本文整理匯總了TypeScript中@jonggrang/ref.newRef函數的典型用法代碼示例。如果您正苦於以下問題：TypeScript newRef函數的具體用法？TypeScript newRef怎麽用？TypeScript newRef使用的例子？那麽, 這裏精選的函數代碼示例或許可以為您提供幫助。
在下文中一共展示了newRef函數的9個代碼示例，這些例子默認根據受歡迎程度排序。您可以為喜歡或者感覺有用的代碼點讚，您的評價將有助於係統推薦出更棒的TypeScript代碼示例。
示例1: addItem
.chain(stateRef =>
R.newRef<T.Fiber<void> | undefined>(void 0).map(tidRef =>
({ add: addItem(settings, stateRef, tidRef)
, read: readState(stateRef, settings.empty)
, stop: stopReaper(stateRef, settings.empty)
, kill: killReaper(tidRef)
})
)示例2: runSubs
function runSubs(int: Loop<E.Either<M, Q>>, subs: Q[]) {
return newRef(int).chain(ref => {
return T.forInPar(subs, q => {
return readRef(ref)
.chain(k => k.loop(E.right(q)))
.chain(nq => writeRef(ref, nq));
}).then(readRef(ref));
});
}示例3: withFdCache
T.supervise(T.co(function* () {
let fdRef: R.Ref<number> = yield R.newRef(-1);
yield withFdCache(3000, getFd =>
getFd(0)(path.join(__dirname, '..', 'package.json')).chain(fd =>
R.writeRef(fdRef, (fd[0] as any).value))
);
let fd: number = yield R.readRef(fdRef);
return T.attempt(T.node(null, fd, fs.readFile)).chain(mcont => {
assert.ok(isLeft(mcont));
return T.pure(void 0);
});
}))示例4: push
export function fix<I>(
proc: EvQueue<I, I>
): T.Task<EvInstance<I>> {
return R.newRef<I[]>([])
.chain(queue => {
return R.newRef<Loop<I> | undefined>(void 0)
.chain(machine => {
function push(i: I): T.Task<void> {
return R.modifyRef(queue, ys => {
let xs = ys.slice();
xs.push(i);
return xs;
});
}
const run: T.Task<void> =
R.modifyRef_(machine, x => [void 0, x]).chain(i => traverse_(loop, i));
function loop(mc: Loop<I>): T.Task<void> {
return R.readRef(queue)
.chain(q => {
if (q.length > 0) {
let head = q[0],
tail = q.slice(1);
return R.writeRef(queue, tail)
.chain(() => mc.loop(head).chain(loop));
}
return mc.tick()
.chain(st => {
return R.readRef(queue)
.chain(q2 => {
if (q2.length === 0) {
return R.writeRef(machine, st)
.then(R.writeRef(queue, []));
}
return loop(st);
});
});
});
}
const inst: EvInstance<I> = { run, push };
return proc(inst)
.chain(step => {
return R.writeRef(machine, step).then(T.pure(inst));
});
});
});
}示例5: mkAutoUpdate
return T.toPromise(T.co(function* () {
const ref: R.Ref<number> = yield R.newRef(0);
const update: T.Task<number> = R.modifyRef_(ref, i => [i + 1, i + 1]);
const next: T.Task<number> = yield mkAutoUpdate({ delay: 100, task: update });
yield T.forIn_(range(1, 11), i => {
return next.chain(j => {
assert.equal(i === j && i !== 1, false);
return T.pure(void 0);
});
});
yield T.delay(300);
const last1: number = yield R.readRef(ref);
yield T.delay(200);
const last2: number = yield R.readRef(ref);
assert.equal(last1, last2);
return T.pure(void 0);
}));示例6: handleChange
export function make<M, Q, S, I>(
interpreter: EvQueue<E.Either<M, Q>, I>,
app: App<M, Q, S, I>,
el: Element
): T.Task<AppInstance<S, I>> {
return newRef<SubscriptionState<S, I>>({ fresh: 0, cbs: {} })
.chain(subsRef =>
newRef<S>(app.init.model).chain(stateRef => {
function handleChange(ac: AppChange<S, I>): T.Task<void> {
return writeRef(stateRef, ac.model)
.then(readRef(subsRef))
.chain(sbs => T.forInPar(S.recordValues(sbs.cbs), cb => cb(ac)))
.then(T.pure(void 0));
}
function subscribe_(cb: (_: AppChange<S, I>) => T.Task<void>): T.Task<T.Task<void>> {
return readRef(subsRef)
.chain(sbs => {
let nkey = sbs.fresh.toString();
return writeRef(subsRef, S.assign({}, sbs, {
fresh: sbs.fresh + 1,
sbs: S.assign({}, sbs.cbs, {
[nkey]: cb
})
})).map(v => remove(nkey));
});
}
function remove(key: string): T.Task<void> {
return modifyRef(subsRef, sbs => {
let nbs = S.assign({}, sbs);
delete nbs.cbs[key];
return nbs;
});
}
return fix(makeAppQueue(handleChange, interpreter, app, el))
.map(queue =>
({ push: (i: I) => queue.push({ tag: AppActionType.ACTION, payload: i }),
snapshot: readRef(stateRef),
restore: (s: S) => queue.push({ tag: AppActionType.RESTORE, payload: s }),
subscribe: subscribe_,
run: queue.run
})
);
})
);
}示例7: co
return co(function* () {
let needsRunning: AVar<null> = yield newEmptyAVar;
let responseVar0: AVar<A> = yield newEmptyAVar;
let currRef: Ref<Either<AVar<A>, A>> = yield newRef(left(responseVar0));
function loop(responseVar: AVar<A>, ma: Maybe<A>): Task<void> {
return co(function* () {
yield takeAVar(needsRunning);
const a: A = yield maybe(set.task, identity, applyMaybe(modify, ma)) as Task<A>;
yield writeRef(currRef, right(a));
yield putAVar(responseVar, a);
yield delay(set.delay);
const responseVar_: AVar<A> = yield newEmptyAVar;
yield writeRef(currRef, left(responseVar_));
return loop(responseVar_, just(a));
});
}
yield forkTask(loop(responseVar0, nothing));
return pure(readRef(currRef).chain(mv => {
return isLeft(mv) ? putAVar(needsRunning, null).chain(() => readAVar(mv.value))
/* otherwise */ : pure(mv.value);
}));
});示例8: MockStorage
export const emptyMockStorage: T.Task<MockStorage> = T.co(function* () {
const sess: RV.Ref<Record<string, SS.Session>> = yield RV.newRef({});
const op: RV.Ref<L.List<MockOperation>> = yield RV.newRef(L.nil);
return T.pure(new MockStorage(sess, op));
});示例9: action
? action(P.constant(getFdNothing))
: T.bracket(initialize(duration), terminate, mfc => action(getFd(mfc)));
}
const enum Status {
ACTIVE,
INACTIVE
}
type MutableStatus = RV.Ref<Status>;
function status(ms: MutableStatus): T.Task<Status> {
return RV.readRef(ms);
}
const newActiveStatus: T.Task<MutableStatus> = RV.newRef(Status.ACTIVE);
function refresh(ms: MutableStatus): T.Task<void> {
return RV.writeRef(ms, Status.ACTIVE);
}
function inactive(ms: MutableStatus): T.Task<void> {
return RV.writeRef(ms, Status.INACTIVE);
}
interface FdEntry {
readonly path: string;
readonly fd: number;
readonly status: MutableStatus;
}