Add a new parser for WillPlus(AdvHD) ws2 script

This commit is contained in:
2025-08-12 21:48:16 +08:00
parent c54c7fe4e6
commit 9d184bd2d6
4 changed files with 1028 additions and 0 deletions

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@@ -1,2 +1,3 @@
//! WillPlus Scripts
pub mod ws2;
mod ws2_disasm;

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@@ -1,4 +1,5 @@
//! WillPlus Script File (.ws2)
use super::ws2_disasm::*;
use crate::ext::io::*;
use crate::scripts::base::*;
use crate::types::*;
@@ -32,6 +33,16 @@ impl ScriptBuilder for Ws2ScriptBuilder {
config: &ExtraConfig,
_archive: Option<&Box<dyn Script>>,
) -> Result<Box<dyn Script>> {
match Ws2DisasmScript::new(&buf, encoding, config, false) {
Ok(script) => return Ok(Box::new(script)),
Err(e) => {
eprintln!(
"WARNING: Failed to disassemble WS2 script: {}. An another parser is used.",
e
);
crate::COUNTER.inc_warning();
}
}
Ok(Box::new(Ws2Script::new(buf, encoding, config, false)?))
}
@@ -317,3 +328,169 @@ impl Script for Ws2Script {
Ok(())
}
}
#[derive(Debug)]
/// WillPlus Disassembled Script
pub struct Ws2DisasmScript {
data: MemReader,
texts: Vec<Ws2DString>,
addresses: Vec<usize>,
/// Need encrypt when outputting
encrypted: bool,
}
impl Ws2DisasmScript {
/// Creates a new `Ws2DisasmScript`
///
/// * `buf` - The buffer containing the script data
/// * `encoding` - The encoding used for the script
/// * `config` - Extra configuration options
/// * `decrypted` - Whether the script is decrypted or not
pub fn new(
buf: &[u8],
encoding: Encoding,
config: &ExtraConfig,
decrypted: bool,
) -> Result<Self> {
match disassmble(&buf, encoding) {
Ok((addresses, texts)) => {
return Ok(Self {
data: MemReader::new(buf.to_vec()),
texts,
addresses,
encrypted: decrypted,
});
}
Err(e) => {
if decrypted {
return Err(e);
} else {
let mut data = buf.to_vec();
Ws2Script::decrypt(&mut data);
return Self::new(&data, encoding, config, true);
}
}
}
}
}
impl Script for Ws2DisasmScript {
fn default_output_script_type(&self) -> OutputScriptType {
OutputScriptType::Json
}
fn default_format_type(&self) -> FormatOptions {
FormatOptions::None
}
fn extract_messages(&self) -> Result<Vec<Message>> {
let mut messages = Vec::new();
let mut name = None;
for text in &self.texts {
match text.typ {
StringType::Name => {
let text = text
.text
.trim_start_matches("%LC")
.trim_start_matches("%LF")
.to_string();
name = Some(text);
}
StringType::Message => {
let message = text.text.trim_end_matches("%K%P").to_string();
messages.push(Message {
message,
name: name.take(),
});
}
StringType::Internal => {}
}
}
