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CS2InstructionsSet.h
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CS2InstructionsSet.h
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#ifndef CS2INSTRUCTIONSSET_H
#define CS2INSTRUCTIONSSET_H
#include "headers/functions.h"
#include "headers/utilities.h"
class CS2Builder : public Builder {
public:
CS2Builder() = default;
std::set<std::string> CS2UIFiles = { "battle_menu", "camp_menu", "camp_menu_v", "note_menu", "note_menu_v",
"shop_menu", "shop_menu_v", "title_menu", "title_menu_v" };
static void reading_dialog(int& addr, QByteArray& content, Instruction* instr) {
std::vector<uint8_t> current_op_value;
int addr_ = addr;
bool start_text = false;
int cnt = 0;
do {
unsigned char current_byte = content[addr];
switch (current_byte) {
case 0x00:
current_op_value.clear();
current_op_value.push_back(0);
instr->AddOperande(operande(addr, "byte", current_op_value));
addr++;
return;
case 0x01:
if (start_text) {
current_op_value.push_back(current_byte);
} else {
current_op_value.clear();
current_op_value.push_back(current_byte);
instr->AddOperande(operande(addr, "byte", current_op_value));
current_op_value.clear();
}
addr++;
break;
case 0x02:
start_text = false;
if (!current_op_value.empty()) {
instr->AddOperande(operande(addr_, "dialog", current_op_value));
}
current_op_value.clear();
current_op_value.push_back(current_byte);
instr->AddOperande(operande(addr, "byte", current_op_value));
current_op_value.clear();
addr++;
break;
case 0x10:
if (!current_op_value.empty()) {
instr->AddOperande(operande(addr_, "dialog", current_op_value));
}
current_op_value.clear();
current_op_value.push_back(current_byte);
instr->AddOperande(operande(addr, "byte", current_op_value));
current_op_value.clear();
addr++;
instr->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
break;
case 0x17:
case 0x19:
start_text = false;
if (!current_op_value.empty()) {
instr->AddOperande(operande(addr_, "dialog", current_op_value));
}
current_op_value.clear();
current_op_value.push_back(current_byte);
instr->AddOperande(operande(addr, "byte", current_op_value));
current_op_value.clear();
addr++;
instr->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
break;
case 0x11:
case 0x12:
if (!current_op_value.empty()) {
instr->AddOperande(operande(addr_, "dialog", current_op_value));
}
current_op_value.clear();
current_op_value.push_back(current_byte);
instr->AddOperande(operande(addr, "byte", current_op_value));
current_op_value.clear();
addr++;
instr->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4)));
break;
case 0x23:
current_op_value.push_back(0x23);
addr_ = addr;
addr++;
current_byte = content[addr];
if ((((current_byte == 0x45) || (current_byte == 0x65)) || (current_byte == 0x4d)) || (current_byte == 0x42) ||
(current_byte == 0x48) || (current_byte == 0x56) || (current_byte == 0x4b) || (current_byte == 0x6b) ||
(current_byte == 0x46)) {
current_op_value.push_back(current_byte);
addr++;
current_byte = content[addr];
if (current_byte != 0x5f) {
if (current_byte == 0x5b) {
do {
current_op_value.push_back(current_byte);
addr++;
current_byte = content[addr];
} while (current_byte != 0x5D);
current_op_value.push_back(current_byte);
addr++;
current_byte = content[addr];
}
} else {
current_op_value.push_back(current_byte);
addr++;
current_byte = content[addr];
current_op_value.push_back(current_byte);
addr++;
current_byte = content[addr];
}
} else if ((((current_byte + 0xb7) & 0xdf) == 0) || (current_byte == 0x50) || (current_byte == 0x54) ||
(current_byte == 0x57) || (current_byte == 0x53) || (current_byte == 0x73) || (current_byte == 0x43) ||
(current_byte == 99) || (current_byte == 0x78) || (current_byte == 0x79) || (current_byte == 0x47) ||
(current_byte == 0x44) || (current_byte == 0x55) || (current_byte == 0x52)) {
current_op_value.push_back(current_byte);
addr++;
current_byte = content[addr];
break;
}
break;
default:
if (current_byte < 0x20) {
if (!current_op_value.empty()) {
instr->AddOperande(operande(addr_, "dialog", current_op_value));
}
start_text = false;
current_op_value.clear();
current_op_value.push_back(current_byte);
instr->AddOperande(operande(addr, "byte", current_op_value));
addr++;
current_op_value.clear();
} else {
if (!(start_text)) start_text = true;
current_op_value.push_back(current_byte);
addr++;
}
break;
}
cnt++;
} while (cnt < 9999);
}
static void fun_1403c90e0(int& addr, QByteArray& content, Instruction* instr, int param) {
QByteArray control_byte3_arr = ReadSubByteArray(content, addr, 1);
instr->AddOperande(operande(addr, "byte", control_byte3_arr));
unsigned char control_byte3 = (unsigned char)control_byte3_arr[0];
if (control_byte3 == '\x11') {
instr->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
instr->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
