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

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

it('skips the subtree for outermost() with tail', () => {
		jsonMlMapper.parse(['root', ['foo', ['foo']]], documentNode);
		const descendant = documentNode.documentElement.firstChild.firstChild;
		// It is successful when the dom facade does not throw
		const nodes = evaluateXPathToNodes(
			'outermost(tail(descendant::node()))',
			documentNode,
			buildDomFacade(descendant),
			null,
			{ language: evaluateXPath.XQUERY_3_1_LANGUAGE }
		);

		chai.assert.deepEqual(nodes, [documentNode.documentElement.firstChild]);
	});
it('skips the subtree for outermost() in debug mode', () => {
		jsonMlMapper.parse(['root', ['foo', ['foo']]], documentNode);
		const descendant = documentNode.documentElement.firstChild.firstChild;
		// It is successful when the dom facade does not throw
		const nodes = evaluateXPathToNodes(
			'outermost(descendant::foo)',
			documentNode,
			buildDomFacade(descendant),
			null,
			{
				debug: true
			}
		);

		chai.assert.deepEqual(nodes, [documentNode.documentElement.firstChild]);
	});
});
function createEnvironment(cwd, environmentNode) {
	const fileName = evaluateXPathToString('source[@role="."]/@file', environmentNode);
	const variables = evaluateXPathToNodes('source[@role!="."]', environmentNode).reduce(
		(varsByName, variable) =>
			Object.assign(varsByName, {
				[evaluateXPathToString('@role', variable).substr(1)]: getFile(
					(cwd ? cwd + '/' : '') + evaluateXPathToString('@file', variable)
				)
			}),
		{}
	);

	// Params area also variables. But different
	evaluateXPathToNodes('param', environmentNode).forEach(paramNode => {
		variables[evaluateXPathToString('@name', paramNode)] = evaluateXPath(
			evaluateXPathToString('@select', paramNode)
		);
		console.log(variables);
	});

	const namespaces = evaluateXPathToMap(
		'(namespace!map:entry(@prefix/string(), @uri/string())) => map:merge()',
		environmentNode
	);

	return {
		contextNode: fileName ? getFile((cwd ? cwd + '/' : '') + fileName) : null,
		variables,
		namespaceResolver: Object.keys(namespaces).length ? prefix => namespaces[prefix] : null
	};
[evaluateXPathToString('@role', variable).substr(1)]: getFile(
					(cwd ? cwd + '/' : '') + evaluateXPathToString('@file', variable)
				)
			}),
		{}
	);

	// Params area also variables. But different
	evaluateXPathToNodes('param', environmentNode).forEach(paramNode => {
		variables[evaluateXPathToString('@name', paramNode)] = evaluateXPath(
			evaluateXPathToString('@select', paramNode)
		);
		console.log(variables);
	});

	const namespaces = evaluateXPathToMap(
		'(namespace!map:entry(@prefix/string(), @uri/string())) => map:merge()',
		environmentNode
	);

	return {
		contextNode: fileName ? getFile((cwd ? cwd + '/' : '') + fileName) : null,
		variables,
		namespaceResolver: Object.keys(namespaces).length ? prefix => namespaces[prefix] : null
	};
}
it('allows replacing something with something asynchronous', async () => {
		const element = documentNode.appendChild(documentNode.createElement('element'));

		// Duplicate all list items and set the @count attribute to the new count of items, in a very roundabout way
		const result = await evaluateUpdatingExpression(
			`
declare namespace fontoxpath="http://fontoxml.com/fontoxpath";

replace node fontoxpath:sleep(/element, 100) with fontoxpath:sleep(, 1)
`,
			documentNode,
			null,
			{},
			{}
		);

		chai.assert.deepEqual(result.xdmValue, []);
		assertUpdateList(result.pendingUpdateList, [
			{
				replacementXML: [''],
				target: element,
const actualOuterHTML =
		actual.nodeType === actual.DOCUMENT_NODE
			? actual.documentElement.outerHTML
			: actual.outerHTML;
	const expectedOuterHTML =
		expected.nodeType === expected.DOCUMENT_NODE
			? expected.documentElement.outerHTML
			: expected.outerHTML;

	// Try fast string compare
	if (actualOuterHTML === expectedOuterHTML) {
		return;
	}

	if (
		evaluateXPathToBoolean('deep-equal($a, $b)', null, null, {
			a: actual,
			b: expected
		})
	) {
		return;
	}

	// Do comparison on on outer HTML for clear fail message
	chai.assert.equal(actualOuterHTML, expectedOuterHTML);
}
function assertXml (actual, expected) {
	// actual.normalize();
	expected.normalize();

	const actualOuterHTML = actual.nodeType === actual.DOCUMENT_NODE ? actual.documentElement.outerHTML : actual.outerHTML;
	const expectedOuterHTML = expected.nodeType === expected.DOCUMENT_NODE ? expected.documentElement.outerHTML : expected.outerHTML;

	// Try fast string compare
	if (actualOuterHTML === expectedOuterHTML) {
		return;
	}

	if (evaluateXPathToBoolean('deep-equal($a, $b)', null, null, {
		a: actual,
		b: expected
	})) {
		return;
	}

	// Do comparison on on outer HTML for clear fail message
	chai.assert.equal(actualOuterHTML, expectedOuterHTML);
}
createProcessingInstruction: assertNode.ownerDocument.createProcessingInstruction.bind(
			assertNode.ownerDocument
		),
		createTextNode: assertNode.ownerDocument.createTextNode.bind(assertNode.ownerDocument)
	};

	switch (assertNode.localName) {
		case 'all-of': {
			const asserts = evaluateXPathToNodes('*', assertNode).map(innerAssertNode =>
				createAsserter(baseUrl, innerAssertNode, language)
			);
			return (xpath, contextNode, variablesInScope, namespaceResolver) =>
				asserts.forEach(a => a(xpath, contextNode, variablesInScope, namespaceResolver));
		}
		case 'any-of': {
			const asserts = evaluateXPathToNodes('*', assertNode).map(innerAssertNode =>
				createAsserter(baseUrl, innerAssertNode, language)
			);
			return (xpath, contextNode, variablesInScope, namespaceResolver) => {
				const errors = [];
				chai.assert(
					asserts.some(a => {
						try {
							a(xpath, contextNode, variablesInScope, namespaceResolver);
						} catch (error) {
							if (error instanceof TypeError) {
								// TypeErrors are always errors
								throw error;
							}
							errors.push(error);
							return false;
						}
it('returns false if the first operand is equal to the second', () => {
			chai.assert.isFalse(evaluateXPathToBoolean('1 lt 1'));
		});
it('returns a float when given a float', () =>
		chai.assert.isTrue(
			evaluateXPathToBoolean('-(xs:float("1.5")) instance of xs:float', documentNode)
		));

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