Ok(messages)
}
fn import_messages<'a>(
&'a self,
messages: Vec<Message>,
file: Box<dyn WriteSeek + 'a>,
encoding: Encoding,
replacement: Option<&'a ReplacementTable>,
) -> Result<()> {
let mut output = if self.encrypted {
Box::new(EncryptWriter::new(file))
} else {
file
};
let mut mes = messages.iter();
let mut mess = mes.next();
{
let mut patcher = BinaryPatcher::new(
MemReaderRef::new(&self.data.data),
&mut output,
|s| Ok(s),
|s| Ok(s),
)?;
for s in &self.texts {
let text = match s.typ {
StringType::Name => {
let prefix = if s.text.starts_with("%LC") {
"%LC"
} else if s.text.starts_with("%LF") {
"%LF"
} else {
""
};
let m = match mess {
Some(m) => m,
None => {
return Err(anyhow::anyhow!("No enough messages."));
}
};
let mut name = match m.name.as_ref() {
Some(name) => name.to_owned(),
None => return Err(anyhow::anyhow!("Message without name.")),
};
if let Some(replacement) = replacement {
for (k, v) in &replacement.map {
name = name.replace(k, v);
}
}
name = prefix.to_owned() + &name;
name
}
StringType::Message => {
let suffix = if s.text.ends_with("%K%P") { "%K%P" } else { "" };
let m = match mess {
Some(m) => m,
None => {
return Err(anyhow::anyhow!("No enough messages."));
}
};
let mut message = m.message.clone();
if let Some(replacement) = replacement {
for (k, v) in &replacement.map {
message = message.replace(k, v);
}
}
mess = mes.next();
message + suffix
}
StringType::Internal => s.text.clone(),
};
let mut encoded = encode_string(encoding, &text, false)?;
encoded.push(0); // Null terminator
patcher.copy_up_to(s.offset as u64)?;
patcher.replace_bytes(s.len as u64, &encoded)?;
}
if mess.is_some() || mes.next().is_some() {
return Err(anyhow::anyhow!("Too many messages provided."));
}
patcher.copy_up_to(self.data.data.len() as u64)?;
for offset in &self.addresses {
patcher.patch_u32_address(*offset as u64)?;
}
}
output.flush()?;
Ok(())
}
}

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@@ -0,0 +1,657 @@
use crate::ext::io::*;
use crate::types::*;
use crate::utils::encoding::*;
use anyhow::Result;
use std::any::Any;
pub trait Disasm: Sized {
fn disassmble(self) -> Result<(Vec<usize>, Vec<Ws2DString>)>;
}
#[derive(Debug, Clone, Copy, PartialEq, Eq)]
enum Oper {
/// Byte
B,
/// Word
H,
/// Int
I,
/// Address
A,
/// Float
F,
/// String
S,
/// Array of operands (*)
ARR,
}
use Oper::*;
#[derive(Debug, Clone, Copy, PartialEq, Eq)]
pub enum StringType {
Name,
Message,
Internal,
}
#[derive(Debug, Clone)]
pub struct Ws2DString {
pub text: String,
pub offset: usize,
pub len: usize,
pub typ: StringType,
}
struct DisasmBase<'a> {
