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refactor(emit): 寄存器号 u8→u32 全链放宽，vreg 化去 checkpoint/reg_overflow（B005）

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This commit is contained in:
爱特每羊队
2026-08-06 16:31:16 +08:00
parent c52bf6313e
commit 38d6c7a60e
54 changed files with 404 additions and 431 deletions
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crates/oxide_emit/src/expr/assignment.rs
+23 -23
View File
@@ -11,7 +11,7 @@ use oxide_parser::AssignmentOperator;
impl Emitter {
pub(crate) fn emit_assignment_expression(
&self, assign: &oxide_parser::AssignmentExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
if let oxide_parser::AssignmentTarget::StaticMemberExpression(member) = &assign.left {
if let Some(logical_op) = assign.operator.to_logical_operator() {
let store_label = ctx.next_label_id();
@@ -20,15 +20,15 @@ impl Emitter {
let prop_name = member.property.name.as_str();
let idx = ctx.add_constant(Constant::String(prop_name.to_string()));
let key_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(key_reg as u32), idx));
ctx.inst(Inst::load_const(Operand::Reg(key_reg), idx));
let result_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg as u32), Operand::Reg(obj_reg as u32), Operand::None));
ctx.inst(Inst::ic_get(Operand::Reg(result_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg), Operand::Reg(obj_reg), Operand::None));
ctx.inst(Inst::ic_get(Operand::Reg(result_reg), Operand::Reg(key_reg)));
self.emit_logical_assign_test(logical_op, result_reg, store_label, end_label, ctx)?;
ctx.labels.set_label_pos(store_label, ctx.insts.len());
let val_reg = self.emit_expression(&assign.right, ctx)?;
ctx.inst(Inst::ic_set(Operand::Reg(obj_reg as u32), Operand::Reg(val_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg as u32), Operand::Reg(val_reg as u32), Operand::None));
ctx.inst(Inst::ic_set(Operand::Reg(obj_reg), Operand::Reg(val_reg), Operand::Reg(key_reg)));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg), Operand::Reg(val_reg), Operand::None));
ctx.labels.set_label_pos(end_label, ctx.insts.len());
return Ok(result_reg);
}
@@ -37,11 +37,11 @@ impl Emitter {
let prop_name = member.property.name.as_str();
let idx = ctx.add_constant(Constant::String(prop_name.to_string()));
let key_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(key_reg as u32), idx));
ctx.inst(Inst::load_const(Operand::Reg(key_reg), idx));
if assign.operator != AssignmentOperator::Assign {
let obj = Operand::Reg(obj_reg as u32);
let val = Operand::Reg(val_reg as u32);
let key = Operand::Reg(key_reg as u32);
let obj = Operand::Reg(obj_reg);
let val = Operand::Reg(val_reg);
let key = Operand::Reg(key_reg);
match assign.operator {
AssignmentOperator::Addition => ctx.inst(Inst::compound_member_add(obj, val, key)),
AssignmentOperator::Subtraction => ctx.inst(Inst::compound_member_sub(obj, val, key)),
@@ -53,7 +53,7 @@ impl Emitter {
}
Ok(val_reg)
} else {
ctx.inst(Inst::ic_set(Operand::Reg(obj_reg as u32), Operand::Reg(val_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::ic_set(Operand::Reg(obj_reg), Operand::Reg(val_reg), Operand::Reg(key_reg)));
Ok(val_reg)
}
} else if let oxide_parser::AssignmentTarget::ComputedMemberExpression(member) = &assign.left {
@@ -63,19 +63,19 @@ impl Emitter {
let obj_reg = self.emit_expression(&member.object, ctx)?;
let key_reg = self.emit_expression(&member.expression, ctx)?;
let result_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::GET_PROP_DYNAMIC, Operand::Reg(obj_reg as u32), Operand::Reg(key_reg as u32), Operand::Reg(result_reg as u32)));
ctx.inst(Inst::new(OpCode::GET_PROP_DYNAMIC, Operand::Reg(obj_reg), Operand::Reg(key_reg), Operand::Reg(result_reg)));
self.emit_logical_assign_test(logical_op, result_reg, store_label, end_label, ctx)?;
ctx.labels.set_label_pos(store_label, ctx.insts.len());
let val_reg = self.emit_expression(&assign.right, ctx)?;
ctx.inst(Inst::new(OpCode::SET_PROP_DYNAMIC, Operand::Reg(obj_reg as u32), Operand::Reg(key_reg as u32), Operand::Reg(val_reg as u32)));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg as u32), Operand::Reg(val_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::SET_PROP_DYNAMIC, Operand::Reg(obj_reg), Operand::Reg(key_reg), Operand::Reg(val_reg)));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg), Operand::Reg(val_reg), Operand::None));
ctx.labels.set_label_pos(end_label, ctx.insts.len());
return Ok(result_reg);
}
let obj_reg = self.emit_expression(&member.object, ctx)?;
let key_reg = self.emit_expression(&member.expression, ctx)?;
let val_reg = self.emit_expression(&assign.right, ctx)?;
ctx.inst(Inst::new(OpCode::SET_PROP_DYNAMIC, Operand::Reg(obj_reg as u32), Operand::Reg(key_reg as u32), Operand::Reg(val_reg as u32)));
ctx.inst(Inst::new(OpCode::SET_PROP_DYNAMIC, Operand::Reg(obj_reg), Operand::Reg(key_reg), Operand::Reg(val_reg)));
Ok(val_reg)
} else if let oxide_parser::AssignmentTarget::PrivateFieldExpression(member) = &assign.left {
if assign.operator != AssignmentOperator::Assign {
@@ -84,7 +84,7 @@ impl Emitter {
let obj_reg = self.emit_expression(&member.object, ctx)?;
let val_reg = self.emit_expression(&assign.right, ctx)?;
let key_reg = self.emit_private_id_reg(member.field.name.as_str(), ctx)?;
ctx.inst(Inst::new(OpCode::SET_PRIVATE, Operand::Reg(obj_reg as u32), Operand::Reg(val_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::new(OpCode::SET_PRIVATE, Operand::Reg(obj_reg), Operand::Reg(val_reg), Operand::Reg(key_reg)));
Ok(val_reg)
} else if let oxide_parser::AssignmentTarget::AssignmentTargetIdentifier(id_ref) = &assign.left {
if assign.operator != AssignmentOperator::Assign {
@@ -94,14 +94,14 @@ impl Emitter {
let name = id_ref.name.as_str();
let var_reg = ctx.lookup_or_global(name);
let result_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg as u32), Operand::Reg(var_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg), Operand::Reg(var_reg), Operand::None));
self.emit_logical_assign_test(logical_op, result_reg, store_label, end_label, ctx)?;
ctx.labels.set_label_pos(store_label, ctx.insts.len());
let val_reg = self.emit_expression(&assign.right, ctx)?;
let is_const = ctx.lookup_const_flag(name);
let const_flag = if is_const { 1 } else { 0 };
