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#[macro_export]
macro_rules! start_tests {
( $TestRegion:path ) => {
use lucet_runtime::{DlModule, Limits, Region};
use std::sync::Arc;
use $TestRegion as TestRegion;
use $crate::build::test_module_wasm;
#[test]
fn global_init() {
let module =
test_module_wasm("start", "global_init.wat").expect("module compiled and loaded");
let region = TestRegion::create(1, &Limits::default()).expect("region can be created");
let mut inst = region
.new_instance(module)
.expect("instance can be created");
inst.run("main", &[]).expect("instance runs");
let heap = inst.heap_u32();
assert_eq!(heap[0], 17);
}
#[test]
fn start_and_call() {
let module = test_module_wasm("start", "start_and_call.wat")
.expect("module compiled and loaded");
let region = TestRegion::create(1, &Limits::default()).expect("region can be created");
let mut inst = region
.new_instance(module)
.expect("instance can be created");
inst.run("main", &[]).expect("instance runs");
let heap = inst.heap_u32();
assert_eq!(heap[0], 17);
}
#[test]
fn no_start() {
let module =
test_module_wasm("start", "no_start.wat").expect("module compiled and loaded");
let region = TestRegion::create(1, &Limits::default()).expect("region can be created");
let mut inst = region
.new_instance(module)
.expect("instance can be created");
inst.run("main", &[]).expect("instance runs");
let heap = inst.heap_u32();
assert_eq!(heap[0], 17);
}
};
}