reader: MemReaderRef<'a>,
opers: &'a [(u8, &'static [Oper])],
addresses: Vec<usize>,
texts: Vec<Ws2DString>,
encoding: Encoding,
}
impl<'a> DisasmBase<'a> {
pub fn new(data: &'a [u8], opers: &'a [(u8, &'static [Oper])], encoding: Encoding) -> Self {
DisasmBase {
reader: MemReaderRef::new(data),
opers,
addresses: Vec::new(),
texts: Vec::new(),
encoding,
}
}
fn read_instruction(&mut self) -> Result<(u8, Vec<Box<dyn Any>>)> {
let opcode = self.reader.read_u8()?;
let opers = self
.opers
.iter()
.find(|&&(op, _)| op == opcode)
.ok_or_else(|| anyhow::anyhow!("Unknown opcode: {opcode}"))?;
let operands = self.read_operands(opers.1)?;
Ok((opcode, operands))
}
fn read_operands(&mut self, opers: &[Oper]) -> Result<Vec<Box<dyn Any>>> {
let mut operands = Vec::new();
let mut i = 0;
let oper_len = opers.len();
while i < oper_len {
let oper = opers[i];
if i < oper_len - 1 && opers[i + 1] == ARR {
i += 1;
let count = self.reader.read_u8()?;
for _ in 0..count {
operands.push(self.read_operand(oper)?);
}
} else {
let operand = self.read_operand(oper)?;
operands.push(operand);
}
i += 1;
}
Ok(operands)
}
fn read_operand(&mut self, oper: Oper) -> Result<Box<dyn Any>> {
match oper {
B => {
let value = self.reader.read_u8()?;
Ok(Box::new(value))
}
H => {
let value = self.reader.read_i16()?;
Ok(Box::new(value))
}
I => {
let value = self.reader.read_i32()?;
Ok(Box::new(value))
}
A => {
let pos = self.reader.pos;
let address = self.reader.read_i32()?;
self.addresses.push(pos);
Ok(Box::new(address))
}
F => {
let value = self.reader.read_f32()?;
Ok(Box::new(value))
}
S => {
let offset = self.reader.pos;
let s = self.reader.read_cstring()?;
let decoded = decode_to_string(self.encoding, s.as_bytes(), false)?;
let len = s.as_bytes_with_nul().len();
let str = Ws2DString {
text: decoded,
offset,
len,
typ: StringType::Internal,
};
Ok(Box::new(str))
}
_ => {
// Handle other operand types as needed
Err(anyhow::anyhow!("Unsupported operand type: {:?}", oper))
}
}
}
fn handle_choice_screen(&mut self, operands: &mut Vec<Box<dyn Any>>) -> Result<()> {
if operands.len() < 1 {
return Err(anyhow::anyhow!("Invalid operands for choice screen"));
}
let first = operands.remove(0);
let num_choices = first
.downcast::<u8>()
.map_err(|_| anyhow::anyhow!("Invalid choice count"))?;
for _ in 0..*num_choices {
let mut opers = self.read_operands(&[H, S, B, H])?;
let range = opers.remove(1);
let mut range = range
.downcast::<Ws2DString>()
.map_err(|_| anyhow::anyhow!("Invalid range operand"))?;
if range.len > 1 {
range.typ = StringType::Message;
self.texts.push(*range);
}
self.read_instruction()?;