ctx.inst(Inst::new(OpCode::STORE_VAR, Operand::Reg(var_reg as u32), Operand::Reg(val_reg as u32), Operand::Imm(const_flag)));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg as u32), Operand::Reg(val_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::STORE_VAR, Operand::Reg(var_reg), Operand::Reg(val_reg), Operand::Imm(const_flag)));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg), Operand::Reg(val_reg), Operand::None));
ctx.labels.set_label_pos(end_label, ctx.insts.len());
Ok(result_reg)
} else if assign.operator == AssignmentOperator::Addition
@@ -135,7 +135,7 @@ impl Emitter {
AssignmentOperator::ShiftRightZeroFill => OpCode::COMPOUND_USHR,
_ => return Err(format!("compound assignment operator {:?} not supported", assign.operator)),
};
ctx.inst(Inst::new(op, Operand::Reg(var_reg as u32), Operand::Reg(rhs as u32), Operand::None));
ctx.inst(Inst::new(op, Operand::Reg(var_reg), Operand::Reg(rhs), Operand::None));
Ok(var_reg)
} else {
Err(format!("compound assignment operator {:?} not supported", assign.operator))
@@ -145,18 +145,18 @@ impl Emitter {
let name = id_ref.name.as_str();
// Check if target is an upvalue reference
if let Some(uv_idx) = ctx.current_upvalue_captures.iter().position(|u| u.name == name) {
ctx.inst(Inst::new(OpCode::STORE_UPVALUE, Operand::None, Operand::Reg(val_reg as u32), Operand::Imm(uv_idx as u16)));
ctx.inst(Inst::new(OpCode::STORE_UPVALUE, Operand::None, Operand::Reg(val_reg), Operand::Imm(uv_idx as u16)));
return Ok(val_reg);
}
// Check if target is a captured cell
if let Some(&cell_idx) = ctx.captured_bindings.get(name) {
ctx.inst(Inst::new(OpCode::CELL_SET, Operand::None, Operand::Reg(val_reg as u32), Operand::Imm(cell_idx as u16)));
ctx.inst(Inst::new(OpCode::CELL_SET, Operand::None, Operand::Reg(val_reg), Operand::Imm(cell_idx as u16)));
return Ok(val_reg);
}
let var_reg = ctx.lookup_or_global(name);
let is_const = ctx.lookup_const_flag(name);
let const_flag = if is_const { 1 } else { 0 };
ctx.inst(Inst::new(OpCode::STORE_VAR, Operand::Reg(var_reg as u32), Operand::Reg(val_reg as u32), Operand::Imm(const_flag)));
ctx.inst(Inst::new(OpCode::STORE_VAR, Operand::Reg(var_reg), Operand::Reg(val_reg), Operand::Imm(const_flag)));
Ok(val_reg)
}
} else if matches!(
crates/oxide_emit/src/expr/call.rs
+20 -20
View File
@@ -9,7 +9,7 @@ use oxide_bytecode::opcode::OpCode;
use oxide_parser::Expression;
impl Emitter {
fn emit_call_expression(&self, call: &oxide_parser::CallExpression, ctx: &mut CompileCtx) -> Result<u8, String> {
fn emit_call_expression(&self, call: &oxide_parser::CallExpression, ctx: &mut CompileCtx) -> Result<u32, String> {
if matches!(&call.callee, Expression::Super(_)) {
if !ctx.in_derived_constructor {
return Err("super() only supported in derived constructors".into());
@@ -20,11 +20,11 @@ impl Emitter {
arg_regs.push(self.emit_expression(expr, ctx)?);
}
}
let first_arg_reg = if arg_regs.is_empty() { 0u8 } else { arg_regs[0] };
let first_arg_reg = if arg_regs.is_empty() { 0u32 } else { arg_regs[0] };
let result_reg = ctx.alloc_reg();
ctx.inst(Inst::super_call(
Operand::Reg(result_reg as u32),
Operand::Reg(first_arg_reg as u32),
Operand::Reg(result_reg),
Operand::Reg(first_arg_reg),
arg_regs.len() as u8,
));
if let Some(mut field_buffer) = ctx.field_buffer.take() {
@@ -41,14 +41,14 @@ impl Emitter {
let obj_reg = self.emit_expression(&member.object, ctx)?;
let key_reg = self.emit_private_id_reg(member.field.name.as_str(), ctx)?;
let callee_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::GET_PRIVATE, Operand::Reg(callee_reg as u32), Operand::Reg(obj_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::new(OpCode::GET_PRIVATE, Operand::Reg(callee_reg), Operand::Reg(obj_reg), Operand::Reg(key_reg)));
(callee_reg, obj_reg)
}
Expression::StaticMemberExpression(member) => {
let is_super_member = matches!(&member.object, Expression::Super(_));
let obj_reg = if is_super_member {
let this_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(this_reg as u32), Operand::This, Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(this_reg), Operand::This, Operand::None));
this_reg
} else {
self.emit_expression(&member.object, ctx)?
@@ -56,7 +56,7 @@ impl Emitter {
let prop_name = member.property.name.as_str();
let idx = ctx.add_constant(Constant::String(prop_name.to_string()));
let key_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(key_reg as u32), idx));
ctx.inst(Inst::load_const(Operand::Reg(key_reg), idx));
let callee_reg = ctx.alloc_reg();
if is_super_member {
if !ctx.in_instance_method && !ctx.in_static_method && !ctx.in_derived_constructor {
@@ -67,10 +67,10 @@ impl Emitter {
} else {
OpCode::SUPER_GET_PROP
};
ctx.inst(Inst::new(op, Operand::Reg(callee_reg as u32), Operand::Reg(obj_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::new(op, Operand::Reg(callee_reg), Operand::Reg(obj_reg), Operand::Reg(key_reg)));
} else {
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(callee_reg as u32), Operand::Reg(obj_reg as u32), Operand::None));
ctx.inst(Inst::ic_get(Operand::Reg(callee_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(callee_reg), Operand::Reg(obj_reg), Operand::None));
ctx.inst(Inst::ic_get(Operand::Reg(callee_reg), Operand::Reg(key_reg)));
}
(callee_reg, obj_reg)
}
@@ -78,7 +78,7 @@ impl Emitter {
let callee_reg = self.emit_expression(&call.callee, ctx)?;
let this_idx = ctx.add_constant(Constant::Undefined);
let this_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(this_reg as u32), this_idx));
ctx.inst(Inst::load_const(Operand::Reg(this_reg), this_idx));
(callee_reg, this_reg)
}
};
@@ -88,7 +88,7 @@ impl Emitter {
arg_regs.push(self.emit_expression(expr, ctx)?);
}
}
let first_arg_reg = if arg_regs.is_empty() { 0u8 } else { arg_regs[0] };
let first_arg_reg = if arg_regs.is_empty() { 0u32 } else { arg_regs[0] };
let op = match &call.callee {
Expression::Identifier(ident) if ctx.is_builtin(ident.name.as_str()) => OpCode::CALL_NATIVE,
_ => OpCode::CALL,
@@ -96,28 +96,28 @@ impl Emitter {
match op {
OpCode::CALL => {
ctx.inst(Inst::call(
Operand::Reg(callee_reg as u32),
Operand::Reg(this_reg as u32),
Operand::Reg(first_arg_reg as u32),
Operand::Reg(callee_reg),
Operand::Reg(this_reg),
Operand::Reg(first_arg_reg),
arg_regs.len() as u8,
));
}
OpCode::CALL_NATIVE => {
