use sim_kernel::Symbol;
use sim_lib_standard_core::{
LanguageRow, LanguageRowBuilder, SourceConformanceCase, SourceExpectation,
};
use crate::{lua_core_profile, lua_lowering_symbol, lua_reader_symbol};
pub fn lua_core_matrix_row() -> LanguageRow {
LanguageRowBuilder::new(Symbol::new("lua"), lua_core_profile())
.with_cases(lua_core_source_cases())
.build()
}
pub fn lua_core_source_cases() -> Vec<SourceConformanceCase> {
vec![
SourceConformanceCase {
symbol: Symbol::qualified("test/lua-core", "profile-declared"),
organ: lua_reader_symbol(),
source_name: "profile.sim".to_owned(),
source: "profile".to_owned(),
expectation: SourceExpectation::LowersTo(lua_core_profile_display()),
affects_badge: Some(Symbol::qualified("standard", "partial")),
},
SourceConformanceCase {
symbol: Symbol::qualified("test/lua-core", "runtime-gap"),
organ: lua_lowering_symbol(),
source_name: "runtime-gap.lua".to_owned(),
source: "return load('return 1 + 2')()".to_owned(),
expectation: SourceExpectation::ExpectedGap {
code: Symbol::qualified("lua", "runtime-gap"),
reason: "Lua full VM execution is outside this row".to_owned(),
},
affects_badge: None,
},
]
}
fn lua_core_profile_display() -> String {
let profile = lua_core_profile();
format!(
"profile:{} reader:{} lowering:{}",
profile.symbol, profile.reader, profile.lowering
)
}
#[cfg(test)]
mod tests {
use super::*;
#[test]
fn lua_core_matrix_row_language_symbol_is_lua() {
let row = lua_core_matrix_row();
assert_eq!(row.language, Symbol::new("lua"));
assert!(!row.is_empty());
assert_eq!(row.cases.len(), 2);
assert!(matches!(
row.cases[0].expectation,
SourceExpectation::LowersTo(_)
));
assert!(matches!(
row.cases[1].expectation,
SourceExpectation::ExpectedGap { .. }
));
}
}