test("fiberConnWrapper", ()=>{
stub(util, 'Fiber').returns({run: v.run = stub()});
koru.fiberConnWrapper((conn, data)=>{
v.thread = util.merge({This: conn, data: data}, util.thread);
}, v.conn = {userId: 'u123', db: v.mydb = {id: "mydb"}}, v.data = [1, 2]);
assert.called(v.run);
util.Fiber.args(0, 0)();
assert(v.thread);
assert.equals(v.thread.userId, "u123");
assert.same(v.thread.db, v.mydb);
assert.same(v.thread.connection, v.conn);
assert.same(v.thread.This, v.conn);
assert.same(v.thread.data, v.data);
util.Fiber.reset();
stub(koru, 'error');
koru.fiberConnWrapper(()=>{throw new Error("Foo")}, v.conn, v.data);
util.Fiber.args(0, 0)();
assert.calledWith(koru.error, TH.match(/Foo/));
/** can't restart fiber **/
koru.error.reset();
util.Fiber.args(0, 0)();
refute.called(koru.error);
});
test("runFiber", ()=>{
stub(util, 'Fiber').returns({run: v.run = stub()});
koru.runFiber(() => {v.success = true});
assert.called(v.run);
util.Fiber.args(0, 0)();
assert(v.success);
util.Fiber.reset();
stub(koru, 'error');
koru.runFiber(()=>{throw new Error("Foo")});
util.Fiber.args(0, 0)();
assert.calledWith(koru.error, TH.match(/Foo/));
/** can't restart fiber **/
koru.error.reset();
util.Fiber.args(0, 0)();
refute.called(koru.error);
});