ctx.inst(Inst::call_native(
Operand::Reg(callee_reg as u32),
Operand::Reg(this_reg as u32),
Operand::Reg(first_arg_reg as u32),
Operand::Reg(callee_reg),
Operand::Reg(this_reg),
Operand::Reg(first_arg_reg),
arg_regs.len() as u8,
));
}
_ => unreachable!(),
}
let result_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg as u32), Operand::None, Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg), Operand::None, Operand::None));
Ok(result_reg)
}
pub(crate) fn emit_call_domain(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u8, String> {
pub(crate) fn emit_call_domain(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u32, String> {
match expr {
Expression::CallExpression(call) => self.emit_call_expression(call, ctx),
_ => self.emit_unsupported_expression(expr, ctx),
crates/oxide_emit/src/expr/function/mod.rs
+11 -11
View File
@@ -10,7 +10,7 @@ use oxide_parser::{Class, Expression, Statement};
impl Emitter {
fn emit_arrow_function_expression(
&self, arrow: &oxide_parser::ArrowFunctionExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
// Rest params not yet supported
if let Some(_rest) = &arrow.params.rest {
return Err("rest params in arrow functions not yet supported".into());
@@ -45,11 +45,11 @@ impl Emitter {
let sub_idx = ctx.nested.len() as u16;
let r = ctx.alloc_reg();
ctx.inst(Inst::create_closure(Operand::Reg(r as u32), sub_idx));
ctx.inst(Inst::create_closure(Operand::Reg(r), sub_idx));
Ok(r)
}
fn emit_function_expression(&self, fe: &oxide_parser::Function, ctx: &mut CompileCtx) -> Result<u8, String> {
fn emit_function_expression(&self, fe: &oxide_parser::Function, ctx: &mut CompileCtx) -> Result<u32, String> {
// FunctionExpression: compile body, emit LOAD_CONST(BytecodeFunc)
let mut param_names = Vec::new();
for (idx, param) in fe.params.items.iter().enumerate() {
@@ -77,15 +77,15 @@ impl Emitter {
let sub_idx = ctx.nested.len() as u16;
let r = ctx.alloc_reg();
ctx.inst(Inst::create_closure(Operand::Reg(r as u32), sub_idx));
ctx.inst(Inst::create_closure(Operand::Reg(r), sub_idx));
Ok(r)
}
fn emit_class_expression(&self, class: &Class, ctx: &mut CompileCtx) -> Result<u8, String> {
fn emit_class_expression(&self, class: &Class, ctx: &mut CompileCtx) -> Result<u32, String> {
self.emit_class(class, ctx)
}
fn emit_new_expression(&self, ne: &oxide_parser::NewExpression, ctx: &mut CompileCtx) -> Result<u8, String> {
fn emit_new_expression(&self, ne: &oxide_parser::NewExpression, ctx: &mut CompileCtx) -> Result<u32, String> {
let constructor_reg = self.emit_expression(&ne.callee, ctx)?;
let mut arg_regs = Vec::new();
for arg in &ne.arguments {
@@ -93,18 +93,18 @@ impl Emitter {
arg_regs.push(self.emit_expression(expr, ctx)?);
}
}
let first_arg_reg = if arg_regs.is_empty() { 0u8 } else { arg_regs[0] };
let first_arg_reg = if arg_regs.is_empty() { 0u32 } else { arg_regs[0] };
let r = ctx.alloc_reg();
ctx.inst(Inst::new_expression(
Operand::Reg(r as u32),
Operand::Reg(constructor_reg as u32),
Operand::Reg(first_arg_reg as u32),
Operand::Reg(r),
Operand::Reg(constructor_reg),
Operand::Reg(first_arg_reg),
arg_regs.len() as u8,
));
Ok(r)
}
pub(crate) fn emit_function_domain(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u8, String> {
pub(crate) fn emit_function_domain(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u32, String> {
match expr {
Expression::ArrowFunctionExpression(arrow) => self.emit_arrow_function_expression(arrow, ctx),
Expression::FunctionExpression(fe) => self.emit_function_expression(fe, ctx),
crates/oxide_emit/src/expr/identifier.rs
+5 -5
View File
@@ -8,14 +8,14 @@ use oxide_bytecode::opcode::OpCode;
impl Emitter {
pub(crate) fn emit_identifier_expression(
&self, ident: &oxide_parser::IdentifierReference, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let name = ident.name.as_str();
for (uv_idx, up) in ctx.current_upvalue_captures.iter().enumerate() {
if up.name == name {
let r = ctx.alloc_reg();
let idx = uv_idx as u8;
ctx.inst(Inst::new(OpCode::LOAD_UPVALUE, Operand::Reg(r as u32), Operand::Reg(idx as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_UPVALUE, Operand::Reg(r), Operand::Reg(idx as u32), Operand::None));
return Ok(r);
}
}
@@ -23,16 +23,16 @@ impl Emitter {
if let Some(&cell_idx) = ctx.captured_bindings.get(name) {
let r = ctx.alloc_reg();
if let Some((binding, _)) = ctx.scopes.symbols.lookup_any_binding(name) {
ctx.inst(Inst::new(OpCode::CELL_GET, Operand::Reg(r as u32), Operand::Reg(binding.reg as u32), Operand::Imm(cell_idx as u16)));
ctx.inst(Inst::new(OpCode::CELL_GET, Operand::Reg(r), Operand::Reg(binding.reg), Operand::Imm(cell_idx as u16)));
} else {
ctx.inst(Inst::new(OpCode::CELL_GET, Operand::Reg(r as u32), Operand::None, Operand::Imm(cell_idx as u16)));
ctx.inst(Inst::new(OpCode::CELL_GET, Operand::Reg(r), Operand::None, Operand::Imm(cell_idx as u16)));
}
return Ok(r);
}
let var_reg = ctx.lookup_or_builtin(name)?;
let r = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(r as u32), Operand::Reg(var_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(r), Operand::Reg(var_reg), Operand::None));
Ok(r)
}
}
crates/oxide_emit/src/expr/literal.rs
+13 -13
View File
@@ -9,7 +9,7 @@ use oxide_bytecode::opcode::OpCode;
use oxide_parser::Expression;
impl Emitter {
pub(crate) fn emit_literal(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u8, String> {
pub(crate) fn emit_literal(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u32, String> {
match expr {
Expression::NumericLiteral(n) => self.emit_numeric_literal_expression(n, ctx),
Expression::StringLiteral(s) => self.emit_string_literal_expression(s, ctx),
@@ -22,45 +22,45 @@ impl Emitter {
fn emit_numeric_literal_expression(
&self, n: &oxide_parser::NumericLiteral, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let idx = if is_int_literal(n.value) {
ctx.add_constant(Constant::Int(n.value as i32))
} else {
ctx.add_constant(Constant::Number(n.value))
};
let r = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(r as u32), idx));
ctx.inst(Inst::load_const(Operand::Reg(r), idx));
Ok(r)
}
fn emit_string_literal_expression(
&self, s: &oxide_parser::StringLiteral, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let idx = ctx.add_constant(Constant::String(s.value.to_string()));
