thorn/kep-hack
1
0
Fork 0
mirror of https://github.com/thornAvery/kep-hack.git synced 2025-11-14 00:56:40 +13:00
Code Issues Actions Packages Projects Releases Wiki Activity

Merge stag019/pokered

Browse source 
hg-commit-id: 601e69ebe196
This commit is contained in:
Bryan Bishop 2012-01-26 12:53:18 -06:00
parent 501c8e03b0 b42672a0a0
commit 5ca3748f4c
10 changed files with 1998 additions and 97 deletions
Show stats Download patch file Download diff file Expand all files Collapse all files

31
constants.asm
View file

@ -89,9 +89,36 @@ TX_RAM: MACRO
; wram locations
; coordinates of the position of the cursor for the top menu item (id 0)
W_TOPMENUITEMY EQU $CC24
W_TOPMENUITEMX EQU $CC25
; the id of the currently selected menu item
; the top item has id 0, the one below that has id 1, etc.
W_CURMENUITEMID EQU $CC26
; the tile that was behind the menu cursor's current location
W_TILEBEHINDCURSOR EQU $CC27
W_MAXMENUITEMID EQU $CC28 ; id of the bottom menu item
W_MENUWATCHEDKEYS EQU $CC29 ; bit mask of keys that the menu will respond to
W_OLDMENUITEMID EQU $CC2A ; id of previously selected menu item
; how many times should HandleMenuInput poll the joypad state before it returns?
W_MENUJOYPADPOLLCOUNT EQU $CC34
W_PLAYERMOVELISTINDEX EQU $CC2E
W_PLAYERMONNUMBER EQU $CC2F
; the address of the menu cursor's current location within C3A0-C507
W_MENUCURSORLOCATION EQU $CC30 ; 2 bytes
; set to 1 if you can go from the bottom to the top or top to bottom of a menu
; set to 0 if you can't go past the top or bottom of the menu
W_MENUWRAPPINGENABLED EQU $CC4A
; current HP of player and enemy substitutes
W_PLAYERSUBSITUTEHP EQU $CCD7
W_ENEMYSUBSITUTEHP EQU $CCD8
@ -699,6 +726,10 @@ W_BOXITEM50QTY EQU $D59E
W_SAFARITIMER1 EQU $D70D ; use 01 for maximum
W_SAFARITIMER2 EQU $D70E ; use F4 for maximum
; counters for blinking down arrow
H_DOWNARROWBLINKCNT1 EQU $FF8B
H_DOWNARROWBLINKCNT2 EQU $FF8C
; Note: the following multiplication and division addresses are used for multiple purposes
; and so they overlap with each other