} else if (control_byte3 != '3') {
if (control_byte3 == '\"') {
instr->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
instr->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
} else if (control_byte3 != 0x44) {
if (control_byte3 == 0xDD) {
// there is a XOR,XOR EDI which causes a jump that ignores the strcpy
if (param != 0) instr->AddOperande(operande(addr, "string", ReadStringSubByteArray(content, addr)));
instr->AddOperande(operande(addr, "string", ReadStringSubByteArray(content, addr)));
} else if (control_byte3 == 0xFF) {
instr->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
instr->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
} else {
if (control_byte3 != 0xEE) {
} else {
instr->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
instr->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
}
}
} else {
instr->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
instr->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
if (param != 0) instr->AddOperande(operande(addr, "string", ReadStringSubByteArray(content, addr)));
}
} else {
instr->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
instr->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
}
}
static void sub05(int& addr, QByteArray& content, Instruction* instr) {
QByteArray control_byte = ReadSubByteArray(content, addr, 1);
instr->AddOperande(operande(addr, "byte", control_byte));
while ((int)control_byte[0] != 1) {
if (addr > content.size()) throw ssd::exceptions::unspecified_recoverable(); // QByteArray
switch ((unsigned char)control_byte[0]) {
case 0x0:
case 0x24:
instr->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4)));
break;
case 0x1c: {
// the next byte is the OP code for a new instruction
std::shared_ptr<Instruction> instr2 = instr->Maker->CreateInstructionFromDAT(addr, content, 0);
operande op = operande(addr, "instruction", instr2->getBytes());
instr->AddOperande(op);
break;
}
case 0x1e:
instr->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
break;
case 0x1f:
case 0x20:
case 0x23:
instr->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
break;
case 0x21:
instr->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
instr->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
break;
case 0x25:
instr->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
break;
default:;
}
control_byte = ReadSubByteArray(content, addr, 1);
instr->AddOperande(operande(addr, "byte", control_byte));
}
}
class CreateMonsters : public Instruction {
public:
CreateMonsters()
: Instruction(-1, 256, nullptr) {}
CreateMonsters(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "CreateMonsters", 256, Maker) {}
CreateMonsters(int addr, Builder* Maker)
: Instruction(addr, "CreateMonsters", 256, Maker) {}
CreateMonsters(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "CreateMonsters", 256, Maker) {
int initial_addr = addr;
int max_nb_monsters = 8;
if (Maker->goal < addr + 0x20) {
addr = initial_addr;
throw ssd::exceptions::unexpected_operand();
}
int first = ReadIntegerFromByteArray(addr, content);
if (first == -1){
this->AddOperande(
operande(addr, "bytearray", ReadSubByteArray(content, addr, 0x1C)));
return;
}
QByteArray map = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", map));
QByteArray remaining1 = ReadSubByteArray(content, addr, 0x10 - map.size());
operande fill1 = operande(addr, "fill", remaining1);
fill1.setBytesToFill(0x10);
this->AddOperande(fill1);
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // 0x10
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // 0x1A
int cnt = 0;
do {
QByteArray array = ReadSubByteArray(content, addr, 4);
first = ReadIntegerFromByteArray(0, array);
this->AddOperande(operande(addr, "int", array));
int counter = 0;
if (first == -2) {
array = ReadSubByteArray(content, addr, 4);
this->AddOperande(operande(addr, "int", array));
max_nb_monsters = 4;
} else if (first == -1) {
this->AddOperande(operande(addr, "bytearray", ReadSubByteArray(content, addr, 0x18))); //?? it's empty
return;
} else {
max_nb_monsters = 8;
}
if (Maker->goal < addr + (0x10) * max_nb_monsters + max_nb_monsters * 2) {
addr = initial_addr;
throw ssd::exceptions::unexpected_operand();
}
do {
counter++;
QByteArray monsters_name = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", monsters_name));
QByteArray remaining = ReadSubByteArray(content, addr, 0x10 - monsters_name.size());
operande fill = operande(addr, "fill", remaining);
fill.setBytesToFill(0x10);
this->AddOperande(fill);
} while (counter < max_nb_monsters);
for (int idx_byte = 0; idx_byte < max_nb_monsters; idx_byte++) {
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
}
if ((unsigned char)content[addr] == 0) {
this->AddOperande(operande(addr, "bytearray", ReadSubByteArray(content, addr, max_nb_monsters))); //??
