luaur_code_gen/functions/
to_string_ir_dump_alt_f.rs

1use alloc::string::String;
2
3use crate::functions::get_bytecode_type_name::get_bytecode_type_name;
4use crate::records::bytecode_types::BytecodeTypes;
5
6const LBC_TYPE_OPTIONAL_BIT: u8 = 0x80;
7
8pub(crate) fn to_string_string_bytecode_types_c_char(
9    result: &mut String,
10    bc_types: &BytecodeTypes,
11    userdata_types: *const *const core::ffi::c_char,
12) {
13    let optional_suffix = |t: u8| {
14        if (t & LBC_TYPE_OPTIONAL_BIT) != 0 {
15            "?"
16        } else {
17            ""
18        }
19    };
20
21    unsafe {
22        let result_ty = get_bytecode_type_name(bc_types.result, userdata_types);
23        let a_ty = get_bytecode_type_name(bc_types.a, userdata_types);
24        let b_ty = get_bytecode_type_name(bc_types.b, userdata_types);
25
26        let result_ty_str = core::ffi::CStr::from_ptr(result_ty).to_string_lossy();
27        let a_ty_str = core::ffi::CStr::from_ptr(a_ty).to_string_lossy();
28        let b_ty_str = core::ffi::CStr::from_ptr(b_ty).to_string_lossy();
29
30        result.push_str(&result_ty_str);
31        result.push_str(optional_suffix(bc_types.result));
32
33        result.push_str(" <- ");
34
35        result.push_str(&a_ty_str);
36        result.push_str(optional_suffix(bc_types.a));
37
38        result.push_str(", ");
39
40        result.push_str(&b_ty_str);
41        result.push_str(optional_suffix(bc_types.b));
42
43        if bc_types.c != crate::records::bytecode_types::LBC_TYPE_ANY {
44            let c_ty = get_bytecode_type_name(bc_types.c, userdata_types);
45            let c_ty_str = core::ffi::CStr::from_ptr(c_ty).to_string_lossy();
46            result.push_str(", ");
47            result.push_str(&c_ty_str);
48            result.push_str(optional_suffix(bc_types.c));
49        }
50    }
51}
luaur_code_gen/functions/to_string_ir_dump_alt_f.rs

luaur_code_gen/functions/
to_string_ir_dump_alt_f.rs