let r = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(r as u32), idx));
ctx.inst(Inst::load_const(Operand::Reg(r), idx));
Ok(r)
}
fn emit_boolean_literal_expression(
&self, b: &oxide_parser::BooleanLiteral, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let idx = ctx.add_constant(Constant::Boolean(b.value));
let r = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(r as u32), idx));
ctx.inst(Inst::load_const(Operand::Reg(r), idx));
Ok(r)
}
fn emit_null_literal_expression(&self, ctx: &mut CompileCtx) -> Result<u8, String> {
fn emit_null_literal_expression(&self, ctx: &mut CompileCtx) -> Result<u32, String> {
let idx = ctx.add_constant(Constant::Null);
let r = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(r as u32), idx));
ctx.inst(Inst::load_const(Operand::Reg(r), idx));
Ok(r)
}
fn emit_reg_exp_literal_expression(
&self, lit: &oxide_parser::RegExpLiteral, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
if let Some(raw) = &lit.raw {
let raw_str = raw.to_string();
if raw_str.len() >= 2 && raw_str.starts_with('/') {
@@ -69,12 +69,12 @@ impl Emitter {
let flags = raw_str[last_slash + 1..].to_string();
let pat_ci = ctx.add_constant(Constant::String(pattern));
let pat_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(pat_reg as u32), pat_ci));
ctx.inst(Inst::load_const(Operand::Reg(pat_reg), pat_ci));
let flags_ci = ctx.add_constant(Constant::String(flags));
let flags_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(flags_reg as u32), flags_ci));
ctx.inst(Inst::load_const(Operand::Reg(flags_reg), flags_ci));
let r = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::CREATE_REGEXP, Operand::Reg(r as u32), Operand::Reg(pat_reg as u32), Operand::Reg(flags_reg as u32)));
ctx.inst(Inst::new(OpCode::CREATE_REGEXP, Operand::Reg(r), Operand::Reg(pat_reg), Operand::Reg(flags_reg)));
Ok(r)
} else {
Err(format!("unsupported regexp literal: {:?}", lit))
crates/oxide_emit/src/expr/member/mod.rs
+14 -14
View File
@@ -12,7 +12,7 @@ use oxide_parser::Expression;
impl Emitter {
fn emit_static_member_expression(
&self, member: &oxide_parser::StaticMemberExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
if matches!(&member.object, Expression::Super(_)) {
if !ctx.in_instance_method && !ctx.in_static_method && !ctx.in_derived_constructor {
return Err("super property only supported in class methods".into());
@@ -20,62 +20,62 @@ impl Emitter {
let prop_name = member.property.name.as_str();
let idx = ctx.add_constant(Constant::String(prop_name.to_string()));
let key_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(key_reg as u32), idx));
ctx.inst(Inst::load_const(Operand::Reg(key_reg), idx));
let this_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(this_reg as u32), Operand::This, Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(this_reg), Operand::This, Operand::None));
let result_reg = ctx.alloc_reg();
let op = if ctx.in_static_method {
OpCode::SUPER_STATIC_GET_PROP
} else {
OpCode::SUPER_GET_PROP
};
ctx.inst(Inst::new(op, Operand::Reg(result_reg as u32), Operand::Reg(this_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::new(op, Operand::Reg(result_reg), Operand::Reg(this_reg), Operand::Reg(key_reg)));
return Ok(result_reg);
}
let obj_reg = self.emit_expression(&member.object, ctx)?;
let prop_name = member.property.name.as_str();
let idx = ctx.add_constant(Constant::String(prop_name.to_string()));
let key_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(key_reg as u32), idx));
ctx.inst(Inst::ic_get(Operand::Reg(obj_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::load_const(Operand::Reg(key_reg), idx));
ctx.inst(Inst::ic_get(Operand::Reg(obj_reg), Operand::Reg(key_reg)));
Ok(obj_reg)
}
fn emit_computed_member_expression(
&self, member: &oxide_parser::ComputedMemberExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let obj_reg = self.emit_expression(&member.object, ctx)?;
let key_reg = self.emit_expression(&member.expression, ctx)?;
let r = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::GET_PROP_DYNAMIC, Operand::Reg(obj_reg as u32), Operand::Reg(key_reg as u32), Operand::Reg(r as u32)));
ctx.inst(Inst::new(OpCode::GET_PROP_DYNAMIC, Operand::Reg(obj_reg), Operand::Reg(key_reg), Operand::Reg(r)));
Ok(r)
}
fn emit_private_field_expression(
&self, member: &oxide_parser::PrivateFieldExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let obj_reg = self.emit_expression(&member.object, ctx)?;
let key_reg = self.emit_private_id_reg(member.field.name.as_str(), ctx)?;
let r = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::GET_PRIVATE, Operand::Reg(r as u32), Operand::Reg(obj_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::new(OpCode::GET_PRIVATE, Operand::Reg(r), Operand::Reg(obj_reg), Operand::Reg(key_reg)));
Ok(r)
}
fn emit_chain_expression(&self, chain: &oxide_parser::ChainExpression, ctx: &mut CompileCtx) -> Result<u8, String> {
fn emit_chain_expression(&self, chain: &oxide_parser::ChainExpression, ctx: &mut CompileCtx) -> Result<u32, String> {
let short_label = ctx.next_label_id();
let end_label = ctx.next_label_id();
let value_reg = self.emit_chain_element(&chain.expression, Some(short_label), ctx)?;
let result_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg as u32), Operand::Reg(value_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg), Operand::Reg(value_reg), Operand::None));
ctx.inst(Inst::jmp(end_label));
ctx.labels.set_label_pos(short_label, ctx.insts.len());
let undefined_idx = ctx.add_constant(Constant::Undefined);
ctx.inst(Inst::load_const(Operand::Reg(result_reg as u32), undefined_idx));
ctx.inst(Inst::load_const(Operand::Reg(result_reg), undefined_idx));
ctx.labels.set_label_pos(end_label, ctx.insts.len());
Ok(result_reg)
}
pub(crate) fn emit_member_domain(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u8, String> {
pub(crate) fn emit_member_domain(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u32, String> {
match expr {
Expression::StaticMemberExpression(member) => self.emit_static_member_expression(member, ctx),
Expression::ComputedMemberExpression(member) => self.emit_computed_member_expression(member, ctx),
crates/oxide_emit/src/expr/mod.rs
+3 -3
View File
@@ -19,15 +19,15 @@ pub mod template;
pub mod this;
impl Emitter {
