本文整理汇总了TypeScript中xstream/extra/concat.default函数的典型用法代码示例。如果您正苦于以下问题：TypeScript default函数的具体用法？TypeScript default怎么用？TypeScript default使用的例子？那么, 这里精选的函数代码示例或许可以为您提供帮助。
在下文中一共展示了default函数的6个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的TypeScript代码示例。
示例1: app
function app(sources: TestSources) {
return {
other: concat(
sources.other.take(6).map(x => String(x)).startWith('a'),
xs.never(),
),
};
}示例2: app
function app(sources: {DOM: DOMSource}) {
return {
DOM: concat(
xs.of(h2('.blesh', 'Blesh')),
xs.of(h3('.blish', 'Blish')).compose(delay(150)),
xs.of(h4('.blosh', 'Blosh')).compose(delay(150)),
),
};
}示例3: app
function app(_sources: TestSources) {
return {
other: concat(
_sources.other
.take(6)
.map(String)
.startWith('a'),
xs.never()
),
};
}示例4: app
function app(sources: {DOM: MainDOMSource}) {
const vtree1$ = xs.of(span('.tab1', 'Hi'));
const vtree2$ = xs.of(span('.tab2', 'Hello'));
const first$ = sources.DOM.isolateSink(vtree1$, '1');
const second$ = sources.DOM.isolateSink(vtree2$, '2');
const switched$ = concat(
xs.of(1).compose(delay(50)),
xs.of(2).compose(delay(50)),
xs.of(1).compose(delay(50)),
xs.of(2).compose(delay(50)),
xs.of(1).compose(delay(50)),
xs.of(2).compose(delay(50)),
).map(i => i === 1 ? first$ : second$).flatten();
return {
DOM: switched$,
};
}示例5: mainWithState
return function mainWithState(sources: Forbid<So, N>): Omit<Si, N> {
const reducerMimic$ = xs.create<Reducer<T>>();
const state$ = reducerMimic$
.fold((state, reducer) => reducer(state), void 0 as T | undefined)
.drop(1);
const innerSources: So = sources as any;
innerSources[name] = new StateSource<any>(state$, name);
const sinks = main(innerSources);
if (sinks[name]) {
const stream$ = concat(
xs.fromObservable<Reducer<T>>(sinks[name]),
xs.never()
);
stream$.subscribe({
next: i => schedule(() => reducerMimic$._n(i)),
error: err => schedule(() => reducerMimic$._e(err)),
complete: () => schedule(() => reducerMimic$._c()),
});
}
return sinks as any;
};示例6: DOMDriver
function DOMDriver(vnode$: Stream<VNode>, name = 'DOM'): MainDOMSource {
domDriverInputGuard(vnode$);
const sanitation$ = xs.create<null>();
const firstRoot$ = domReady$.map(() => {
const firstRoot = getValidNode(container) || document.body;
vnodeWrapper = new VNodeWrapper(firstRoot);
return firstRoot;
});
// We need to subscribe to the sink (i.e. vnode$) synchronously inside this
// driver, and not later in the map().flatten() because this sink is in
// reality a SinkProxy from @cycle/run, and we don't want to miss the first
// emission when the main() is connected to the drivers.
// Read more in issue #739.
const rememberedVNode$ = vnode$.remember();
rememberedVNode$.addListener({});
// The mutation observer internal to mutationConfirmed$ should
// exist before elementAfterPatch$ calls mutationObserver.observe()
mutationConfirmed$.addListener({});
const elementAfterPatch$ = firstRoot$
.map(
firstRoot =>
xs
.merge(rememberedVNode$.endWhen(sanitation$), sanitation$)
.map(vnode => vnodeWrapper.call(vnode))
.startWith(addRootScope(toVNode(firstRoot)))
.fold(patch, toVNode(firstRoot))
.drop(1)
.map(unwrapElementFromVNode)
.startWith(firstRoot as any)
.map(el => {
mutationObserver.observe(el, {
childList: true,
attributes: true,
characterData: true,
subtree: true,
attributeOldValue: true,
characterDataOldValue: true,
});
return el;
})
.compose(dropCompletion) // don't complete this stream
)
.flatten();
const rootElement$ = concat(domReady$, mutationConfirmed$)
.endWhen(sanitation$)
.compose(sampleCombine(elementAfterPatch$))
.map(arr => arr[1])
.remember();
// Start the snabbdom patching, over time
rootElement$.addListener({error: reportSnabbdomError});
const delegator = new EventDelegator(rootElement$, isolateModule);
return new MainDOMSource(
rootElement$,
sanitation$,
[],
isolateModule,
delegator,
name
);
}