47 lines
1.8 KiB
Text
47 lines
1.8 KiB
Text
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def main [bench_size:int=5] {
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let res_dir = 'start_results'
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(mkdir $res_dir)
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let bench = [
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['tag', 'image', 'hport', 'dport'];
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['simple-dockerfile', 'react-simple', 3000, 3000],
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['multi-stage-dockerfile', 'react-multistage', 3000, 3000],
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['node-alpine-dockerfile', 'react-multistage-alpine', 3000, 3000],
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['nginx-dockerfile', 'react-nginx', 80, 80],
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['nginx-alpine-dockerfile', 'react-nginx-alpine', 80, 80],
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['bun-rspack-dockerfile', 'react-bun-rspack', 80, 80],
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['nginx-distroless-dockerfile', 'react-nginx-distroless', 80, 8080]
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]
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mut bench_results = []
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for entry in $bench {
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(docker stop $entry.image)
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(docker container rm $entry.image)
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(docker run -d -p $'($entry.hport):($entry.dport)' --name $entry.image $entry.image)
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(docker stop $entry.image)
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print $'Starting bench for image ($entry.image)'
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let total_time = timeit {
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mut csv_results = []
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for i in 1..$bench_size {
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let time = timeit {
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(docker start $entry.image)
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let hport = $entry.hport
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mut curl_res = curl -s --write-out '%{http_code}' $'http://localhost:($entry.hport)' | str substring (-3..)
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while curl_res != '200' {
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$curl_res = (curl -s --write-out '%{http_code}' $'http://localhost:($entry.hport)' | str substring (-3..))
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if $curl_res == '200' {
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break
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}
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}
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(docker stop $entry.image)
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}
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$csv_results = ($csv_results ++ [['tag', 'image', 'time']; [$entry.tag, $entry.image, $time]])
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print $'Time for ($i) out of ($bench_size) for image ($entry.image) : ($time)'
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}
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$csv_results | to csv | save -f $'./($res_dir)/($entry.tag).csv'
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print $csv_results
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}
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print $'Total time for image ($entry.image): ($total_time)'
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}
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}
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