pub(crate) fn emit_unsupported_expression(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u8, String> {
pub(crate) fn emit_unsupported_expression(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u32, String> {
let _ = ctx;
Err(format!("unsupported expression type: {:?}", expr))
}
pub(crate) fn emit_sequence_expression(
&self, seq: &oxide_parser::SequenceExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
let mut last = 0u8;
) -> Result<u32, String> {
let mut last = 0u32;
for e in &seq.expressions {
last = self.emit_expression(e, ctx)?;
}
crates/oxide_emit/src/expr/object/array.rs
+4 -6
View File
@@ -8,11 +8,10 @@ use oxide_bytecode::opcode::OpCode;
impl Emitter {
pub(crate) fn emit_array_expression(
&self, arr: &oxide_parser::ArrayExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let arr_reg = ctx.alloc_reg();
let n = arr.elements.len() as u16;
ctx.inst(Inst::new(OpCode::NEW_ARRAY, Operand::Reg(arr_reg as u32), Operand::Imm(n), Operand::None));
let elem_checkpoint = ctx.reg_checkpoint();
ctx.inst(Inst::new(OpCode::NEW_ARRAY, Operand::Reg(arr_reg), Operand::Imm(n), Operand::None));
for (i, elem) in arr.elements.iter().enumerate() {
let Some(e) = elem.as_expression() else {
return Err("spread not supported".into());
@@ -20,9 +19,8 @@ impl Emitter {
let val_reg = self.emit_expression(e, ctx)?;
let idx_reg = ctx.alloc_reg();
let idx = ctx.add_constant(Constant::Int(i as i32));
ctx.inst(Inst::load_const(Operand::Reg(idx_reg as u32), idx));
ctx.inst(Inst::new(OpCode::SET_ELEM, Operand::Reg(arr_reg as u32), Operand::Reg(idx_reg as u32), Operand::Reg(val_reg as u32)));
ctx.restore_reg_checkpoint(elem_checkpoint);
ctx.inst(Inst::load_const(Operand::Reg(idx_reg), idx));
ctx.inst(Inst::new(OpCode::SET_ELEM, Operand::Reg(arr_reg), Operand::Reg(idx_reg), Operand::Reg(val_reg)));
}
Ok(arr_reg)
}
crates/oxide_emit/src/expr/object/mod.rs
+1 -1
View File
@@ -7,7 +7,7 @@ mod array;
mod object_literal;
impl Emitter {
pub(crate) fn emit_object_domain(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u8, String> {
pub(crate) fn emit_object_domain(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u32, String> {
match expr {
Expression::ObjectExpression(obj) => self.emit_object_expression(obj, ctx),
Expression::ArrayExpression(arr) => self.emit_array_expression(arr, ctx),
crates/oxide_emit/src/expr/object/object_literal.rs
+7 -10
View File
@@ -10,10 +10,9 @@ use oxide_parser::{Expression, ObjectPropertyKind, PropertyKey, PropertyKind};
impl Emitter {
pub(crate) fn emit_object_expression(
&self, obj: &oxide_parser::ObjectExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let obj_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::NEW_OBJECT, Operand::Reg(obj_reg as u32), Operand::None, Operand::None));
let prop_checkpoint = ctx.reg_checkpoint();
ctx.inst(Inst::new(OpCode::NEW_OBJECT, Operand::Reg(obj_reg), Operand::None, Operand::None));
for prop in &obj.properties {
let ObjectPropertyKind::ObjectProperty(p) = prop else {
return Err("spread properties not yet supported".into());
@@ -37,25 +36,23 @@ impl Emitter {
};
let idx = ctx.add_constant(Constant::String(prop_name.to_string()));
ctx.inst(Inst::define_accessor(
Operand::Reg(obj_reg as u32),
Operand::Reg(get_reg as u32),
Operand::Reg(set_reg as u32),
Operand::Reg(obj_reg),
Operand::Reg(get_reg),
Operand::Reg(set_reg),
idx as u32,
));
ctx.restore_reg_checkpoint(prop_checkpoint);
}
_ => {
let idx = ctx.add_constant(Constant::String(prop_name.to_string()));
let key_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(key_reg as u32), idx));
ctx.inst(Inst::load_const(Operand::Reg(key_reg), idx));
let val_reg = self.emit_expression(&p.value, ctx)?;
if matches!(&p.value, Expression::ArrowFunctionExpression(_)) {
if let Some(sub_mod) = ctx.nested.last_mut() {
sub_mod.function_name = Some(prop_name.to_string());
}
}
ctx.inst(Inst::new(OpCode::SET_PROP, Operand::Reg(obj_reg as u32), Operand::Reg(val_reg as u32), Operand::Reg(key_reg as u32)));
ctx.restore_reg_checkpoint(prop_checkpoint);
ctx.inst(Inst::new(OpCode::SET_PROP, Operand::Reg(obj_reg), Operand::Reg(val_reg), Operand::Reg(key_reg)));
}
}
}
crates/oxide_emit/src/expr/operator/mod.rs
+43 -47
View File
@@ -12,16 +12,15 @@ use oxide_parser::{ChainElement, Expression, LogicalOperator, SimpleAssignmentTa
impl Emitter {
fn emit_private_in_expression(
&self, pin: &oxide_parser::PrivateInExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let obj_reg = self.emit_expression(&pin.right, ctx)?;
let key_reg = self.emit_private_id_reg(pin.left.name.as_str(), ctx)?;
let result_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::PRIVATE_BRAND_IN, Operand::Reg(result_reg as u32), Operand::Reg(obj_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::new(OpCode::PRIVATE_BRAND_IN, Operand::Reg(result_reg), Operand::Reg(obj_reg), Operand::Reg(key_reg)));
Ok(result_reg)
}
fn emit_binary_expression(&self, bin: &oxide_parser::BinaryExpression, ctx: &mut CompileCtx) -> Result<u8, String> {
let checkpoint = ctx.reg_checkpoint();
fn emit_binary_expression(&self, bin: &oxide_parser::BinaryExpression, ctx: &mut CompileCtx) -> Result<u32, String> {
let left = self.emit_expression(&bin.left, ctx)?;
let right = self.emit_expression(&bin.right, ctx)?;
let op = match bin.operator {
@@ -48,14 +47,11 @@ impl Emitter {
BinaryOperator::StrictInequality => OpCode::STRICT_NEQ,
_ => return Err(format!("unsupported binary operator: {:?}", bin.operator)),
};
ctx.inst(Inst::new(op, Operand::Reg(left as u32), Operand::Reg(left as u32), Operand::Reg(right as u32)));
if is_side_effect_free(&bin.left) && is_side_effect_free(&bin.right) {
ctx.restore_reg_checkpoint(checkpoint.saturating_add(1).max(left.saturating_add(1)));
}
ctx.inst(Inst::new(op, Operand::Reg(left), Operand::Reg(left), Operand::Reg(right)));
Ok(left)
}
fn emit_unary_expression(&self, un: &oxide_parser::UnaryExpression, ctx: &mut CompileCtx) -> Result<u8, String> {
fn emit_unary_expression(&self, un: &oxide_parser::UnaryExpression, ctx: &mut CompileCtx) -> Result<u32, String> {
if matches!(un.operator, UnaryOperator::Delete) {
return match &un.argument {
Expression::Identifier(_) => {
@@ -65,13 +61,13 @@ impl Emitter {
let obj_reg = self.emit_expression(&member.object, ctx)?;
