse";
controllerFlags >>= 1;
if (warningMsg != "")
warningMsg = "Unable to import " + warningMsg + ".";
// 026 1-byte: reserved
r.ReadByte();
// 027 1-byte flags:
byte movieFlags = r.ReadByte();
byte begins = (byte)(movieFlags & 0xC0);
/*
bits 7,6:
if "00", movie begins from savestate
*/
if (begins == 0x00)
{
errorMsg = "Movies that begin with a savestate are not supported.";
r.Close();
fs.Close();
return null;
}
// if "10", movie begins from reset
// if "01", movie begins from power-on
if (begins == 0x40)
{
errorMsg = "Movies that begin with SRAM are not supported.";
r.Close();
fs.Close();
return null;
}
// if "11", movie begins from power-on with SRAM clear
// bit 5: if "0", movie is NTSC (60 fps); if "1", movie is PAL (50 fps)
bool pal = (((movieFlags >> 5) & 0x1) != 0);
m.Header.SetHeaderLine("PAL", pal.ToString());
// other: reserved, set to 0
/*
028 3-byte little-endian unsigned int: initial save state size, highest bit specifies compression, next 23
specifies size
*/
r.ReadBytes(3);
return m;
}
}