Step 25D: module decl disasm coverage

bytecode_migration_plan.md

@@ -119,7 +119,7 @@ Goal: migrate the compiler so all values live in frames/bytecode, keeping JVM te
   - [x] Replace `emitStatementCall` usage for `EnumDeclStatement`.
   - [x] Replace `emitStatementCall` usage for `ClassDeclStatement`.
   - [x] Replace `emitStatementCall` usage for `FunctionDeclStatement`.
-  - [ ] Add JVM disasm coverage to ensure module init has no `CALL_SLOT` to `Callable@...` for declarations.
+  - [x] Add JVM disasm coverage to ensure module init has no `CALL_SLOT` to `Callable@...` for declarations.
 - [ ] Step 26: Bytecode-backed lambdas (remove `ValueFnRef` runtime execution).
   - [ ] Compile lambda bodies to bytecode and emit an opcode to create a callable from bytecode + capture plan.
   - [ ] Remove `containsValueFnRef`/`forceScopeSlots` workaround once lambdas are bytecode.

lynglib/src/commonTest/kotlin/BytecodeRecentOpsTest.kt

@@ -260,6 +260,7 @@ class BytecodeRecentOpsTest {
         assertNotNull(moduleFn, "module bytecode missing")
         val disasm = CmdDisassembler.disassemble(moduleFn)
         assertTrue(!disasm.contains("CALL_SLOT"), disasm)
+        assertTrue(!disasm.contains("Callable@"), disasm)
         assertTrue(disasm.contains("DECL_CLASS"), disasm)
         assertTrue(disasm.contains("DECL_FUNCTION"), disasm)
         assertTrue(disasm.contains("DECL_ENUM"), disasm)