let prop_name = member.property.name.as_str();
let const_idx = ctx.add_constant(Constant::String(prop_name.to_string()));
ctx.inst(Inst::delete_prop_static(Operand::Reg(obj_reg as u32), const_idx as u32));
ctx.inst(Inst::delete_prop_static(Operand::Reg(obj_reg), const_idx as u32));
Ok(obj_reg)
}
Expression::ComputedMemberExpression(member) => {
let obj_reg = self.emit_expression(&member.object, ctx)?;
let key_reg = self.emit_expression(&member.expression, ctx)?;
ctx.inst(Inst::new(OpCode::DELETE_PROP_DYNAMIC, Operand::Reg(obj_reg as u32), Operand::Reg(obj_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::new(OpCode::DELETE_PROP_DYNAMIC, Operand::Reg(obj_reg), Operand::Reg(obj_reg), Operand::Reg(key_reg)));
Ok(obj_reg)
}
Expression::ChainExpression(chain) => {
@@ -81,23 +77,23 @@ impl Emitter {
let obj_reg = self.emit_expression(&member.object, ctx)?;
if member.optional {
let dup_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(dup_reg as u32), Operand::Reg(obj_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(dup_reg), Operand::Reg(obj_reg), Operand::None));
ctx.inst(Inst::jmp_if_nullish(dup_reg, short_label));
}
let prop_name = member.property.name.as_str();
let const_idx = ctx.add_constant(Constant::String(prop_name.to_string()));
ctx.inst(Inst::delete_prop_static(Operand::Reg(obj_reg as u32), const_idx as u32));
ctx.inst(Inst::delete_prop_static(Operand::Reg(obj_reg), const_idx as u32));
obj_reg
}
ChainElement::ComputedMemberExpression(member) => {
let obj_reg = self.emit_expression(&member.object, ctx)?;
if member.optional {
let dup_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(dup_reg as u32), Operand::Reg(obj_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(dup_reg), Operand::Reg(obj_reg), Operand::None));
ctx.inst(Inst::jmp_if_nullish(dup_reg, short_label));
}
let key_reg = self.emit_expression(&member.expression, ctx)?;
ctx.inst(Inst::new(OpCode::DELETE_PROP_DYNAMIC, Operand::Reg(obj_reg as u32), Operand::Reg(obj_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::new(OpCode::DELETE_PROP_DYNAMIC, Operand::Reg(obj_reg), Operand::Reg(obj_reg), Operand::Reg(key_reg)));
obj_reg
}
_ => return Err("invalid delete target".into()),
@@ -106,7 +102,7 @@ impl Emitter {
ctx.inst(Inst::jmp(end_label));
ctx.labels.set_label_pos(short_label, ctx.insts.len());
let true_idx = ctx.add_constant(Constant::Boolean(true));
ctx.inst(Inst::load_const(Operand::Reg(result_reg as u32), true_idx));
ctx.inst(Inst::load_const(Operand::Reg(result_reg), true_idx));
ctx.labels.set_label_pos(end_label, ctx.insts.len());
Ok(result_reg)
}
@@ -116,27 +112,27 @@ impl Emitter {
let arg = self.emit_expression(&un.argument, ctx)?;
match un.operator {
UnaryOperator::UnaryNegation => {
ctx.inst(Inst::new(OpCode::NEG, Operand::Reg(arg as u32), Operand::Reg(arg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::NEG, Operand::Reg(arg), Operand::Reg(arg), Operand::None));
Ok(arg)
}
UnaryOperator::Typeof => {
ctx.inst(Inst::new(OpCode::TYPEOF, Operand::Reg(arg as u32), Operand::Reg(arg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::TYPEOF, Operand::Reg(arg), Operand::Reg(arg), Operand::None));
Ok(arg)
}
UnaryOperator::Void => {
ctx.inst(Inst::new(OpCode::VOID, Operand::Reg(arg as u32), Operand::Reg(arg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::VOID, Operand::Reg(arg), Operand::Reg(arg), Operand::None));
Ok(arg)
}
UnaryOperator::LogicalNot => {
ctx.inst(Inst::new(OpCode::NOT, Operand::Reg(arg as u32), Operand::Reg(arg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::NOT, Operand::Reg(arg), Operand::Reg(arg), Operand::None));
Ok(arg)
}
UnaryOperator::BitwiseNot => {
ctx.inst(Inst::new(OpCode::BIT_NOT, Operand::Reg(arg as u32), Operand::Reg(arg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::BIT_NOT, Operand::Reg(arg), Operand::Reg(arg), Operand::None));
Ok(arg)
}
UnaryOperator::UnaryPlus => {
ctx.inst(Inst::new(OpCode::UNARY_PLUS, Operand::Reg(arg as u32), Operand::Reg(arg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::UNARY_PLUS, Operand::Reg(arg), Operand::Reg(arg), Operand::None));
Ok(arg)
}
UnaryOperator::Delete => Err("invalid delete target".into()),
@@ -145,7 +141,7 @@ impl Emitter {
fn emit_conditional_expression(
&self, cond: &oxide_parser::ConditionalExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let else_label = ctx.next_label_id();
let end_label = ctx.next_label_id();
@@ -154,13 +150,13 @@ impl Emitter {
let cons_reg = self.emit_expression(&cond.consequent, ctx)?;
let result_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg as u32), Operand::Reg(cons_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg), Operand::Reg(cons_reg), Operand::None));
ctx.inst(Inst::jmp(end_label));
ctx.labels.set_label_pos(else_label, ctx.insts.len());
let alt_reg = self.emit_expression(&cond.alternate, ctx)?;
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg as u32), Operand::Reg(alt_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg), Operand::Reg(alt_reg), Operand::None));
ctx.labels.set_label_pos(end_label, ctx.insts.len());
Ok(result_reg)
@@ -168,7 +164,7 @@ impl Emitter {
fn emit_logical_expression(
&self, log: &oxide_parser::LogicalExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let left_reg = self.emit_expression(&log.left, ctx)?;
if is_side_effect_free(&log.left) && is_side_effect_free(&log.right) {
@@ -179,7 +175,7 @@ impl Emitter {
LogicalOperator::Or => OpCode::OR,
LogicalOperator::Coalesce => OpCode::NULLISH,
};
ctx.inst(Inst::new(op, Operand::Reg(r as u32), Operand::Reg(left_reg as u32), Operand::Reg(right_reg as u32)));
ctx.inst(Inst::new(op, Operand::Reg(r), Operand::Reg(left_reg), Operand::Reg(right_reg)));
return Ok(r);
}
@@ -187,12 +183,12 @@ impl Emitter {
let rhs_label = ctx.next_label_id();
let end_label = ctx.next_label_id();
let dup_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(dup_reg as u32), Operand::Reg(left_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(dup_reg), Operand::Reg(left_reg), Operand::None));
ctx.inst(Inst::jmp_if_nullish(dup_reg, rhs_label));
ctx.inst(Inst::jmp(end_label));
ctx.labels.set_label_pos(rhs_label, ctx.insts.len());
let right_reg = self.emit_expression(&log.right, ctx)?;