333
main.asm
View file

@ -4847,7 +4847,338 @@ AddNTimes: ; 3A87
jr nz,.loop\@
ret
INCBIN "baserom.gbc",$3A8E,$3C49 - $3A8E
; Compare strings, c bytes in length, at de and hl.
; Often used to compare big endian numbers in battle calculations.
StringCmp: ; 3A8E
ld a,[de]
cp [hl]
ret nz
inc de
inc hl
dec c
jr nz,StringCmp
ret
; INPUT:
; a = oam block index (each block is 4 oam entries)
; b = Y coordinate of upper left corner of sprite
; c = X coordinate of upper left corner of sprite
; de = base address of 4 tile number and attribute pairs
WriteOAMBlock: ; 3A97
ld h,$c3
swap a ; multiply by 16
ld l,a
call .writeOneEntry\@ ; upper left
push bc
ld a,8
add c
ld c,a
call .writeOneEntry\@ ; upper right
pop bc
ld a,8
add b
ld b,a
call .writeOneEntry\@ ; lower left
ld a,8
add c
ld c,a
; lower right
.writeOneEntry\@
ld [hl],b ; Y coordinate
inc hl
ld [hl],c ; X coordinate
inc hl
ld a,[de] ; tile number
inc de
ld [hli],a
ld a,[de] ; attribute
inc de
ld [hli],a
ret
HandleMenuInput: ; 3ABE
xor a
ld [$d09b],a
HandleMenuInputPokemonSelection: ; 3AC2
ld a,[H_DOWNARROWBLINKCNT1]
push af
ld a,[H_DOWNARROWBLINKCNT2]
push af ; save existing values on stack
xor a
ld [H_DOWNARROWBLINKCNT1],a ; blinking down arrow timing value 1
ld a,$06
ld [H_DOWNARROWBLINKCNT2],a ; blinking down arrow timing value 2
.loop1\@
xor a
ld [$d08b],a ; counter for pokemon shaking animation
call PlaceMenuCursor
call Delay3
.loop2\@
push hl
ld a,[$d09b]
and a ; is it a pokemon selection menu?
jr z,.getJoypadState\@
ld b,$1c
ld hl,$56ff ; shake mini sprite of selected pokemon
call Bankswitch
.getJoypadState\@
pop hl
call GetJoypadStateLowSensitivity
ld a,[$ffb5]
and a ; was a key pressed?
jr nz,.keyPressed\@
push hl
FuncCoord 18,11 ; coordinates of blinking down arrow in some menus
ld hl,Coord
call $3c04 ; blink down arrow (if any)
pop hl
ld a,[W_MENUJOYPADPOLLCOUNT]
dec a
jr z,.giveUpWaiting\@
jr .loop2\@
.giveUpWaiting\@
; if a key wasn't pressed within the specified number of checks
pop af
ld [H_DOWNARROWBLINKCNT2],a
pop af
ld [H_DOWNARROWBLINKCNT1],a ; restore previous values
xor a
ld [W_MENUWRAPPINGENABLED],a ; disable menu wrapping
ret
.keyPressed\@
xor a
ld [$cc4b],a
ld a,[$ffb5]
ld b,a
bit 6,a ; pressed Up key?
jr z,.checkIfDownPressed\@
.upPressed\@
ld a,[W_CURMENUITEMID] ; selected menu item
and a ; already at the top of the menu?
jr z,.alreadyAtTop\@
.notAtTop\@
dec a
ld [W_CURMENUITEMID],a ; move selected menu item up one space
jr .checkOtherKeys\@
.alreadyAtTop\@
ld a,[W_MENUWRAPPINGENABLED]
and a ; is wrapping around enabled?
jr z,.noWrappingAround\@
ld a,[W_MAXMENUITEMID]
ld [W_CURMENUITEMID],a ; wrap to the bottom of the menu
jr .checkOtherKeys\@
.checkIfDownPressed\@
bit 7,a
jr z,.checkOtherKeys\@
.downPressed\@
ld a,[W_CURMENUITEMID]
inc a
ld c,a
ld a,[W_MAXMENUITEMID]
cp c
jr nc,.notAtBottom\@
.alreadyAtBottom\@
ld a,[W_MENUWRAPPINGENABLED]
and a ; is wrapping around enabled?
jr z,.noWrappingAround\@
ld c,$00 ; wrap from bottom to top
.notAtBottom\@
ld a,c
ld [W_CURMENUITEMID],a
.checkOtherKeys\@
ld a,[W_MENUWATCHEDKEYS]
and b ; does the menu care about any of the pressed keys?
jp z,.loop1\@
.checkIfAButtonOrBButtonPressed\@
ld a,[$ffb5]
and a,%00000011 ; pressed A button or B button?
jr z,.skipPlayingSound\@
.AButtonOrBButtonPressed\@
push hl
ld hl,$cd60
bit 5,[hl]
pop hl
jr nz,.skipPlayingSound\@
ld a,$90
call $23b1 ; play sound
.skipPlayingSound\@
pop af
ld [H_DOWNARROWBLINKCNT2],a
pop af
ld [H_DOWNARROWBLINKCNT1],a ; restore previous values
xor a
ld [W_MENUWRAPPINGENABLED],a ; disable menu wrapping
ld a,[$ffb5]
ret
.noWrappingAround\@
ld a,[$cc37]
and a ; should we return if the user tried to go past the top or bottom?
jr z,.checkOtherKeys\@
jr .checkIfAButtonOrBButtonPressed\@
PlaceMenuCursor: ; 3B7C