} else {
QByteArray monsters_name = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", monsters_name));
QByteArray remaining = ReadSubByteArray(content, addr, 12 - monsters_name.size());
operande fill = operande(addr, "bytearray", remaining);
fill.setBytesToFill(12);
this->AddOperande(fill);
}
first = ReadIntegerFromByteArray(addr, content);
cnt++;
} while ((first != -1) && (addr != Maker->goal - 4));
if (addr == Maker->goal - 4) {
first = ReadIntegerFromByteArray(addr, content);
if (first != 1) {
addr = initial_addr;
throw ssd::exceptions::unexpected_operand();
}
return;
}
this->AddOperande(
operande(addr, "bytearray", ReadSubByteArray(content, addr, 0x1C))); //?? we don't forget to take the int as well
}
};
class EffectsInstr : public Instruction {
public:
EffectsInstr()
: Instruction(-1, 257, nullptr) {}
EffectsInstr(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "EffectsInstr", 257, Maker) {}
EffectsInstr(int addr, Builder* Maker)
: Instruction(addr, "EffectsInstr", 257, Maker) {}
EffectsInstr(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "EffectsInstr", 257, Maker) {
bool bytes_blocks_remain = Maker->goal >= addr + 0x28;
while (bytes_blocks_remain) {
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4)));
QByteArray str = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", str));
QByteArray remaining = ReadSubByteArray(content, addr, 0x20 - str.size());
operande fill = operande(addr, "fill", remaining);
fill.setBytesToFill(0x20);
this->AddOperande(fill);
bytes_blocks_remain = Maker->goal >= addr + 0x28;
}
}
};
class ActionTable : public Instruction {
public:
ActionTable()
: Instruction(-1, 258, nullptr) {}
ActionTable(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "ActionTable", 258, Maker) {}
ActionTable(int addr, Builder* Maker)
: Instruction(addr, "ActionTable", 258, Maker) {}
ActionTable(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "ActionTable", 258, Maker) {
unsigned char current_byte = content[addr];
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
int cnt = 0;
while (cnt < current_byte) {
QByteArray short_bytes = ReadSubByteArray(content, addr, 2);
this->AddOperande(operande(addr, "short", short_bytes)); // 2
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1))); // ebp-46
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1))); // ebp-45
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1))); // ebp-44
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1))); // ebp-43
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1))); // ebp-42
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1))); // ebp-41
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1))); // ebp-40
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1))); // ebp-3F
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1))); // ebp-3E
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1))); // ebp-3D
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // ebp-3C
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // ebp-38
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // ebp-34
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // ebp-30
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // ebp-2C
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // ebp-28
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // ebp-24
QByteArray str = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", str));
QByteArray remaining = ReadSubByteArray(content, addr, 0x10 - str.size());
operande fill = operande(addr, "fill", remaining);
fill.setBytesToFill(0x10);
this->AddOperande(fill);
str = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", str));
remaining = ReadSubByteArray(content, addr, 0x20 - str.size());
fill = operande(addr, "fill", remaining);
fill.setBytesToFill(0x20);
this->AddOperande(fill);
str = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", str));
remaining = ReadSubByteArray(content, addr, 0x30 - str.size());
fill = operande(addr, "fill", remaining);
fill.setBytesToFill(0x30);
this->AddOperande(fill);
cnt++;
}
}
};
class AddCollision : public Instruction {
public:
AddCollision()
: Instruction(-1, 271, nullptr) {}
AddCollision(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "AddCollision", 271, Maker) {}
AddCollision(int addr, Builder* Maker)
: Instruction(addr, "AddCollision", 271, Maker) {}
AddCollision(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "AddCollision", 271, Maker) {
unsigned char current_byte = content[addr];
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
int cnt = 0;
while (cnt < current_byte) {
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
cnt++;
}
}
};
class ConditionTable : public Instruction {
public:
ConditionTable()
: Instruction(-1, 272, nullptr) {}
ConditionTable(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "ConditionTable", 272, Maker) {}
