![]() You can select multiple frameworks and benchmarks for running with prefixes like in the following example in the webdriver-ts directory:.You can run multiple implementations by passing their directory names (cd to webdriver-ts):.Please make sure that the following command work before trying to build:Īfter that you can check all results in 3 Tips and tricks The benchmark has been tested with node vv16.14.2. If you want to do yourself a favour use nvm for that and install yarn. Installing (and maintaining) those can be challenging, but here are simplified instructions how to get started. There are currently ~60 framework entries in this repository. Results might be for mixed browser versions, number of runs per benchmark may vary) can be seen here 1 NEW: Run pre-built binaries for all frameworks The current snapshot that may not have the same quality (i.e. Older results of this benchmark are outlined on my blog ( round 1, round 2, round 3, round 4, round 5, round 6, round 7 and round 8). My blog has a few articles about about the benchmark. Official results are posted on the official results page. You can read some details on this article. total byte weight: The lighthouse metric TotalByteWeight: Network transfer cost (post-compression) of all the resources loaded into the page.įor all benchmarks the duration is measured including rendering time.main thread work cost: The lighthouse metric MainThreadWorkCost: Total amount of time spent doing work on the main thread.script bootup time: The lighthouse metric ScriptBootUpTtime: The total ms required to parse/compile/evaluate all the page's scripts.consistently interactive: The lighthouse metric TimeToConsistentlyInteractive: A pessimistic TTI - when the CPU and network are both definitely very idle. ![]() startup time: Duration for loading and parsing the javascript code and rendering the page.repeated clear memory: Memory usage after creating and clearing 1,000 rows for 5 times.replace memory: Memory usage after clicking 5 times create 1,000 rows.update memory: Memory usage after clicking 5 times update for a table with 1,000 rows.run memory: Memory usage after adding 1,000 rows.ready memory: Memory usage after page load.clear rows: Duration to clear the table filled with 10,000 rows.append rows to large table: Duration for adding 1,000 rows on a table of 10,000 rows (no warmup).create many rows: Duration to create 10,000 rows (no warmup).remove row: Duration to remove a row for a table with 1,000 rows.swap rows: Time to swap 2 rows on a table with 1,000 rows.select row: Duration to highlight a row in response to a click on the row.partial update: Time to update the text of every 10th row for a table with 10,000 rows (with 5 warmup iterations).replace all rows: Duration for replacing all 1,000 rows of the table (with 5 warmup iterations).create rows: Duration for creating 1,000 rows after the page loaded (no warmup).The following operations are benchmarked for each framework: The benchmarks creates a large table with randomized entries and measures the time for various operations including rendering duration. This is a simple benchmark for several javascript frameworks.
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