Top 10 Examples of "wonka in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'wonka' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
return ops$ =>
pipe(
ops$,
// eslint-disable-next-line no-console
tap(op => console.log('[Exchange debug]: Incoming operation: ', op)),
forward,
tap(result =>
// eslint-disable-next-line no-console
console.log('[Exchange debug]: Completed operation: ', result)
)
);
}return ops$ =>
pipe(
ops$,
// eslint-disable-next-line no-console
tap(op => console.log('[Exchange debug]: Incoming operation: ', op)),
forward,
tap(result =>
// eslint-disable-next-line no-console
console.log('[Exchange debug]: Completed operation: ', result)
)
);
}const ssr: SSRExchange = ({ client, forward }) => ops$ => {
// params.isClient tells us whether we're on the client-side
// By default we assume that we're on the client if suspense-mode is disabled
const isClient =
params && typeof params.isClient === 'boolean'
? !!params.isClient
: !client.suspense;
const sharedOps$ = share(ops$);
let forwardedOps$ = pipe(
sharedOps$,
filter(op => !isCached(op)),
forward
);
// NOTE: Since below we might delete the cached entry after accessing
// it once, cachedOps$ needs to be merged after forwardedOps$
let cachedOps$ = pipe(
sharedOps$,
filter(op => isCached(op)),
map(op => {
const serialized = data[op.key];
return deserializeResult(op, serialized);
})
);executeRequestOperation(operation: Operation): Source {
const { key, operationName } = operation;
const operationResults$ = pipe(
this.results$,
filter(res => res.operation.key === key)
);
if (operationName === 'mutation') {
// A mutation is always limited to just a single result and is never shared
return pipe(
operationResults$,
onStart(() => this.dispatchOperation(operation)),
take(1)
);
}
const teardown$ = pipe(
this.operations$,
filter(op => op.operationName === 'teardown' && op.key === key)if (operationName === 'mutation') {
// A mutation is always limited to just a single result and is never shared
return pipe(
operationResults$,
onStart(() => this.dispatchOperation(operation)),
take(1)
);
}
const teardown$ = pipe(
this.operations$,
filter(op => op.operationName === 'teardown' && op.key === key)
);
const result$ = pipe(
operationResults$,
takeUntil(teardown$),
onStart(() => this.onOperationStart(operation)),
onEnd(() => this.onOperationEnd(operation))
);
return operation.context.suspense !== false &&
this.suspense &&
operationName === 'query'
? toSuspenseSource(result$)
: result$;
}executeRequestOperation(operation: Operation): Source {
const { key, operationName } = operation;
const operationResults$ = pipe(
this.results$,
filter(res => res.operation.key === key)
);
if (operationName === 'mutation') {
// A mutation is always limited to just a single result and is never shared
return pipe(
operationResults$,
onStart(() => this.dispatchOperation(operation)),
take(1)
);
}
const teardown$ = pipe(
this.operations$,
filter(op => op.operationName === 'teardown' && op.key === key)
);
const result$ = pipe(
operationResults$,
takeUntil(teardown$),
onStart(() => this.onOperationStart(operation)),
onEnd(() => this.onOperationEnd(operation))const { key, operationName } = operation;
const operationResults$ = pipe(
this.results$,
filter(res => res.operation.key === key)
);
if (operationName === 'mutation') {
// A mutation is always limited to just a single result and is never shared
return pipe(
operationResults$,
onStart(() => this.dispatchOperation(operation)),
take(1)
);
}
const teardown$ = pipe(
this.operations$,
filter(op => op.operationName === 'teardown' && op.key === key)
);
const result$ = pipe(
operationResults$,
takeUntil(teardown$),
onStart(() => this.onOperationStart(operation)),
onEnd(() => this.onOperationEnd(operation))
);
return operation.context.suspense !== false &&
this.suspense &&
operationName === 'query'
? toSuspenseSource(result$)
: result$;const isClient =
params && typeof params.isClient === 'boolean'
? !!params.isClient
: !client.suspense;
const sharedOps$ = share(ops$);
let forwardedOps$ = pipe(
sharedOps$,
filter(op => !isCached(op)),
forward
);
// NOTE: Since below we might delete the cached entry after accessing
// it once, cachedOps$ needs to be merged after forwardedOps$
let cachedOps$ = pipe(
sharedOps$,
filter(op => isCached(op)),
map(op => {
const serialized = data[op.key];
return deserializeResult(op, serialized);
})
);
if (!isClient) {
// On the server we cache results in the cache as they're resolved
forwardedOps$ = pipe(
forwardedOps$,
tap((result: OperationResult) => {
const { operation } = result;
if (!shouldSkip(operation)) {
const serialized = serializeResult(result);switchMap(subscription$ => {
if (!subscription$) return fromValue({ fetching: false });
return concat([
// Initially set fetching to true
fromValue({ fetching: true }),
pipe(
subscription$,
map(({ stale, data, error, extensions }) => ({
fetching: true,
stale: !!stale,
data,
error,
extensions,
}))
),
// When the source proactively closes, fetching is set to false
fromValue({ fetching: false }),
]);
}),
// The individual partial results are merged into each previous resultswitchMap(query$ => {
if (!query$) return fromValue({ fetching: false });
return concat([
// Initially set fetching to true
fromValue({ fetching: true }),
pipe(
query$,
map(({ stale, data, error, extensions }) => ({
fetching: false,
stale: !!stale,
data,
error,
extensions,
}))
),
// When the source proactively closes, fetching is set to false
fromValue({ fetching: false }),
]);
}),
// The individual partial results are merged into each previous result