Benchmark: template vs stringify

Tests:

template string
const track = { streamId: "afasdads", peerId: "asdfa432r32", trackId: "asdfasdf344fq3", logIdentifier: "nfdgndgfbd", source: "regular", enabled: true, nativeTrack: "trackid=23, kind=232, enabled: false", } for (let i=0; i<100; i++) { c = `trackId=${track.trackId}, stream=${track.streamId}, peer=${track.peerId}, source=${track.source}, enabled=${track.enabled}, identifier=${track.identifier}, native=${track.nativeTrack}` }
JSON.stringify
const track = { streamId: "afasdads", peerId: "asdfa432r32", trackId: "asdfasdf344fq3", logIdentifier: "nfdgndgfbd", source: "regular", enabled: true, nativeTrack: "trackid=23, kind=232, enabled: false", } for (let i=0; i<100; i++) { JSON.stringify(track); }

Rendered benchmark preparation results:

Suite status: <idle, ready to run>

Previous results

Test case name	Result
template string
JSON.stringify

Fastest: N/A

Slowest: N/A

Latest run results:

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Autogenerated LLM Summary (model llama3.2:3b, generated one year ago):

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Let's break down the benchmark test cases and explain what's being tested.

**Benchmark Definition**: The provided JSON defines two benchmark tests: "template vs stringify". This suggests that the goal of the benchmark is to compare the performance of template literals (also known as template strings) against the `JSON.stringify()` function.

**Test Cases**:

1. **Template String Test Case**:
	* The test creates a JavaScript object `track` with various properties.
	* It then uses a template literal to construct a string that includes the values of these properties, similar to how you would use a template literal in a real-world scenario.
	* The test repeats this process 100 times and measures its execution time.
2. **JSON.stringify Test Case**:
	* Similar to the previous test case, but instead of using a template literal, it uses `JSON.stringify()` to convert the `track` object into a string.
	* Again, the test repeats this process 100 times.

**Comparison**:

The benchmark is comparing the performance of two approaches: using template literals and using `JSON.stringify()`. The expected outcome is that template literals should be faster than `JSON.stringify()` because template literals are optimized for dynamic string construction and can avoid the overhead of serializing an object into a JSON string.

**Pros and Cons**:

* **Template Literals**: Pros:
	+ Can avoid the overhead of serializing an object into a JSON string.
	+ Can be more readable and maintainable than concatenating strings with `+`.
* Cons: None notable in this context, as it's designed for dynamic string construction.
* **JSON.stringify()**: Pros:
	+ A widely supported function that can serialize any JavaScript object into a JSON string.
	+ Can be useful when working with data formats like JSON or XML.
* Cons:
	+ Involves serialization overhead, which can slow down performance.
	+ May not be as readable or maintainable as template literals.

**Library/Functionality Used**: None are mentioned in the provided benchmark definition. However, it's worth noting that `JSON.stringify()` relies on the built-in `JSON` object, which is a part of the JavaScript standard library.

**Special JS Feature/Syntax**: Template literals (template strings) were introduced in ECMAScript 2015 (ES6). They provide a convenient way to construct dynamic strings while avoiding concatenation and potential security risks.

In summary, this benchmark test case compares the performance of two approaches for constructing dynamic strings: template literals and `JSON.stringify()`. The expected outcome is that template literals should be faster due to their optimized nature.

Related benchmarks:

template vs stringify (version: 0)

Comparing performance of: template string vs JSON.stringify

Created: 3 years ago by: Guest

Jump to the latest result

template string

JSON.stringify

Suite status: <idle, ready to run>

Fastest: N/A

Slowest: N/A

No previous run results

Autogenerated LLM Summary (model llama3.2:3b, generated one year ago):