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(dup_reg as u32), Operand::Reg(right_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(dup_reg), Operand::Reg(right_reg), Operand::None));
ctx.labels.set_label_pos(end_label, ctx.insts.len());
return Ok(dup_reg);
}
@@ -203,7 +199,7 @@ impl Emitter {
LogicalOperator::Coalesce => return Err("invalid logical operator dispatch".into()),
};
let dup_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(dup_reg as u32), Operand::Reg(left_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(dup_reg), Operand::Reg(left_reg), Operand::None));
match log.operator {
LogicalOperator::And => ctx.inst(Inst::jmp_if_false(dup_reg, skip_label)),
@@ -212,7 +208,7 @@ impl Emitter {
}
let right_reg = self.emit_expression(&log.right, ctx)?;
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(dup_reg as u32), Operand::Reg(right_reg as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(dup_reg), Operand::Reg(right_reg), Operand::None));
ctx.labels.set_label_pos(skip_label, ctx.insts.len());
Ok(dup_reg)
@@ -220,7 +216,7 @@ impl Emitter {
fn emit_update_expression(
&self, update: &oxide_parser::UpdateExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
match &update.argument {
SimpleAssignmentTarget::AssignmentTargetIdentifier(id) => {
let name = id.name.as_str();
@@ -230,36 +226,36 @@ impl Emitter {
if let Some(uv) = uv_idx {
// Upvalue: LOAD_UPVALUE + CONST(1) + ADD/SUB + STORE_UPVALUE
let val_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_UPVALUE, Operand::Reg(val_reg as u32), Operand::Imm(uv as u16), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_UPVALUE, Operand::Reg(val_reg), Operand::Imm(uv as u16), Operand::None));
let one_idx = ctx.add_constant(Constant::Int(1));
let one_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(one_reg as u32), one_idx));
ctx.inst(Inst::load_const(Operand::Reg(one_reg), one_idx));
let op = if update.operator == UpdateOperator::Increment {
OpCode::ADD
} else {
OpCode::SUB
};
ctx.inst(Inst::new(op, Operand::Reg(val_reg as u32), Operand::Reg(val_reg as u32), Operand::Reg(one_reg as u32)));
ctx.inst(Inst::new(OpCode::STORE_UPVALUE, Operand::None, Operand::Reg(val_reg as u32), Operand::Imm(uv as u16)));
ctx.inst(Inst::new(op, Operand::Reg(val_reg), Operand::Reg(val_reg), Operand::Reg(one_reg)));
ctx.inst(Inst::new(OpCode::STORE_UPVALUE, Operand::None, Operand::Reg(val_reg), Operand::Imm(uv as u16)));
Ok(val_reg)
} else if let Some(cell_idx) = captured_cell {
// Captured cell: CELL_GET + CONST(1) + ADD/SUB + CELL_SET
let val_reg = ctx.alloc_reg();
if let Some((binding, _)) = ctx.scopes.symbols.lookup_any_binding(name) {
ctx.inst(Inst::new(OpCode::CELL_GET, Operand::Reg(val_reg as u32), Operand::Reg(binding.reg as u32), Operand::Imm(cell_idx as u16)));
ctx.inst(Inst::new(OpCode::CELL_GET, Operand::Reg(val_reg), Operand::Reg(binding.reg), Operand::Imm(cell_idx as u16)));
} else {
ctx.inst(Inst::new(OpCode::CELL_GET, Operand::Reg(val_reg as u32), Operand::None, Operand::Imm(cell_idx as u16)));
ctx.inst(Inst::new(OpCode::CELL_GET, Operand::Reg(val_reg), Operand::None, Operand::Imm(cell_idx as u16)));
}
let one_idx = ctx.add_constant(Constant::Int(1));
let one_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(one_reg as u32), one_idx));
ctx.inst(Inst::load_const(Operand::Reg(one_reg), one_idx));
let op = if update.operator == UpdateOperator::Increment {
OpCode::ADD
} else {
OpCode::SUB
};
ctx.inst(Inst::new(op, Operand::Reg(val_reg as u32), Operand::Reg(val_reg as u32), Operand::Reg(one_reg as u32)));
ctx.inst(Inst::new(OpCode::CELL_SET, Operand::None, Operand::Reg(val_reg as u32), Operand::Imm(cell_idx as u16)));
ctx.inst(Inst::new(op, Operand::Reg(val_reg), Operand::Reg(val_reg), Operand::Reg(one_reg)));
ctx.inst(Inst::new(OpCode::CELL_SET, Operand::None, Operand::Reg(val_reg), Operand::Imm(cell_idx as u16)));
Ok(val_reg)
} else {
let var_reg = ctx.lookup_or_global(name);
@@ -270,7 +266,7 @@ impl Emitter {
(UpdateOperator::Decrement, true) => OpCode::DEC_PRE,
(UpdateOperator::Decrement, false) => OpCode::DEC_POST,
};
ctx.inst(Inst::new(op, Operand::Reg(var_reg as u32), Operand::Reg(result_reg as u32), Operand::Reg(result_reg as u32)));
ctx.inst(Inst::new(op, Operand::Reg(var_reg), Operand::Reg(result_reg), Operand::Reg(result_reg)));
Ok(result_reg)
}
}
@@ -279,7 +275,7 @@ impl Emitter {
let prop_name = member.property.name.as_str();
let key_idx = ctx.add_constant(Constant::String(prop_name.to_string()));
let key_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(key_reg as u32), key_idx));
ctx.inst(Inst::load_const(Operand::Reg(key_reg), key_idx));
let val_reg = ctx.alloc_reg();
let op = match update.operator {
UpdateOperator::Increment => OpCode::MEMBER_INC,
@@ -287,10 +283,10 @@ impl Emitter {
};
match op {
OpCode::MEMBER_INC => {
ctx.inst(Inst::member_inc(Operand::Reg(obj_reg as u32), Operand::Reg(val_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::member_inc(Operand::Reg(obj_reg), Operand::Reg(val_reg), Operand::Reg(key_reg)));
}
OpCode::MEMBER_DEC => {
ctx.inst(Inst::member_dec(Operand::Reg(obj_reg as u32), Operand::Reg(val_reg as u32), Operand::Reg(key_reg as u32)));
ctx.inst(Inst::member_dec(Operand::Reg(obj_reg), Operand::Reg(val_reg), Operand::Reg(key_reg)));
}
_ => unreachable!(),
}
@@ -304,14 +300,14 @@ impl Emitter {
UpdateOperator::Increment => OpCode::DYN_MEMBER_INC,
UpdateOperator::Decrement => OpCode::DYN_MEMBER_DEC,
};
ctx.inst(Inst::new(op, Operand::Reg(obj_reg as u32), Operand::Reg(key_reg as u32), Operand::Reg(val_reg as u32)));
ctx.inst(Inst::new(op, Operand::Reg(obj_reg), Operand::Reg(key_reg), Operand::Reg(val_reg)));
Ok(val_reg)
}
_ => Err("member update not yet supported".into()),
}
}
pub(crate) fn emit_operator(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u8, String> {
pub(crate) fn emit_operator(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u32, String> {
match expr {
Expression::BinaryExpression(bin) => self.emit_binary_expression(bin, ctx),
Expression::PrivateInExpression(pin) => self.emit_private_in_expression(pin, ctx),
crates/oxide_emit/src/expr/parenthesized.rs
+1 -1
View File
@@ -5,7 +5,7 @@ use crate::{CompileCtx, Emitter};
impl Emitter {
pub(crate) fn emit_parenthesized_expression(
&self, p: &oxide_parser::ParenthesizedExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
