use super::*;

from_examples!(DMN_3_0080);

#[bench]
fn _0001(b: &mut Bencher) {
  let ctx = context(r#"{}"#);
  let invocable_name = "decision_001";
  assert_decision(
    &MODEL_EVALUATOR,
    &MODEL_NAMESPACE,
    invocable_name,
    &ctx,
    r#"null(expected 2 parameters, actual number of parameters is 0)"#,
  );
  b.iter(|| MODEL_EVALUATOR.evaluate_invocable(&MODEL_NAMESPACE, invocable_name, &ctx));
}

#[bench]
fn _0002(b: &mut Bencher) {
  let ctx = context(r#"{}"#);
  let invocable_name = "decision_002";
  assert_decision(
    &MODEL_EVALUATOR,
    &MODEL_NAMESPACE,
    invocable_name,
    &ctx,
    r#"null(expected 2 parameters, actual number of parameters is 1)"#,
  );
  b.iter(|| MODEL_EVALUATOR.evaluate_invocable(&MODEL_NAMESPACE, invocable_name, &ctx));
}

#[bench]
fn _0003(b: &mut Bencher) {
  let ctx = context(r#"{}"#);
  let invocable_name = "decision_003";
  assert_decision(
    &MODEL_EVALUATOR,
    &MODEL_NAMESPACE,
    invocable_name,
    &ctx,
    r#"null(expected 2 parameters, actual number of parameters is 3)"#,
  );
  b.iter(|| MODEL_EVALUATOR.evaluate_invocable(&MODEL_NAMESPACE, invocable_name, &ctx));
}

#[bench]
fn _0004(b: &mut Bencher) {
  let ctx = context(r#"{}"#);
  let invocable_name = "decision_004";
  assert_decision(&MODEL_EVALUATOR, &MODEL_NAMESPACE, invocable_name, &ctx, r#""foo""#);
  b.iter(|| MODEL_EVALUATOR.evaluate_invocable(&MODEL_NAMESPACE, invocable_name, &ctx));
}

#[bench]
fn _0005(b: &mut Bencher) {
  let ctx = context(r#"{}"#);
  let invocable_name = "decision_005";
  assert_decision(
    &MODEL_EVALUATOR,
    &MODEL_NAMESPACE,
    invocable_name,
    &ctx,
    r#"null([core::get value] invalid argument type, expected context, actual type is string)"#,
  );
  b.iter(|| MODEL_EVALUATOR.evaluate_invocable(&MODEL_NAMESPACE, invocable_name, &ctx));
}

#[bench]
fn _0006(b: &mut Bencher) {
  let ctx = context(r#"{}"#);
  let invocable_name = "decision_006";
  assert_decision(
    &MODEL_EVALUATOR,
    &MODEL_NAMESPACE,
    invocable_name,
    &ctx,
    r#"null([core::get value] invalid argument type, expected string, actual type is number)"#,
  );
  b.iter(|| MODEL_EVALUATOR.evaluate_invocable(&MODEL_NAMESPACE, invocable_name, &ctx));
}

#[bench]
fn _0007(b: &mut Bencher) {
  let ctx = context(r#"{}"#);
  let invocable_name = "decision_007";
  assert_decision(&MODEL_EVALUATOR, &MODEL_NAMESPACE, invocable_name, &ctx, r#""foo""#);
  b.iter(|| MODEL_EVALUATOR.evaluate_invocable(&MODEL_NAMESPACE, invocable_name, &ctx));
}

#[bench]
fn _0008(b: &mut Bencher) {
  let ctx = context(r#"{}"#);
  let invocable_name = "decision_008";
  assert_decision(&MODEL_EVALUATOR, &MODEL_NAMESPACE, invocable_name, &ctx, r#"null(parameter 'key' not found)"#);
  b.iter(|| MODEL_EVALUATOR.evaluate_invocable(&MODEL_NAMESPACE, invocable_name, &ctx));
}

#[bench]
fn _0009(b: &mut Bencher) {
  let ctx = context(r#"{}"#);
  let invocable_name = "decision_009";
  assert_decision(
    &MODEL_EVALUATOR,
    &MODEL_NAMESPACE,
    invocable_name,
    &ctx,
    r#"null([core::get value] invalid argument type, expected context, actual type is Null)"#,
  );
  b.iter(|| MODEL_EVALUATOR.evaluate_invocable(&MODEL_NAMESPACE, invocable_name, &ctx));
}

#[bench]
fn _0010(b: &mut Bencher) {
  let ctx = context(r#"{}"#);
  let invocable_name = "decision_010";
  assert_decision(
    &MODEL_EVALUATOR,
    &MODEL_NAMESPACE,
    invocable_name,
    &ctx,
    r#"null([core::get value] invalid argument type, expected string, actual type is Null)"#,
  );
  b.iter(|| MODEL_EVALUATOR.evaluate_invocable(&MODEL_NAMESPACE, invocable_name, &ctx));
}

#[bench]
fn _0011(b: &mut Bencher) {
  let ctx = context(r#"{}"#);
  let invocable_name = "decision_011";
  assert_decision(
    &MODEL_EVALUATOR,
    &MODEL_NAMESPACE,
    invocable_name,
    &ctx,
    r#"null([core::get value] invalid argument type, expected context, actual type is Null)"#,
  );
  b.iter(|| MODEL_EVALUATOR.evaluate_invocable(&MODEL_NAMESPACE, invocable_name, &ctx));
}

#[bench]
fn _0012(b: &mut Bencher) {
  let ctx = context(r#"{}"#);
  let invocable_name = "decision_012";
  assert_decision(&MODEL_EVALUATOR, &MODEL_NAMESPACE, invocable_name, &ctx, r#"null"#);
  b.iter(|| MODEL_EVALUATOR.evaluate_invocable(&MODEL_NAMESPACE, invocable_name, &ctx));
}