}
Ok(())
}
fn handle_message(&mut self, operands: &mut Vec<Box<dyn Any>>) -> Result<()> {
if operands.len() < 3 {
return Err(anyhow::anyhow!("Invalid operands for message"));
}
let range = operands.remove(2);
let mut range = range
.downcast::<Ws2DString>()
.map_err(|_| anyhow::anyhow!("Invalid range operand"))?;
if range.len > 1 {
range.typ = StringType::Message;
self.texts.push(*range);
}
Ok(())
}
fn handle_name(&mut self, operands: &mut Vec<Box<dyn Any>>) -> Result<()> {
if operands.len() < 1 {
return Err(anyhow::anyhow!("Invalid operands for name"));
}
let name = operands.remove(0);
let mut name = name
.downcast::<Ws2DString>()
.map_err(|_| anyhow::anyhow!("Invalid name operand"))?;
if name.len > 1 {
name.typ = StringType::Name;
self.texts.push(*name);
}
Ok(())
}
}
impl<'a> Disasm for DisasmBase<'a> {
fn disassmble(mut self) -> Result<(Vec<usize>, Vec<Ws2DString>)> {
let maxlen = self.reader.data.len() - 8;
while self.reader.pos < maxlen {
let (opcode, mut operands) = self.read_instruction()?;
match opcode {
0x0F => self.handle_choice_screen(&mut operands)?,
0x14 => self.handle_message(&mut operands)?,
0x15 => self.handle_name(&mut operands)?,
_ => {}
}
for oper in operands {
if let Ok(str) = oper.downcast::<Ws2DString>() {
if str.len > 1 {
self.texts.push(*str);
}
}
}
}
self.texts.sort_by_key(|s| s.offset);
Ok((self.addresses, self.texts))
}
}
const V1_OPS: [(u8, &'static [Oper]); 103] = [
(0x00, &[]),
(0x01, &[B, H, F, A, A]),
(0x02, &[A]),
(0x04, &[S]),
(0x05, &[]),
(0x06, &[A]),
(0x07, &[S]),
(0x08, &[B]),
(0x09, &[B, H, F]),
(0x0A, &[H, F]),
(0x0B, &[H, B]),
(0x0C, &[H, B, H, ARR]),
(0x0D, &[H, H, F]),
(0x0E, &[H, H, B]),
(0x0F, &[B]),
(0x11, &[S, F]),
(0x12, &[S, B, S]),
(0x13, &[]),
(0x14, &[I, S, S]),
(0x15, &[S]),
(0x16, &[B]),
(0x17, &[]),
(0x18, &[B, S]),
(0x19, &[]),
(0x1A, &[S]),
(0x1B, &[B]),
(0x1C, &[S, S, H]),
(0x1D, &[H]),
(0x1E, &[S, S, F, F, H, H, B]),
(0x1F, &[S, F]),
(0x20, &[S, F, H]),
(0x21, &[S, H, H, H]),
(0x22, &[S, B]),
(0x28, &[S, S, F, F, H, H, B, H, H, B]),
(0x29, &[S, F]),
(0x2A, &[S, F, H]),
(0x2B, &[S]),
(0x2C, &[S]),
(0x2D, &[S, B]),
(0x2E, &[]),
(0x2F, &[S, H, F]),
(0x32, &[S]),
(0x33, &[S, S, B, B]),
(0x34, &[S, S, B, B]),
(0x35, &[S, S, B, B, B]),
(0x36, &[S, F, F, F, F, F, F, F, B, B]),
(0x37, &[S]),
(0x38, &[S, B]),
(0x39, &[S, B, B, H, ARR]),
(0x3A, &[S, B, B]),
(0x3B, &[S, S, H, H, H, F, F, F, F, F, F, F, F]),
(0x3C, &[S]),
(0x3D, &[H]),
(0x3E, &[]),
(0x3F, &[S, ARR]),
(0x40, &[S, S, B]),
(0x41, &[S, B]),
(0x42, &[S, H]),
(0x43, &[S]),
(0x44, &[S, S, B]),
(0x45, &[S, H, F, F, F, F]),