ld a,[W_TOPMENUITEMY]
and a ; is the y coordinate 0?
jr z,.adjustForXCoord\@
ld hl,$c3a0
ld bc,20 ; screen width
.topMenuItemLoop\@
add hl,bc
dec a
jr nz,.topMenuItemLoop\@
.adjustForXCoord\@
ld a,[W_TOPMENUITEMX]
ld b,$00
ld c,a
add hl,bc
push hl
ld a,[W_OLDMENUITEMID]
and a ; was the previous menu id 0?
jr z,.checkForArrow1\@
push af
ld a,[$fff6]
bit 1,a ; is the menu double spaced?
jr z,.doubleSpaced1\@
ld bc,20
jr .getOldMenuItemScreenPosition\@
.doubleSpaced1\@
ld bc,40
.getOldMenuItemScreenPosition\@
pop af
.oldMenuItemLoop\@
add hl,bc
dec a
jr nz,.oldMenuItemLoop\@
.checkForArrow1\@
ld a,[hl]
cp a,$ed ; was an arrow next to the previously selected menu item?
jr nz,.skipClearingArrow\@
.clearArrow\@
ld a,[W_TILEBEHINDCURSOR]
ld [hl],a
.skipClearingArrow\@
pop hl
ld a,[W_CURMENUITEMID]
and a
jr z,.checkForArrow2\@
push af
ld a,[$fff6]
bit 1,a ; is the menu double spaced?
jr z,.doubleSpaced2\@
ld bc,20
jr .getCurrentMenuItemScreenPosition\@
.doubleSpaced2\@
ld bc,40
.getCurrentMenuItemScreenPosition\@
pop af
.currentMenuItemLoop\@
add hl,bc
dec a
jr nz,.currentMenuItemLoop\@
.checkForArrow2\@
ld a,[hl]
cp a,$ed ; has the right arrow already been placed?
jr z,.skipSavingTile\@ ; if so, don't lose the saved tile
ld [W_TILEBEHINDCURSOR],a ; save tile before overwriting with right arrow
.skipSavingTile\@
ld a,$ed ; place right arrow
ld [hl],a
ld a,l
ld [W_MENUCURSORLOCATION],a
ld a,h
ld [W_MENUCURSORLOCATION + 1],a
ld a,[W_CURMENUITEMID]
ld [W_OLDMENUITEMID],a
ret
; Used when swapping positions of items in a list menu.
; The item that the user selects first is marked with an outline of a right arrow
; to distinguish it from the arrow being used to select the second item.
PlaceUnfilledArrowMenuCursor: ; 3BEC
ld b,a
ld a,[W_MENUCURSORLOCATION]
ld l,a
ld a,[W_MENUCURSORLOCATION + 1]
ld h,a
ld [hl],$ec ; outline of right arrow
ld a,b
ret
; Replaces the menu cursor with a blank space.
EraseMenuCursor: ; 3BF9
ld a,[W_MENUCURSORLOCATION]
ld l,a
ld a,[W_MENUCURSORLOCATION + 1]
ld h,a
ld [hl],$7f ; blank space
ret
; This toggles a blinking down arrow at hl on and off after a delay has passed.
; This is often called even when no blinking is occurring.
; The reason is that most functions that call this initialize H_DOWNARROWBLINKCNT1 to 0.
; The effect is that if the tile at hl is initialized with a down arrow,
; this function will toggle that down arrow on and off, but if the tile isn't
; initliazed with a down arrow, this function does nothing.
; That allows this to be called without worrying about if a down arrow should
; be blinking.
HandleDownArrowBlinkTiming: ; 3C04
ld a,[hl]
ld b,a
ld a,$ee ; down arrow
cp b
jr nz,.downArrowOff\@
.downArrowOn\@
ld a,[H_DOWNARROWBLINKCNT1]
dec a
ld [H_DOWNARROWBLINKCNT1],a
ret nz
ld a,[H_DOWNARROWBLINKCNT2]
dec a
ld [H_DOWNARROWBLINKCNT2],a
ret nz
ld a,$7f ; blank space
ld [hl],a
ld a,$ff
ld [H_DOWNARROWBLINKCNT1],a
ld a,$06
ld [H_DOWNARROWBLINKCNT2],a
ret
.downArrowOff\@
ld a,[H_DOWNARROWBLINKCNT1]
and a
ret z
dec a
ld [H_DOWNARROWBLINKCNT1],a
ret nz
dec a
ld [H_DOWNARROWBLINKCNT1],a
ld a,[H_DOWNARROWBLINKCNT2]
dec a
ld [H_DOWNARROWBLINKCNT2],a
ret nz
ld a,$06
ld [H_DOWNARROWBLINKCNT2],a
ld a,$ee ; down arrow
ld [hl],a
ret
; The following code either enables or disables the automatic drawing of
; text boxes by DisplayTextID. Both functions cause DisplayTextID to wait
; for a button press after displaying text (unless [$cc47] is set).
EnableAutoTextBoxDrawing: ; 3C3C
xor a
jr AutoTextBoxDrawingCommon
DisableAutoTextBoxDrawing: ; 3C3F
ld a,$01
AutoTextBoxDrawingCommon: ; 3C41
ld [$cf0c],a ; control text box drawing
xor a
ld [$cc3c],a ; make DisplayTextID wait for button press
ret
PrintText: ; 3C49
; given a pointer in hl, print the text there