ConditionTable(int addr, Builder* Maker)
: Instruction(addr, "ConditionTable", 272, Maker) {}
ConditionTable(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "ConditionTable", 272, Maker) {
unsigned char current_byte = content[addr];
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
int cnt = 0;
while (cnt < current_byte) {
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // EBP-52
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-50
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-4C
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-48
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-44
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-40
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-3C
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-38
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-34
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-30
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-2C
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-28
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-24
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-20
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-1C
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-18
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4))); // EBP-14
cnt++;
}
}
};
class AlgoTable
: public Instruction // 42d177
{
public:
AlgoTable()
: Instruction(-1, 259, nullptr) {}
AlgoTable(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "AlgoTable", 259, Maker) {}
AlgoTable(int addr, Builder* Maker)
: Instruction(addr, "AlgoTable", 259, Maker) {}
AlgoTable(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "AlgoTable", 259, Maker) {
int cnt = 0;
unsigned char current_byte = content[addr];
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1))); // 3
while (cnt < current_byte) {
QByteArray short_bytes = ReadSubByteArray(content, addr, 2);
this->AddOperande(operande(addr, "short", short_bytes));
this->AddOperande(operande(addr, "bytearray", ReadSubByteArray(content, addr, 0x1E)));
if (addr + 0x20 > Maker->goal) return;
cnt++;
}
// this->AddOperande(operande(addr,"bytearray", ReadSubByteArray(content, addr,0x1E)));
}
};
class WeaponAttTable : public Instruction {
public:
WeaponAttTable()
: Instruction(-1, 260, nullptr) {}
WeaponAttTable(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "WeaponAttTable", 260, Maker) {}
WeaponAttTable(int addr, Builder* Maker)
: Instruction(addr, "WeaponAttTable", 260, Maker) {}
WeaponAttTable(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "WeaponAttTable", 260, Maker) {
this->AddOperande(operande(addr, "bytearray", ReadSubByteArray(content, addr, 4)));
}
};
class BreakTable : public Instruction {
public:
BreakTable()
: Instruction(-1, 261, nullptr) {}
BreakTable(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "BreakTable", 261, Maker) {}
BreakTable(int addr, Builder* Maker)
: Instruction(addr, "BreakTable", 261, Maker) {}
BreakTable(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "BreakTable", 261, Maker) {
int cnt = 0;
unsigned char current_byte = content[addr];
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1))); // 3
while (cnt < current_byte) {
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
cnt++;
}
}
};
class SummonTable
: public Instruction // 140142002
{
public:
SummonTable()
: Instruction(-1, 262, nullptr) {}
SummonTable(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "SummonTable", 262, Maker) {}
SummonTable(int addr, Builder* Maker)
: Instruction(addr, "SummonTable", 262, Maker) {}
SummonTable(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "SummonTable", 262, Maker) {
unsigned char current_byte = content[addr];
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
int cnt = 0;
while (cnt < current_byte) {
QByteArray short_bytes = ReadSubByteArray(content, addr, 2);
uint16_t shrt = ReadShortFromByteArray(0, short_bytes);
this->AddOperande(operande(addr, "short", short_bytes));
if (shrt == 0xFFFF) break;
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
QByteArray str = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", str));
QByteArray remaining = ReadSubByteArray(content, addr, 0x20 - str.size());
operande fill = operande(addr, "fill", remaining);
fill.setBytesToFill(0x20);
this->AddOperande(fill);
cnt++;
}
}
};
class ReactionTable
: public Instruction // 140142002
{
public:
ReactionTable()
: Instruction(-1, 263, nullptr) {}
ReactionTable(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "ReactionTable", 263, Maker) {}
ReactionTable(int addr, Builder* Maker)
: Instruction(addr, "ReactionTable", 263, Maker) {}
ReactionTable(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "ReactionTable", 263, Maker) {
int cnt = 0;
uint16_t current_shrt = ReadShortFromByteArray(addr, content);