(0x46, &[S, H, B, F, F, F, F]),
(0x47, &[S, S, H, B, B, F, F, F, F, F, H, F]),
(0x48, &[S, S, H, B, B, S]),
(0x49, &[S, S, S]),
(0x4A, &[S, S]),
(0x4B, &[S, H, H, F, F, F, F]),
(0x4C, &[S, H, H, B, F, F, F, F]),
(0x4D, &[S, S, H, H, B, B, F, F, F, F, F, H, F]),
(0x4E, &[S, S, H, H, B, B, S]),
(0x4F, &[S, S, H, S]),
(0x50, &[S, S, H]),
(0x51, &[S, S, H, F, B]),
(0x52, &[S, S, F, H, F, B, S]),
(0x53, &[S, S]),
(0x54, &[S, S, S]),
(0x55, &[S, S]),
(
0x56,
&[
S, B, H, F, F, F, F, F, F, F, F, F, F, F, B, F, F, F, F, B, H, S, H, S, S, F,
],
),
(0x57, &[S, H]),
(0x58, &[S, S]),
(0x59, &[S, S, H]),
(0x5A, &[S, H, ARR]),
(0x5B, &[S, H, B]),
(0x5C, &[S]),
(0x5D, &[S, S, B]),
(0x5E, &[S, F, F]),
(0x64, &[B]),
(0x65, &[H, B, F, F, B, S]),
(0x66, &[S]),
(0x67, &[B, B, H, F, F, F, F, F, B]),
(0x68, &[B]),
(0x6E, &[S, S]),
(0x6F, &[S]),
(0x70, &[S, H]),
(0x71, &[]),
(0x72, &[S, H, H, S]),
(0x73, &[S, S, H]),
(0xFA, &[]),
(0xFB, &[B]),
(0xFC, &[H]),
(0xFD, &[]),
(0xFE, &[S]),
(0xFF, &[]),
];
const V2_OPS: [(u8, &'static [Oper]); 134] = [
(0x00, &[]),
(0x01, &[B, H, F, A, A]),
(0x02, &[A]),
(0x04, &[S]),
(0x05, &[]),
(0x06, &[A]),
(0x07, &[S]),
(0x08, &[B]),
(0x09, &[B, H, F]),
(0x0A, &[H, F]),
(0x0B, &[H, B]),
(0x0C, &[H, B, H, ARR]),
(0x0D, &[H, H, F]),
(0x0E, &[H, H, B]),
(0x0F, &[B]),
(0x11, &[S, F]),
(0x12, &[S, B, S]),
(0x13, &[]),
(0x14, &[I, S, S]),
(0x15, &[S]),
(0x16, &[B]),
(0x17, &[]),
(0x18, &[B, S]),
(0x19, &[]),
(0x1A, &[S]),
(0x1B, &[B]),
(0x1C, &[S, S, H, B]),
(0x1D, &[H]),
(0x1E, &[S, S, F, F, H, H, B]),
(0x1F, &[S, F]),
(0x20, &[S, F, H]),
(0x21, &[S, H, H, H]),
(0x22, &[S, B]),
(0x28, &[S, S, F, F, H, H, B, H, H, B]),
(0x29, &[S, F]),
(0x2A, &[S, F, H]),
(0x2B, &[S]),
(0x2C, &[S]),
(0x2D, &[S, B]),
(0x2E, &[]),
(0x2F, &[S, H, F]),
(0x32, &[S]),
(0x33, &[S, S, B, B]),
(0x34, &[S, S, B, B]),
(0x35, &[S, S, B, B, B]),
(0x36, &[S, F, F, F, F, F, F, F, B, B]),
(0x37, &[S]),
(0x38, &[S, B]),
(0x39, &[S, B, B, H, ARR]),
(0x3A, &[S, B, B]),
(0x3B, &[S, S, H, H, H, F, F, F, F, F, F, F, F]),
(0x3C, &[S]),
(0x3D, &[H]),
(0x3E, &[]),
(0x3F, &[S, ARR]),
(0x40, &[S, S, B]),
(0x41, &[S, B]),
(0x42, &[S, H]),
(0x43, &[S]),
(0x44, &[S, S, B]),
(0x45, &[S, H, F, F, F, F]),
(0x46, &[S, H, B, F, F, F, F]),
(0x47, &[S, S, H, B, B, F, F, F, F, F, H, F]),
(0x48, &[S, S, H, B, B, S]),
(0x49, &[S, S, S]),
(0x4A, &[S, S]),
(0x4B, &[S, H, H, F, F, F, F]),
(0x4C, &[S, H, H, B, F, F, F, F]),
(0x4D, &[S, S, H, H, B, B, F, F, F, F, F, H, F]),
(0x4E, &[S, S, H, H, B, B, S]),
(0x4F, &[S, S, H, S]),
(0x50, &[S, S, H]),
(0x51, &[S, S, H, F, B]),