1290
music.asm
View file

File diff suppressed because it is too large Load diff

6
music/pokeredmusicdisasm/AbstractData.h
View file

@ -10,11 +10,11 @@ public:
AbstractData();
virtual std::string GenAsm(); // Generate Assembly Output
virtual bool IsValid(unsigned char* byte); // Check for byte validity
virtual bool Parse(unsigned char* byte); // Parse Given Data
virtual unsigned int Arguments(); // Number of arguments taken
virtual bool GetError(); // Get Error (No Write, Error is read only)
virtual bool GetError(); // Get Error (No Write, Error is read only)
virtual bool IsValid(unsigned char* byte); // Check for byte validity
virtual unsigned int Arguments(); // Number of arguments taken
protected:
bool error; // Whether there's an error in parsing or not

204
music/pokeredmusicdisasm/Parser.cpp
View file

@ -18,6 +18,7 @@ Parser::Parser(std::string filename)
fileLength = 0;
filePos = 0;
stop = false;
stopAddress = 0;
SetFilename(filename);
}
@ -63,7 +64,9 @@ string Parser::GetParsedAsm()
for(unsigned int i = 0; i < parsedString.size(); i++)
{
tmpStr += parsedString[i] + "\n";
// Ensure each line isn't already a new-line, this prevents double or tripple empty lines from piling up
if(parsedString[i] != "\n") tmpStr += parsedString[i] + "\n";
else tmpStr += parsedString[i];
}
return tmpStr;
@ -87,6 +90,8 @@ void Parser::Read()
// Read filedata
tmpFile.read(rawBytes, fileLength);
tmpFile.close();
rawBytesFixed = (unsigned char*)rawBytes;
}
// Code Operations
@ -96,114 +101,165 @@ void Parser::Parse(unsigned int offset)
ParseNext();
}
template<class T>
bool Parser::ParseData(unsigned int& pos, bool reado)
{
// Create the class to use if correct and a dummy class for validating
T* tmpC = 0;
T dummy;
// If the bytes are this data type then create and save it
if(dummy.IsValid(&rawBytesFixed[pos]))
{
// Ensure this whole opperation isn't read-only (just peeking)
if(!reado)
{
// Initialize the class
tmpC = new T(&rawBytesFixed[pos]);
// Push it onto the stack and it's assembly generation onto the output class
parsedBytes.push_back(tmpC); //
parsedString.push_back(tmpC->GenAsm());
// If the class had any arguments, increment the counter that much forward
pos += tmpC->Arguments();
}
return true; // Let the code know this class was valid
}
return false; // Let the code know this class wasn't valid
}
void Parser::ParseNext() // Parses the block immidiately following
{
stringstream tmpStr;
unsigned char* rawBytesFixed = (unsigned char*)rawBytes;
stop = false;
// Smart generation
bool indent = false;
bool firstNonNote = false; // First byte wasn't a note or octacve switch, add ";Setup" comment
bool firstNote = false; // First note or octave
bool firstNonNote = false; // (unused so far)First byte wasn't a note or octacve switch, add ";Setup" comment
bool firstNote = false; // (unused so far) First note or octave
unsigned char lDataType = DATA_NA;
stringstream pos;
pos << "; " << hex << uppercase << (unsigned int)filePos;
parsedString.push_back(pos.str());
unsigned int count = 1; // Counter for processed instructions
for(unsigned int i = filePos; (i <= fileLength) && (stop == false); i++)
{
// There's a way to make this block shorter but for now it does it's job
// First peek to see what kind of data it is, then perform any pre and post setup
if(ParseData<Call>(i, true))
{
if(lDataType == DATA_NOTE) parsedString.push_back("\n"); // Insert a newline after notes
// Check to see if it's the correct data type and if so then use it
if(tmpCall.IsValid(&rawBytesFixed[i])) // Should have made IsValid static
ParseData<Call>(i);
lDataType = DATA_CALL;
}
else if(ParseData<Duty>(i, true))
{
// Call data type
if(lDataType == DATA_NOTE) parsedString.push_back("\n"); // Insert a newline after notes
// Create data type then move the increment pointer further up as needed
parsedBytes.push_back(new Call(&rawBytesFixed[i]));
parsedString.push_back(parsedBytes[parsedBytes.size() - 1]->GenAsm());
i += tmpCall.Arguments(); // should have made Arguments static
ParseData<Duty>(i);
lDataType = DATA_DUTY;
}
else if(ParseData<Jump>(i, true))
{
if(lDataType == DATA_NOTE) parsedString.push_back("\n"); // Insert a newline after notes
Call* _tmp = (Call*)parsedBytes[parsedBytes.size() - 1];
ParseData<Jump>(i);
lDataType = DATA_JUMP;
}
else if(tmpDuty.IsValid(&rawBytesFixed[i]))
else if(ParseData<Modulation>(i, true))
{
// Duty data type
parsedBytes.push_back(new Duty(&rawBytesFixed[i]));
parsedString.push_back(parsedBytes[parsedBytes.size() - 1]->GenAsm());
i += tmpDuty.Arguments();
}
else if(tmpJump.IsValid(&rawBytesFixed[i]))
{
// Jump data type
parsedBytes.push_back(new Jump(&rawBytesFixed[i]));
