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When there is a panic in an extensive test, tracing down where it came from can be difficult since no information is provides (messeges are e.g. "attempted to subtract with overflow"). Resolve this by calling the functions within `panic::catch_unwind`, printing the input, and continuing.
80 lines
2.7 KiB
Rust
80 lines
2.7 KiB
Rust
//! Test with "infinite precision"
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#![cfg(feature = "build-mpfr")]
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use libm_test::gen::{case_list, edge_cases, random, spaced};
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use libm_test::mpfloat::MpOp;
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use libm_test::{CheckBasis, CheckCtx, CheckOutput, GeneratorKind, MathOp, TupleCall};
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const BASIS: CheckBasis = CheckBasis::Mpfr;
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fn mp_runner<Op: MathOp + MpOp>(ctx: &CheckCtx, cases: impl Iterator<Item = Op::RustArgs>) {
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let mut mp_vals = Op::new_mp();
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for input in cases {
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let mp_res = Op::run(&mut mp_vals, input);
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let crate_res = input.call_intercept_panics(Op::ROUTINE);
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crate_res.validate(mp_res, input, ctx).unwrap();
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}
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}
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macro_rules! mp_tests {
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(
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fn_name: $fn_name:ident,
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attrs: [$($attr:meta),*],
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) => {
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paste::paste! {
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#[test]
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$(#[$attr])*
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fn [< mp_case_list_ $fn_name >]() {
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type Op = libm_test::op::$fn_name::Routine;
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let ctx = CheckCtx::new(Op::IDENTIFIER, BASIS, GeneratorKind::List);
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let cases = case_list::get_test_cases_basis::<Op>(&ctx).0;
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mp_runner::<Op>(&ctx, cases);
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}
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#[test]
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$(#[$attr])*
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fn [< mp_random_ $fn_name >]() {
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type Op = libm_test::op::$fn_name::Routine;
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let ctx = CheckCtx::new(Op::IDENTIFIER, BASIS, GeneratorKind::Random);
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let cases = random::get_test_cases::<<Op as MathOp>::RustArgs>(&ctx).0;
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mp_runner::<Op>(&ctx, cases);
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}
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#[test]
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$(#[$attr])*
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fn [< mp_edge_case_ $fn_name >]() {
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type Op = libm_test::op::$fn_name::Routine;
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let ctx = CheckCtx::new(Op::IDENTIFIER, BASIS, GeneratorKind::EdgeCases);
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let cases = edge_cases::get_test_cases::<Op>(&ctx).0;
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mp_runner::<Op>(&ctx, cases);
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}
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#[test]
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$(#[$attr])*
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fn [< mp_quickspace_ $fn_name >]() {
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type Op = libm_test::op::$fn_name::Routine;
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let ctx = CheckCtx::new(Op::IDENTIFIER, BASIS, GeneratorKind::QuickSpaced);
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let cases = spaced::get_test_cases::<Op>(&ctx).0;
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mp_runner::<Op>(&ctx, cases);
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}
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}
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};
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}
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libm_macros::for_each_function! {
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callback: mp_tests,
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attributes: [
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// Also an assertion failure on i686: at `MPFR_ASSERTN (! mpfr_erangeflag_p ())`
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#[ignore = "large values are infeasible in MPFR"]
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[jn, jnf, yn, ynf],
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],
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skip: [
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// FIXME: test needed, see
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// https://github.com/rust-lang/libm/pull/311#discussion_r1818273392
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nextafter,
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nextafterf,
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],
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}
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