Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'p-settle' 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.
async function waitAllAndThrowIfAnyCompilationsFailed(
promises: readonly Promise[],
entryConfigPaths: readonly string[]
): Promise {
const results = await pSettled(promises);
const reasons: ErrorReason[] = results
.map((result, idx) => ({
...result,
entryConfigPath: entryConfigPaths[idx],
}))
.map(result => {
if (result.isFulfilled) {
// no errors, but it may contain warnings
return {
entryConfigPath: result.entryConfigPath,
command: null,
items: result.value || [],
};
} else {
// has some errors
const { message: stderr } = result.reason as CompilerError;
public static async withSubEnvsFromComponents(
componentMap: Map,
parseFn: (filenames: string[]) => Promise,
options: ExecutionOptions = defaultExecutionOptions
) {
let interpreter = new Interpreter(options);
interpreter.onError(getLoggerUsing(options.stderr));
interpreter.environment.nodeDefMap = componentMap;
let componentScopeResolver = new ComponentScopeResolver(componentMap, parseFn);
await pSettle(
Array.from(componentMap).map(async componentKV => {
let [_, component] = componentKV;
component.environment = interpreter.environment.createSubEnvironment(
/* includeModuleScope */ false
);
let statements = await componentScopeResolver.resolve(component);
interpreter.inSubEnv(subInterpreter => {
subInterpreter.environment.setM(interpreter.environment.getM());
subInterpreter.exec(statements);
return BrsInvalid.Instance;
}, component.environment);
})
);
return interpreter;
}
geoJSON,
getState().tool.nodesDict,
getState().tool.geoIdsDict,
geoColumn.id
);
return {
geoJSON,
...vectorData
};
})
.catch(() => Promise.reject(vectorLayerURL));
}
return Promise.resolve(vectorData);
});
pSettle(vectorMaps).then(results => {
const mapVectorData = results
.map(res => {
if (res.isFulfilled && !res.isRejected) {
return {
...res.value,
isPoint:
!!res.value.geoJSON &&
!!res.value.geoJSON.features.length &&
res.value.geoJSON.features[0].geometry.type === 'Point'
};
}
console.warn('missing vector layer file', res.reason);
return null;
})
.filter(item => item !== null);
dispatch({
sqs.receiveMessage(recieveArgs, (err, data) => {
const messages = _.isArray(data.Messages) ? data.Messages : [];
pSettle(
messages.map(msg => {
return handleMessage(msg, kwargs);
})
).then(resolve);
});
});
export async function mergeDefaultChildStatus<p>(
props: P,
parentStatus: object | Promise,
mgr: ObserveForStatus,
data: BuildData,
transformParentStatus = noTransform): Promise {
const childrenP = defaultChildStatus(props, mgr, data);
const [ parentResult, childrenResult ] =
await pSettle([ Promise.resolve(parentStatus), childrenP ]);
if (childrenResult.isRejected) throw childrenResult.reason;
const children: Status = childrenResult.value as any;
if (children == null) throw new Error(`Error: status for children is null`);
let stat: Status;
if (parentResult.isFulfilled) {
stat = transformParentStatus(parentResult.value);
} else {
const err = parentResult.reason;
if (!ld.isError(err)) throw err;
stat = (err instanceof MultiError &&
err.errors.length === 1 &&
err.errors[0].message) ?
{ noStatus: err.errors[0].message } :
stat = { noStatus: err.message };</p>