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
while (cnt < current_shrt) {
QByteArray short_bytes = ReadSubByteArray(content, addr, 2);
this->AddOperande(operande(addr, "short", short_bytes));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
cnt++;
}
}
};
class PartTable
: public Instruction // 14019797c
{
public:
PartTable()
: Instruction(-1, 264, nullptr) {}
PartTable(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "PartTable", 264, Maker) {}
PartTable(int addr, Builder* Maker)
: Instruction(addr, "PartTable", 264, Maker) {}
PartTable(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "PartTable", 264, Maker) {
unsigned char current_byte = content[addr];
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
int cnt = 0;
while (cnt < current_byte) {
QByteArray int_bytes = ReadSubByteArray(content, addr, 4);
this->AddOperande(operande(addr, "int", int_bytes));
QByteArray str = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", str));
QByteArray remaining = ReadSubByteArray(content, addr, 0x20 - str.size());
operande fill = operande(addr, "fill", remaining);
fill.setBytesToFill(0x20);
this->AddOperande(fill);
str = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", str));
remaining = ReadSubByteArray(content, addr, 0x20 - str.size());
fill = operande(addr, "fill", remaining);
fill.setBytesToFill(0x20);
this->AddOperande(fill);
cnt++;
}
}
};
class AnimeClipTable
: public Instruction // from CS3
{
public:
AnimeClipTable()
: Instruction(-1, 265, nullptr) {}
AnimeClipTable(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "AnimeClipTable", 265, Maker) {}
AnimeClipTable(int addr, Builder* Maker)
: Instruction(addr, "AnimeClipTable", 265, Maker) {}
AnimeClipTable(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "AnimeClipTable", 265, Maker) {
int first_integer = ReadIntegerFromByteArray(addr, content);
auto itt_current_fun = find_function_by_ID(Maker->FunctionsToParse, Maker->idx_current_fun);
while (first_integer != 0) {
itt_current_fun->AddInstruction(std::make_shared<AnimeClipData>(addr, content, Maker));
first_integer = ReadIntegerFromByteArray(addr, content);
}
QByteArray first_integer_bytes = ReadSubByteArray(content, addr, 4);
this->AddOperande(operande(addr, "int", first_integer_bytes));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
}
};
class AnimeClipData : public Instruction {
public:
AnimeClipData()
: Instruction(-1, 273, nullptr) {}
AnimeClipData(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "AnimeClipData", 273, Maker) {}
AnimeClipData(int addr, Builder* Maker)
: Instruction(addr, "AnimeClipData", 273, Maker) {}
AnimeClipData(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "AnimeClipData", 273, Maker) {
QByteArray first_integer_bytes = ReadSubByteArray(content, addr, 4);
this->AddOperande(operande(addr, "int", first_integer_bytes));
QByteArray str = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", str));
QByteArray remaining = ReadSubByteArray(content, addr, (0x20) - str.size());
operande fill = operande(addr, "fill", remaining);
fill.setBytesToFill((0x20));
this->AddOperande(fill);
str = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", str));
remaining = ReadSubByteArray(content, addr, (0x20) - str.size());
fill = operande(addr, "fill", remaining);
fill.setBytesToFill((0x20));
this->AddOperande(fill);
}
};
class FieldMonsterData
: public Instruction // 00000001402613C2 probably trigger only for monsters on the field
{
public:
FieldMonsterData()
: Instruction(-1, 266, nullptr) {}
FieldMonsterData(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "FieldMonsterData", 266, Maker) {}
FieldMonsterData(int addr, Builder* Maker)
: Instruction(addr, "FieldMonsterData", 266, Maker) {}
FieldMonsterData(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "FieldMonsterData", 266, Maker) {
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
int sentinel = ReadIntegerFromByteArray(addr, content);
while (sentinel!=1){
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
sentinel = ReadIntegerFromByteArray(addr, content);
}
}
};
class FieldFollowData
: public Instruction //
{
public:
FieldFollowData()
: Instruction(-1, 267, nullptr) {}
FieldFollowData(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "FieldMonsterData", 267, Maker) {}
FieldFollowData(int addr, Builder* Maker)
: Instruction(addr, "FieldMonsterData", 267, Maker) {}
FieldFollowData(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "FieldMonsterData", 267, Maker) {
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
this->AddOperande(operande(addr, "float", ReadSubByteArray(content, addr, 4)));
}
};
class FC_autoX
: public Instruction //
{
public:
FC_autoX()
: Instruction(-1, 268, nullptr) {}
FC_autoX(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "FC_autoX", 268, Maker) {}