(0x52, &[S, S, F, H, F, B, S]),
(0x53, &[S, S]),
(0x54, &[S, S, S]),
(0x55, &[S, S]),
(
0x56,
&[
S, B, H, F, F, F, F, F, F, F, F, F, F, F, B, F, F, F, F, B, H, S, H, S, S, F,
],
),
(0x57, &[S, H]),
(0x58, &[S, S]),
(0x59, &[S, S, H]),
(0x5A, &[S, H, ARR]),
(0x5B, &[S, H, B]),
(0x5C, &[S]),
(0x5D, &[S, S, B]),
(0x5E, &[S, F, F]),
(0x5F, &[S]),
(0x60, &[H, H, H, H]),
(0x61, &[B, F, F, F, F]),
(0x62, &[S]),
(0x63, &[S, B]),
(0x64, &[B]),
(0x65, &[H, B, F, F, B, S]),
(0x66, &[S]),
(0x67, &[B, B, H, F, F, F, F, F, B]),
(0x68, &[B]),
(0x69, &[S, B, B, F, F, F, F, F, H, F]),
(0x6A, &[S, H, B, B, S]),
(0x6E, &[S, S]),
(0x6F, &[S]),
(0x70, &[S, H]),
(0x71, &[]),
(0x72, &[S, H, H, S]),
(0x73, &[S, S, H]),
(0x74, &[S, S]),
(0x75, &[S, S]),
(0x78, &[S, S, B, B]),
(0x79, &[S, S, F]),
(0x7A, &[S, S, F, B, B, S]),
(0x7B, &[S, S]),
(0x7C, &[S, S, F]),
(0x7D, &[S, F]),
(0x7E, &[S]),
(0xC8, &[]),
(0xC9, &[S, S, H, H, H]),
(0xCA, &[S, S]),
(0xCB, &[S, B, B]),
(0xCC, &[]),
(0xCD, &[S, S, S, S, S, F, B]),
(0xCE, &[B]),
(0xCF, &[S, S, F]),
(0xD0, &[S, H]),
(0xD1, &[S, H]),
(0xD2, &[S]),
(0xD3, &[S]),
(0xD4, &[S, H, H]),
(0xF8, &[]),
(0xF9, &[B, S]),
(0xFA, &[]),
(0xFB, &[B]),
(0xFC, &[H]),
(0xFD, &[]),
(0xFE, &[S]),
(0xFF, &[]),
];
const V3_OPS: [(u8, &'static [Oper]); 165] = [
(0x00, &[]),
(0x01, &[B, H, F, A, A]),
(0x02, &[A]),
(0x04, &[S]),
(0x05, &[]),
(0x06, &[A]),
(0x07, &[S]),
(0x08, &[B]),
(0x09, &[B, H, F]),
(0x0A, &[H, F]),
(0x0B, &[H, B]),
(0x0C, &[H, B, H, ARR]),
(0x0D, &[H, H, F]),
(0x0E, &[H, H, B]),
(0x0F, &[B]),
(0x11, &[S, B, F]),
(0x12, &[S, B, S]),
(0x13, &[]),
(0x14, &[I, S, S, B]),
(0x15, &[S, B]),
(0x16, &[B, B]),
(0x17, &[]),
(0x18, &[B, S]),
(0x19, &[]),
(0x1A, &[S]),
(0x1B, &[B]),
(0x1C, &[S, S, H, B]),
(0x1D, &[H]),
(0x1E, &[S, S, F, F, H, H, B, F]),
(0x1F, &[S, F]),
(0x20, &[S, F, H]),
(0x21, &[S, H, H, H]),
(0x22, &[S, B]),
(0x28, &[S, S, F, F, H, H, B, H, H, B, F]),
(0x29, &[S, F]),
(0x2A, &[S, F, H]),
(0x2B, &[S]),
(0x2C, &[S]),
(0x2D, &[S, B]),
(0x2E, &[]),
(0x2F, &[S, H, F]),
(0x32, &[S]),
(0x33, &[S, S, B, B]),
(0x34, &[S, S, B, B]),
(0x35, &[S, S, B, B, B]),
(0x36, &[S, F, F, F, F, F, F, F, B, B]),
(0x37, &[S]),
(0x38, &[S, B]),
(0x39, &[S, B, B, H, ARR]),
(0x3A, &[S, B, B]),
(0x3B, &[S, S, H, H, H, F, F, F, F, F, F, F, F]),
(0x3C, &[S]),
(0x3D, &[H]),
(0x3E, &[]),
(0x3F, &[S, ARR]),
(0x40, &[S, S, B]),
(0x41, &[S, B]),
(0x42, &[S, H]),
(0x43, &[S]),
(0x44, &[S, S, B]),
(0x45, &[S, H, F, F, F, F]),
(0x46, &[S, H, B, F, F, F, F]),
(0x47, &[S, S, H, B, B, F, F, F, F, F, H, F]),
(0x48, &[S, S, H, B, B, S]),
(0x49, &[S, S, S]),