parsedString.push_back(parsedBytes[parsedBytes.size() - 1]->GenAsm());
i += tmpJump.Arguments();
if(lDataType == DATA_NOTE) parsedString.push_back("\n"); // Insert a newline after notes
Jump* _tmp = (Jump*)parsedBytes[parsedBytes.size() - 1];
ParseData<Modulation>(i);
lDataType = DATA_MODULATION;
}
else if(tmpModulation.IsValid(&rawBytesFixed[i]))
else if(ParseData<Note>(i, true))
{
// Modulation data type
parsedBytes.push_back(new Modulation(&rawBytesFixed[i]));
parsedString.push_back(parsedBytes[parsedBytes.size() - 1]->GenAsm());
i += tmpModulation.Arguments();
}
else if(tmpNote.IsValid(&rawBytesFixed[i]))
{
// Note data type
parsedBytes.push_back(new Note(&rawBytesFixed[i]));
parsedString.push_back(parsedBytes[parsedBytes.size() - 1]->GenAsm());
i += tmpNote.Arguments();
}
else if(tmpOctave.IsValid(&rawBytesFixed[i]))
{
// Octave data type
parsedBytes.push_back(new Octave(&rawBytesFixed[i]));
parsedString.push_back("\n" + parsedBytes[parsedBytes.size() - 1]->GenAsm());
i += tmpOctave.Arguments();
}
else if(tmpStop.IsValid(&rawBytesFixed[i]))
{
// Stop data type
parsedBytes.push_back(new Stop(&rawBytesFixed[i]));
parsedString.push_back(parsedBytes[parsedBytes.size() - 1]->GenAsm());
i += tmpStop.Arguments();
// Insert a newline after certain types
if((lDataType == DATA_UNKCODE) ||
(lDataType == DATA_UNKEB)) parsedString.push_back("\n");
stop = true; // Stop all further processing, we've reached the end of the song
// If the previous item was a rest note then insert a new line
else if(lDataType == DATA_NOTE)
{
Note* _tmpNote = (Note*)parsedBytes[parsedBytes.size() - 1];
if(_tmpNote->GetPitch() == _tmpNote->noteRst) parsedString.push_back("\n");
}
ParseData<Note>(i);
// Further indent each note
parsedString[parsedString.size() - 1] = "\t" + parsedString[parsedString.size() - 1];
lDataType = DATA_NOTE;
}
else if(tmpTempo.IsValid(&rawBytesFixed[i]))
else if(ParseData<Octave>(i, true))
{
// Tempo data type
parsedBytes.push_back(new Tempo(&rawBytesFixed[i]));
parsedString.push_back(parsedBytes[parsedBytes.size() - 1]->GenAsm());
i += tmpTempo.Arguments();
// Insert new-line if previous line isn't a newline
if(parsedString[parsedString.size() - 1] != "\n") parsedString.push_back("\n");
ParseData<Octave>(i);
lDataType = DATA_OCTAVE;
}
else if(tmpVelocity.IsValid(&rawBytesFixed[i]))
else if(ParseData<Tempo>(i, true))
{
// Velocity data type
parsedBytes.push_back(new Velocity(&rawBytesFixed[i]));
parsedString.push_back(parsedBytes[parsedBytes.size() - 1]->GenAsm());
i += tmpVelocity.Arguments();
if(lDataType == DATA_NOTE) parsedString.push_back("\n"); // Insert a newline after notes
ParseData<Tempo>(i);
lDataType = DATA_TEMPO;
}
else if(tmpVolume.IsValid(&rawBytesFixed[i]))
else if(ParseData<Velocity>(i, true))
{
// Volume data type
parsedBytes.push_back(new Volume(&rawBytesFixed[i]));
parsedString.push_back(parsedBytes[parsedBytes.size() - 1]->GenAsm());
i += tmpVolume.Arguments();
if(lDataType == DATA_NOTE) parsedString.push_back("\n"); // Insert a newline after notes
ParseData<Velocity>(i);
lDataType = DATA_VELOCITY;
}
else if(ParseData<Volume>(i, true))
{
if(lDataType == DATA_NOTE) parsedString.push_back("\n"); // Insert a newline after notes
ParseData<Volume>(i);
lDataType = DATA_VOLUME;
}
else if(ParseData<UnkEB>(i, true)) // The opcode is 0xEB which is unknown and takes a 1-byte argument
{
if(lDataType == DATA_NOTE) parsedString.push_back("\n"); // Insert a newline after notes
ParseData<UnkEB>(i);
lDataType = DATA_UNKEB;
}
else if(ParseData<Stop>(i, true))
{
if(lDataType == DATA_NOTE) parsedString.push_back("\n"); // Insert a newline after notes
ParseData<Stop>(i);
stop = true; // Raise the stop flag informing the parser to stop
lDataType = DATA_STOP;
}
else
{
// Unknown code
stringstream unkCode;
short tmpByte = (short)rawBytesFixed[i];
unkCode << "db $" << hex << uppercase << (short)rawBytesFixed[i];
parsedString.push_back(unkCode.str());
if(lDataType == DATA_NOTE) parsedString.push_back("\n"); // Insert a newline after notes
ParseData<UnkCode>(i); // The opcode is unknown - process the raw byte and move on
lDataType = DATA_UNKCODE;
}
// Put everything tabbed over at least 1 time to fix some weird RGBDS bug by pre-pending a tab character
parsedString[parsedString.size() - 1] = "\t" + parsedString[parsedString.size() - 1];
// Append File Position in hexidecimal at end of line every 5 instructions
if((count % 5) == 0)
{
stringstream _tmpCount;
_tmpCount << hex << uppercase << i;
parsedString[parsedString.size() - 1] = parsedString[parsedString.size() - 1] + "; " + _tmpCount.str();
}
filePos = i;
count++;
// If the stop address parameter is set, break when we get there
if( (stopAddress != 0) && (i >= stopAddress) ) break;