FC_autoX(int addr, Builder* Maker)
: Instruction(addr, "FC_autoX", 268, Maker) {}
FC_autoX(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "FC_autoX", 268, Maker) {
QByteArray things = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", things));
}
};
class BookData99
: public Instruction //
{
public:
BookData99()
: Instruction(-1, 269, nullptr) {}
BookData99(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "BookData99", 269, Maker) {}
BookData99(int addr, Builder* Maker)
: Instruction(addr, "BookData99", 269, Maker) {}
BookData99(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "BookData99", 269, Maker) {
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
}
};
class BookDataX : public Instruction {
public:
BookDataX()
: Instruction(-1, 270, nullptr) {}
BookDataX(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "BookDataX", 270, Maker) {}
BookDataX(int addr, Builder* Maker)
: Instruction(addr, "BookDataX", 270, Maker) {}
BookDataX(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "BookDataX", 270, Maker) {
QByteArray control_short = ReadSubByteArray(content, addr, 2);
int16_t control = ReadShortFromByteArray(0, control_short);
this->AddOperande(operande(addr, "short", control_short)); // 3
if (control > 0) {
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
QByteArray title = ReadStringSubByteArray(content, addr);
this->AddOperande(operande(addr, "string", title));
QByteArray remaining = ReadSubByteArray(content, addr, 0x10 - title.size());
operande fill = operande(addr, "bytearray", remaining);
fill.setBytesToFill(0x10);
this->AddOperande(fill);
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // RCX+0x12
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // RCX+0x14
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // RCX+0x16
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // RCX+0x18
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // RCX+0x1A
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // RCX+0x1C
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // RCX+0x1E
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // RCX+0x20
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // RCX+0x22
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2))); // RCX+0x24
this->AddOperande(operande(addr, "string", ReadStringSubByteArray(content, addr)));
} else {
if ((unsigned char)content[addr] != 1) {
this->AddOperande(operande(addr, "string", ReadStringSubByteArray(content, addr)));
}
}
}
};
class OPCode0 : public Instruction {
public:
OPCode0()
: Instruction(-1, 0, nullptr) {}
OPCode0(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "Instruction 0", 0, Maker) {}
OPCode0(int addr, Builder* Maker)
: Instruction(addr, "Instruction 0", 0, Maker) {}
OPCode0(int& addr, [[maybe_unused]] QByteArray& content, Builder* Maker)
: Instruction(addr, "Instruction 0", 0, Maker) {
addr++;
}
};
class OPCode1 : public Instruction {
public:
OPCode1()
: Instruction(-1, 1, nullptr) {}
OPCode1(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "Return", 1, Maker) {}
OPCode1(int addr, Builder* Maker)
: Instruction(addr, "Return", 1, Maker) {}
OPCode1(int& addr, [[maybe_unused]] QByteArray& content, Builder* Maker)
: Instruction(addr, "Return", 1, Maker) {
addr++;
}
};
class UI_OP13 : public Instruction {
public:
UI_OP13()
: Instruction(-1, 0x13, nullptr) {}
UI_OP13(int& addr, int idx_row, QXlsx::Document& doc, Builder* Maker)
: Instruction(addr, idx_row, doc, "???", 0x13, Maker) {}
UI_OP13(int addr, Builder* Maker)
: Instruction(addr, "???", 0x13, Maker) {}
UI_OP13(int& addr, QByteArray& content, Builder* Maker)
: Instruction(addr, "???", 0x13, Maker) {
addr++;
QByteArray control_byte = ReadSubByteArray(content, addr, 1);
this->AddOperande(operande(addr, "byte", control_byte));
switch ((unsigned char)control_byte[0]) {
case 0x00: {
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "string", ReadStringSubByteArray(content, addr)));
this->AddOperande(operande(addr, "string", ReadStringSubByteArray(content, addr)));
break;
}
case 0x01: {
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
break;
}
case 10: {
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4)));
break;
}
case 0xb: {
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "string", ReadStringSubByteArray(content, addr)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4)));
break;
}
case 0xc: {
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
this->AddOperande(operande(addr, "int", ReadSubByteArray(content, addr, 4)));
break;
}
case 0x26:
case 0xd: {
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
break;
}
case 0xe: {
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "short", ReadSubByteArray(content, addr, 2)));
this->AddOperande(operande(addr, "byte", ReadSubByteArray(content, addr, 1)));
break;
}
case 0xf: {