(0x4A, &[S, S]),
(0x4B, &[S, H, H, F, F, F, F]),
(0x4C, &[S, H, H, B, F, F, F, F]),
(0x4D, &[S, S, H, H, B, B, F, F, F, F, F, H, F]),
(0x4E, &[S, S, H, H, B, B, S]),
(0x4F, &[S, S, H, S]),
(0x50, &[S, S, H]),
(0x51, &[S, S, H, F, B]),
(0x52, &[S, S, F, H, F, B, S]),
(0x53, &[S, S]),
(0x54, &[S, S, S]),
(0x55, &[S, S]),
(
0x56,
&[
S, B, H, F, F, F, F, F, F, F, F, F, F, F, B, F, F, F, F, B, H, S, H, S, S, F,
],
),
(0x57, &[S, H]),
(0x58, &[S, S]),
(0x59, &[S, S, H]),
(0x5A, &[S, H, ARR]),
(0x5B, &[S, H, B]),
(0x5C, &[S]),
(0x5D, &[S, S, B]),
(0x5E, &[S, F, F]),
(0x5F, &[S]),
(0x60, &[H, H, H, H]),
(0x61, &[B, F, F, F, F]),
(0x62, &[S]),
(0x63, &[S, B]),
(0x64, &[B]),
(0x65, &[H, B, F, F, B, S]),
(0x66, &[S]),
(0x67, &[B, B, H, F, F, F, F, F, B]),
(0x68, &[B]),
(0x69, &[S, B, B, F, F, F, F, F, H, F]),
(0x6A, &[S, H, B, B, S]),
(0x6B, &[S, S]),
(0x6C, &[S, F, F]),
(0x6E, &[S, S]),
(0x6F, &[S]),
(0x70, &[S, H]),
(0x71, &[]),
(0x72, &[S, H, H, S]),
(0x73, &[S, S, H]),
(0x74, &[S, S]),
(0x75, &[S, S]),
(0x78, &[S, S, B, B, B]),
(0x79, &[S, S, F]),
(0x7A, &[S, S, F, B, B, S]),
(0x7B, &[S, S]),
(0x7C, &[S, S, F]),
(0x7D, &[S, F]),
(0x7E, &[S]),
(0x7F, &[S, F, F, F, F, F]),
(0x80, &[S]),
(0x81, &[S, B, S, F, F, B]),
(0x82, &[S, S, F]),
(0x83, &[S, S, F, F]),
(0x84, &[S, S, S, F, H, F]),
(0x85, &[S, S, B, F]),
(0x86, &[S, F, F, F]),
(0x87, &[S, F]),
(0x88, &[S, S, S, F, H, F]),
(0x8C, &[S, S, S, B, B]),
(0x8D, &[I, S, S, B, B, S]),
(0x8E, &[I, S, S, B, B, S]),
(0x8F, &[S, S]),
(0x90, &[S]),
(0x96, &[H, F, F, F, F]),
(0x97, &[H, B, F, F, F, F]),
(0x98, &[S, H, B, B, F, F, F, F, F, H, F]),
(0x99, &[S, H, B, B, S]),
(0x9A, &[]),
(0x9B, &[S]),
(0x9C, &[S, S]),
(0x9D, &[S]),
(0x9E, &[S, B]),
(0x9F, &[S, B]),
(0xC8, &[]),
(0xC9, &[S, S, H, H, H, H]),
(0xCA, &[S, S]),
(0xCB, &[S, B, B]),
(0xCC, &[]),
(0xCD, &[S, S, S, S, S, F, B]),
(0xCE, &[B]),
(0xCF, &[S, S, F]),
(0xD0, &[S, H]),
(0xD1, &[S, H]),
(0xD2, &[S]),
(0xD3, &[S]),
(0xD4, &[S, H, H]),
(0xE6, &[I, I]),
(0xE7, &[]),
(0xE8, &[]),
(0xF0, &[B]),
(0xF8, &[]),
(0xF9, &[B, S]),
(0xFA, &[]),
(0xFB, &[B]),
(0xFC, &[H]),
(0xFD, &[]),
(0xFE, &[S]),
(0xFF, &[]),
];
const OPS: [&[(u8, &'static [Oper])]; 3] = [&V1_OPS, &V2_OPS, &V3_OPS];
pub fn disassmble(data: &[u8], encoding: Encoding) -> Result<(Vec<usize>, Vec<Ws2DString>)> {
for op in &OPS {
let disasm = DisasmBase::new(data, op, encoding);
match disasm.disassmble() {
Ok(result) => return Ok(result),
Err(_) => continue, // Try the next version if this one fails
}
}
Err(anyhow::anyhow!(
"Failed to disassemble the data with all known versions"
))
}