37
music/pokeredmusicdisasm/Parser.h
View file

@ -13,11 +13,12 @@
#include "Modulation.h"
#include "Note.h"
#include "Octave.h"
#include "Parser.h"
#include "Stop.h"
#include "Tempo.h"
#include "Velocity.h"
#include "Volume.h"
#include "UnkCode.h"
#include "UnkEB.h"
// This is the final class, it takes all of the data types, abstract class, and helper functions and uses them
// for parsing
@ -49,30 +50,40 @@ public:
void Parse(unsigned int offset);
void ParseNext(); // Parses the block immidiately following
// Templates
template<class T>
bool ParseData(unsigned int& pos, bool reado = false);
const enum dataType : unsigned char
{
DATA_NA,
DATA_CALL,
DATA_DUTY,
DATA_JUMP,
DATA_MODULATION,
DATA_NOTE,
DATA_OCTAVE,
DATA_STOP,
DATA_TEMPO,
DATA_UNKCODE,
DATA_UNKEB,
DATA_VELOCITY,
DATA_VOLUME
};
private:
std::string filename;
std::vector<AbstractData*> parsedBytes;
std::vector<std::string> parsedString;
char* rawBytes;
unsigned char* rawBytesFixed;
unsigned int fileLength;
unsigned int filePos;
bool stop;
// Optional Settings
unsigned int stopAddress;
// A lot of tmp classes
Call tmpCall;
Duty tmpDuty;
Jump tmpJump;
Modulation tmpModulation;
Note tmpNote;
Octave tmpOctave;
Stop tmpStop;
Tempo tmpTempo;
Velocity tmpVelocity;
Volume tmpVolume;
};
#endif