self.emit_expression(&p.expression, ctx)
}
}
crates/oxide_emit/src/expr/template/mod.rs
+1 -1
View File
@@ -7,7 +7,7 @@ mod tagged;
mod template_literal;
impl Emitter {
pub(crate) fn emit_template_domain(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u8, String> {
pub(crate) fn emit_template_domain(&self, expr: &Expression, ctx: &mut CompileCtx) -> Result<u32, String> {
match expr {
Expression::TemplateLiteral(tl) => self.emit_template_literal_expression(tl, ctx),
Expression::TaggedTemplateExpression(tt) => self.emit_tagged_template_expression(tt, ctx),
crates/oxide_emit/src/expr/template/tagged.rs
+17 -17
View File
@@ -8,36 +8,36 @@ use oxide_bytecode::opcode::OpCode;
impl Emitter {
pub(crate) fn emit_tagged_template_expression(
&self, tt: &oxide_parser::TaggedTemplateExpression, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let quasis = &tt.quasi.quasis;
let expressions = &tt.quasi.expressions;
let tag_reg = self.emit_expression(&tt.tag, ctx)?;
let cooked_temp = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::NEW_ARRAY, Operand::Reg(cooked_temp as u32), Operand::Imm(quasis.len() as u16), Operand::None));
ctx.inst(Inst::new(OpCode::NEW_ARRAY, Operand::Reg(cooked_temp), Operand::Imm(quasis.len() as u16), Operand::None));
for (i, quasi) in quasis.iter().enumerate() {
let s = quasi.value.cooked.as_ref().map(|c| c.to_string()).unwrap_or_default();
let const_idx = ctx.add_constant(Constant::String(s));
let str_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(str_reg as u32), const_idx));
ctx.inst(Inst::load_const(Operand::Reg(str_reg), const_idx));
let idx_const = ctx.add_constant(Constant::Int(i as i32));
let idx_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(idx_reg as u32), idx_const));
ctx.inst(Inst::new(OpCode::SET_ELEM, Operand::Reg(cooked_temp as u32), Operand::Reg(idx_reg as u32), Operand::Reg(str_reg as u32)));
ctx.inst(Inst::load_const(Operand::Reg(idx_reg), idx_const));
ctx.inst(Inst::new(OpCode::SET_ELEM, Operand::Reg(cooked_temp), Operand::Reg(idx_reg), Operand::Reg(str_reg)));
}
let raw_temp = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::NEW_ARRAY, Operand::Reg(raw_temp as u32), Operand::Imm(quasis.len() as u16), Operand::None));
ctx.inst(Inst::new(OpCode::NEW_ARRAY, Operand::Reg(raw_temp), Operand::Imm(quasis.len() as u16), Operand::None));
for (i, quasi) in quasis.iter().enumerate() {
let raw = quasi.value.raw.to_string();
let const_idx = ctx.add_constant(Constant::String(raw));
let str_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(str_reg as u32), const_idx));
ctx.inst(Inst::load_const(Operand::Reg(str_reg), const_idx));
let idx_const = ctx.add_constant(Constant::Int(i as i32));
let idx_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(idx_reg as u32), idx_const));
ctx.inst(Inst::new(OpCode::SET_ELEM, Operand::Reg(raw_temp as u32), Operand::Reg(idx_reg as u32), Operand::Reg(str_reg as u32)));
ctx.inst(Inst::load_const(Operand::Reg(idx_reg), idx_const));
ctx.inst(Inst::new(OpCode::SET_ELEM, Operand::Reg(raw_temp), Operand::Reg(idx_reg), Operand::Reg(str_reg)));
}
let mut expr_temps = Vec::new();
@@ -52,26 +52,26 @@ impl Emitter {
expr_slots.push(ctx.alloc_reg());
}
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(cooked_slot as u32), Operand::Reg(cooked_temp as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(raw_slot as u32), Operand::Reg(raw_temp as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(cooked_slot), Operand::Reg(cooked_temp), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(raw_slot), Operand::Reg(raw_temp), Operand::None));
for (slot, temp) in expr_slots.iter().zip(expr_temps.iter()) {
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(*slot as u32), Operand::Reg(*temp as u32), Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(*slot), Operand::Reg(*temp), Operand::None));
}
let undef_idx = ctx.add_constant(Constant::Undefined);
let undef_reg = ctx.alloc_reg();
ctx.inst(Inst::load_const(Operand::Reg(undef_reg as u32), undef_idx));
ctx.inst(Inst::load_const(Operand::Reg(undef_reg), undef_idx));
let arg_count = 2 + expressions.len();
ctx.inst(Inst::call(
Operand::Reg(tag_reg as u32),
Operand::Reg(undef_reg as u32),
Operand::Reg(cooked_slot as u32),
Operand::Reg(tag_reg),
Operand::Reg(undef_reg),
Operand::Reg(cooked_slot),
arg_count as u8,
));
let result_reg = ctx.alloc_reg();
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg as u32), Operand::None, Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(result_reg), Operand::None, Operand::None));
Ok(result_reg)
}
}
crates/oxide_emit/src/expr/template/template_literal.rs
+4 -4
View File
@@ -9,13 +9,13 @@ use oxide_bytecode::module::Constant;
impl Emitter {
pub(crate) fn emit_template_literal_expression(
&self, tl: &oxide_parser::TemplateLiteral, ctx: &mut CompileCtx,
) -> Result<u8, String> {
) -> Result<u32, String> {
let r = ctx.alloc_reg();
let quasis = &tl.quasis;
let expressions = &tl.expressions;
let segment_count = quasis.len() + expressions.len();
let expr_regs: Vec<u8> = expressions
let expr_regs: Vec<u32> = expressions
.iter()
.map(|e| self.emit_expression(e, ctx))
.collect::<Result<Vec<_>, _>>()?;
@@ -38,12 +38,12 @@ impl Emitter {
for const_idx in quasi_const_idxs.iter() {
parts.push(*const_idx as u32 & 0x7FFF_FFFF);
if let Some(expr_reg) = expr_iter.next() {
parts.push(0x8000_0000u32 | (*expr_reg as u32));
parts.push(0x8000_0000u32 | (*expr_reg));
}
}
ctx.inst(Inst::template_str(
Operand::Reg(r as u32),
Operand::Reg(r),
segment_count as u32,
total_len_hint as u16,
&parts,
crates/oxide_emit/src/expr/this.rs
+2 -2
View File
@@ -6,11 +6,11 @@ use oxide_ir::operand::Operand;
use oxide_bytecode::opcode::OpCode;
impl Emitter {
pub(crate) fn emit_this_expression(&self, ctx: &mut CompileCtx) -> Result<u8, String> {
pub(crate) fn emit_this_expression(&self, ctx: &mut CompileCtx) -> Result<u32, String> {
let r = ctx.alloc_reg();
let src = ctx.static_block_this_reg.unwrap_or(254);
let src_op = if src == 254 { Operand::This } else { Operand::Reg(src as u32) };
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(r as u32), src_op, Operand::None));
ctx.inst(Inst::new(OpCode::LOAD_VAR, Operand::Reg(r), src_op, Operand::None));
Ok(r)
}
}