The end-to-end solution for building and hosting better data apps, dashboards, and reports.
Published
Edited
Sep 21, 2021
18 forks
34 stars
repo = "sveltejs/svelte"
isSample = repo === "sveltejs/svelte" && !hasApiKey
// Once authenticated:
// workflows = fetchWorkflows(repo)
workflows = isSample ? sampleWorkflows : fetchWorkflows(repo)
// Once authenticated:
// runs = fetchRuns(repo, workflow.id)
runs = isSample ? sampleRuns : fetchRuns(repo, workflow.id)
branches = new Set(runs.map(r => r.head_branch))
jobs = parseJobs(runs)
.filter(d => !branch || d.run.head_branch === branch)
durationByJob = data => {
const xy = {x: "minutes", y: "name"};
return Plot.plot({
marginLeft: 150,
color,
y: {
domain: d3.groupSort(data, g => d3.median(g, d => d.minutes), d => d.name)
},
marks: [
Plot.ruleX([0]),
Plot.tickX(data, {...xy, stroke: "conclusion", strokeOpacity: 0.5}),
getTooltip(data, xy)
]
})
}
durationOverTime = data => {
const xy = ({x: "started_at", y: "minutes"});
return Plot.plot({
marginBottom: 55,
width,
color,
x: {
tickFormat: ((i, f) => d => i(d) < d ? null : f(d))(d3.timeDay, dateFormat),
ticks: d3.timeHour.every(6)
},
marks: [
Plot.ruleY([0]),
Plot.areaY(data, Plot.binX({y1: q1, y2: q3}, {...xy, fill: "#eee", curve: "linear"})),
Plot.dot(data, {...xy, stroke: "conclusion", r: 3, strokeOpacity: 0.5}),
getTooltip(data, xy)
]
})
}
durationOverRun = data => {
const xy = {x: "run_number", y: "minutes"};
return Plot.plot({
marginBottom: 55,
width,
color,
x: {tickRotate: 90},
marks: [
Plot.ruleY([0]),
Plot.areaY(data, Plot.groupX({y1: q1, y2: q3}, {...xy, fill: "#eee"})),
Plot.tickY(data, {...xy, stroke: "conclusion"}),
getTooltip(data, xy)
]
})
}
timePlots = new Map([["Run number", durationOverRun], ["Start time", durationOverTime]])
jobMedians = d3.rollups(
jobs.filter(d => d.conclusion === "success"),
g => d3.median(g, d => d.minutes),
d => d.name
).sort((a, b) => a[1] - b[1])
dayMedians = d3.rollups(
jobs.filter(d => d.conclusion === "success"),
g => d3.median(g, d => d.minutes),
d => d3.timeDay.floor(d.started_at)
).sort((a, b) => a[1] - b[1])
q1 = data => d3.quantile(data, 0.25)
q3 = data => d3.quantile(data, 0.75)
color = ({domain: ["cancelled", "failure", "success"], range: ["gray", "#cb2431", "#2cbe4e"]})
dateFormat = d3.timeFormat("%a %m/%d")
timeFormat = d3.timeFormat("%a %m/%d %I:%M")
durationFormat = d => `${Math.floor(d)}m${Math.round(d % 1 * 60)}s`
prettyConclusion = (d) => {
if(d == "success") return "✅ success"
if(d == "failure") return "⛔️ failure"
if(d == "cancelled") return "⬜️ cancelled"
return d
}
getTooltip = (data, {x, y}) =>
Plot.tooltip(data, {
x,
y,
dx: 10,
dy: 10,
content: d => ({
name: d.name,
run_number: d.run_number,
duration: durationFormat(d.minutes),
started: timeFormat(d.started_at),
conclusion: d.conclusion,
branch: d.branch,
author: d.author,
message: d.message
}),
stroke: null,
onclick: (event, i) => window.open(data[i].html_url, "_blank")
})
Plot = require("@observablehq/plot@0.1").then(addTooltip)
import {addTooltip} from "@fil/experimental-plot-tooltip-01"
import {swatches as Swatches} from "@d3/color-legend"
import {fetchWorkflows, fetchRuns, parseJobs, sampleWorkflows, sampleRuns, rateLimitSummary, hasApiKey, apiKeyStatus} from "@observablehq/github-actions-workflows-api"
import {toc} from "@observablehq/templates-table-of-instructions"
// For a notebook to access Secrets, it must statically reference one; this cell grants Secret access to the notebook from which we import the GitHub API helpers. `undefined` stops the Secret from appearing in the Inspector.
undefined && Secret("GITHUB_ACCESS_TOKEN")
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