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Top 10 Examples of "extsprintf in functional component" in JavaScript

Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'extsprintf' 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.

throw (new VError('internal error: don\'t know how ' +
			    'serialize field property "%s"', key));
		});

		if (!hasextra) {
			fields.push(shEscape(fc.name));
			return;
		}

		fields.push(sprintf('%s[%s]', shEscape(fc.name),
		    values.join(',')));
	});

	if (fields.length > 0)
		/* XXX escape commas, semicolons, and spaces in field names? */
		rv.push(sprintf('--breakdowns=%s', fields.join(',')));

	return (rv);
};
/* XXX figure out hourly vs. daily */
	query = args.query;
	inputstream = this.listInputs(args.indexroot,
	    'by_day/%Y-%m-%d.sqlite', query);
	if (inputstream instanceof Error)
		return (this.asyncError(inputstream));

	job = this.jobBuilder();
	job.inputstream = inputstream;
	job.builder.name('dragnet query');
	job.builder.phase({
	    'type': 'map',
	    'assets': [ job.assetpath ],
	    'init': sprintf(JOBTPL_INIT_UNPACK_ASSET, job.assetpath),
	    'exec': sprintf(JOBTPL_EXEC_QUERY0,
	        queryToCliArgs(query, false, 'breakdowns').join(' '))
	});

	job.builder.phase({
	    'type': 'reduce',
	    'assets': [ job.assetpath ],
	    'init': sprintf(JOBTPL_INIT_UNPACK_ASSET, job.assetpath),
	    'exec': sprintf(JOBTPL_EXEC_SCAN0, 'json-skinner') + ' ' +
		queryToCliArgs(query, true, 'breakdowns').join(' ') +
		' /dev/stdin'
	});

	rv = mod_vstream.wrapTransform(new mod_stream.PassThrough({
	    'objectMode': true,
	    'highWaterMark': 0
	}));
/*
 * manateeAdmUsage.test.js: test invocations of the "manatee-adm" command
 * Just run this test directly with Node, not with nodeunit.  All manatee-adm
 * subcommands should be covered by a test case below.  This program will fail
 * if it finds a subcommand with no test cases.
 */

var assertplus = require('assert-plus');
var forkexec = require('forkexec');
var path = require('path');
var vasync = require('vasync');
var VError = require('verror');
var extsprintf = require('extsprintf');

var sprintf = extsprintf.sprintf;
var fprintf = extsprintf.fprintf;

/*
 * Test cases are configured with the "subcmds" object below, which specifies
 * two properties for each "manatee-adm" subcommand:
 *
 *     o the list of required arguments
 *
 *     o whether running the command with all required arguments is
 *       "destructive", by which we mean only that it makes any actual changes
 *       to a Manatee cluster
 *
 * Using this configuration, the test suite will invoke the subcommand several
 * times:
 *
 *     o For each required argument, the subcommand will be invoked once with
 *       that argument _missing_ but the other required arguments present.  The
console.log('%s',
	    sprintf('%15s: %s', 'constructor', err.constructor.name));
	for (i = 0; i < props.length; i++) {
		prop = props[i];

		if (prop != 'name' && !err.hasOwnProperty(prop))
			continue;

		if (prop == '_cause')
			continue;

		console.log('%s', sprintf('%15s: %s', prop, err[prop]));
	}

	console.log('%s', sprintf('%15s: %s', 'toString', err.toString()));

	var cause = err.cause ? err.cause() : null;
	if (cause) {
		console.log('\nCAUSED BY:');
		dump(cause);
	}
}
function printf() { console.log(sprintf.apply(this, arguments)); }
if (lst.oneNodeWriteMode && !nst.oneNodeWriteMode) {
        return ('cluster transitioned from singleton ' +
            '(one-node-write) mode to multi-peer mode');
    }

    if (nst.primary.zoneId != lst.primary.zoneId) {
        if (nst.generation == lst.generation) {
            return ('error: new primary, but same gen number');
        }

        if (lst.sync === null ||
            nst.primary.zoneId != lst.sync.zoneId) {
            return ('error: new primary was not previous sync');
        }

        return (sprintf('sync (%s) took over as primary (from %s)',
            nst.primary.zoneId.substr(0, 8),
            lst.primary.zoneId.substr(0, 8)));
    }

    if (nst.generation > lst.generation) {
        if (lst.sync === null && lst.oneNodeWriteMode !== true) {
            /*
             * We seem to have arrived here due to an invalid state on the
             * previous generation, namely the previous generation is
             * multi-mode, writable, with no replicas. This should never
             * happen, but somehow it did. At any rate, we're just happy that
             * there's a replica now.
             */
            return (sprintf('sync "%s" added',
                nst.sync.zoneId.substr(0, 8)));
        }
keys.forEach(function (key) {
			if (key != 'name') {
				if (!fc[key])
					values.push(shEscape(key));
				else
					values.push(sprintf('%s=%s',
					    shEscape(key),
					    shEscape(fc[key].toString())));
			}

			if (key == 'date' || key == 'aggr') {
				hasextra = true;
				return;
			}

			if (key == 'step' || key == 'name' || key == 'field')
				return;

			/*
			 * XXX Blow up here if we encounter a field
			 * configuration that we don't know how to serialize.
			 * It would be nice if we could verify this statically,
str = query.qc_before.toISOString();
			rv.push(sprintf('--before "%s"', str));
			str = query.qc_after.toISOString();
			rv.push(sprintf('--after "%s"', str));
		}

		/*
		 * If there was an extra time field, we need to pass that
		 * through to the first phase.
		 */
		fields = query.qc_synthetic.filter(function (fc) {
			return (!query.qc_fieldsbyname.hasOwnProperty(fc.name));
		});
		if (fields.length > 0) {
			mod_assertplus.ok(fields.length == 1);
			rv.push(sprintf('--time-field=%s', fields[0].name));
		}
	}

	fields = [];
	query.qc_breakdowns.forEach(function (ofc) {
		var fc, keys, hasextra, values;

		/*
		 * The first phase is a direct translation of the command-line
		 * arguments, but subsequent phases are special in the case of
		 * synthetic fields, since these values will already be present
		 * in those phases, and the origin field likely won't.  We
		 * rewrite these here, and we assert that such fields (which are
		 * always dates) are aggregated in order to make sure the
		 * numeric type is preserved.  This is pretty gnarly.
		 */
var beforeText = before.map(function (s) {
                var options = [];
                if (s.insecure) {
                    options.push('insecure');
                }
                return sprintf(template, s.url, s.type, options.join(','))
                    .trimRight();
            }).join('\n')
            + '\n\n'
function iso8601(d)
{
	if (typeof (d) == 'number')
		d = new Date(d);
	mod_assert.ok(d.constructor === Date);
	return (mod_extsprintf.sprintf('%4d-%02d-%02dT%02d:%02d:%02d.%03dZ',
	    d.getUTCFullYear(), d.getUTCMonth() + 1, d.getUTCDate(),
	    d.getUTCHours(), d.getUTCMinutes(), d.getUTCSeconds(),
	    d.getUTCMilliseconds()));
}

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