67
music/pokeredmusicdisasm/UnkCode.cpp Normal file
View file

@ -0,0 +1,67 @@
#include <sstream>
#include "Call.h"
#include "Duty.h"
#include "Jump.h"
#include "Modulation.h"
#include "Note.h"
#include "Octave.h"
#include "Stop.h"
#include "Tempo.h"
#include "Velocity.h"
#include "Volume.h"
#include "UnkCode.h"
using namespace std;
UnkCode::UnkCode()
{
code = 0;
}
UnkCode::UnkCode(unsigned char* byte)
{
code = 0;
Parse(byte);
}
UnkCode::UnkCode(unsigned char code, bool)
{
SetCode(code);
}
// Getters / Setters
unsigned char UnkCode::GetCode()
{
return code;
}
void UnkCode::SetCode(unsigned char value)
{
code = value;
}
// Re-implemented
string UnkCode::GenAsm()
{
stringstream tmpAsmOut;
tmpAsmOut << "db $" << hex << (short)code;
return tmpAsmOut.str();
}
bool UnkCode::Parse(unsigned char* byte)
{
code = byte[0];
return true;
}
bool UnkCode::IsValid(unsigned char* byte)
{
return true;
}
unsigned int UnkCode::Arguments()
{
return 0;
}

29
music/pokeredmusicdisasm/UnkCode.h Normal file
View file

@ -0,0 +1,29 @@
#ifndef UNKCODE_H
#define UNKCODE_H
#include "AbstractData.h"
// Represents an unknown opcode
class UnkCode : public AbstractData
{
public:
// Constructors
UnkCode();
UnkCode(unsigned char* byte); // Parse Immidiately
UnkCode(unsigned char code, bool); // Set Value
// Getters / Setters
unsigned char GetCode();
void SetCode(unsigned char value);
// Re-implemented
virtual std::string GenAsm();
virtual bool Parse(unsigned char* byte);
virtual bool IsValid(unsigned char* byte);
virtual unsigned int Arguments();
private:
unsigned char code;
};
#endif

69
music/pokeredmusicdisasm/UnkEB.cpp Normal file
View file

@ -0,0 +1,69 @@
#include <sstream>
#include "Call.h"
#include "Duty.h"
#include "Jump.h"
#include "Modulation.h"
#include "Note.h"
#include "Octave.h"
#include "Stop.h"
#include "Tempo.h"
#include "Velocity.h"
#include "Volume.h"
#include "UnkEB.h"
using namespace std;
UnkEB::UnkEB()
{
param = 0;
}
UnkEB::UnkEB(unsigned char* byte)
{
param = 0;
Parse(byte);
}
UnkEB::UnkEB(unsigned char code, bool)
{
SetParam(code);
}
// Getters / Setters
unsigned char UnkEB::GetParam()
{
return param;
}
void UnkEB::SetParam(unsigned char value)
{
param = value;
}
// Re-implemented
string UnkEB::GenAsm()
{
stringstream tmpAsmOut;
tmpAsmOut << hex << "db $" << (short)0xEB << ", $" << (short)param;
return tmpAsmOut.str();
}
bool UnkEB::Parse(unsigned char* byte)
{
param = byte[1];
return true;
}
bool UnkEB::IsValid(unsigned char* byte)
{
if(byte[0] == 0xEB) return true;
else return false;
}
unsigned int UnkEB::Arguments()
{
// 1 1-Byte param
return 1;
}

29
music/pokeredmusicdisasm/UnkEB.h Normal file
View file

@ -0,0 +1,29 @@
#ifndef UNKEB_H
#define UNKEB_H
#include "AbstractData.h"
// Represents an unknown opcode
class UnkEB : public AbstractData
{
public:
// Constructors
UnkEB();
UnkEB(unsigned char* byte); // Parse Immidiately
UnkEB(unsigned char code, bool); // Set Value
// Getters / Setters
unsigned char GetParam();
void SetParam(unsigned char value);
// Re-implemented
virtual std::string GenAsm();
virtual bool Parse(unsigned char* byte);
virtual bool IsValid(unsigned char* byte);
virtual unsigned int Arguments();
private:
unsigned char param;
};
#endif