0264408andClaude
fa6ea512b3
Eliminate dual-engine architecture (Interpreter + Vm) in favor of a single bytecode VM executor. - Extract shared types (Value, FunctionProto, Closure, UpvalueObj, Runtime trait, NativeFn) into new module - Consolidate builtin registration in — single used by VM, eliminates 40-line duplicate - Delete tree-walker: exec.rs, eval.rs, interpreter.rs, env.rs, module.rs - Change Value::Function(Rc<Function>) → Value::Function(Rc<Closure>) eliminating the closures HashMap pointer-key hack - Fix VM semantic gaps found during migration: * Structural equality for Object/Array in is_equal * CompoundAssignGlobal opcode (global compound assigns were broken) * 9 string methods added to VM get_property * ForInInit error on non-iterable values - Switch run_file/run_repl to VM; remove --vm CLI flag - Move 327 tests from interpreter/ to vm/ — all pass Co-Authored-By: Claude <noreply@anthropic.com>
46 lines
2.0 KiB
Rust
46 lines
2.0 KiB
Rust
//! Builtin function modules.
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pub mod core;
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pub mod io;
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pub mod os;
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pub mod string;
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use crate::runtime::Value;
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use std::cell::RefCell;
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use std::collections::HashMap;
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use std::rc::Rc;
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/// Register all standard library functions into a HashMap.
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pub fn register_all(map: &mut HashMap<String, Value>) {
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// io
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let mut io_map = HashMap::new();
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io_map.insert("print".into(), Value::NativeFunction(Rc::new(io::print)));
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io_map.insert("input".into(), Value::NativeFunction(Rc::new(io::input)));
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map.insert("io".into(), Value::Object(Rc::new(RefCell::new(io_map))));
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map.insert("print".into(), Value::NativeFunction(Rc::new(io::print)));
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map.insert("input".into(), Value::NativeFunction(Rc::new(io::input)));
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// os
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let mut os_map = HashMap::new();
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os_map.insert("clock".into(), Value::NativeFunction(Rc::new(os::clock)));
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map.insert("os".into(), Value::Object(Rc::new(RefCell::new(os_map))));
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map.insert("clock".into(), Value::NativeFunction(Rc::new(os::clock)));
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// core
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map.insert("len".into(), Value::NativeFunction(Rc::new(core::len)));
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map.insert("typeof".into(), Value::NativeFunction(Rc::new(core::typeof_fn)));
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map.insert("push".into(), Value::NativeFunction(Rc::new(core::push)));
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map.insert("pop".into(), Value::NativeFunction(Rc::new(core::pop)));
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// string
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map.insert("split".into(), Value::NativeFunction(Rc::new(string::split)));
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map.insert("trim".into(), Value::NativeFunction(Rc::new(string::trim)));
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map.insert("substring".into(), Value::NativeFunction(Rc::new(string::substring)));
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map.insert("replace".into(), Value::NativeFunction(Rc::new(string::replace)));
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map.insert("contains".into(), Value::NativeFunction(Rc::new(string::contains)));
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map.insert("upper".into(), Value::NativeFunction(Rc::new(string::upper)));
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map.insert("lower".into(), Value::NativeFunction(Rc::new(string::lower)));
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map.insert("starts_with".into(), Value::NativeFunction(Rc::new(string::starts_with)));
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map.insert("ends_with".into(), Value::NativeFunction(Rc::new(string::ends_with)));
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}
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