diff options
Diffstat (limited to 'scripts')
| -rw-r--r-- | scripts/download_count.js | 234 |
1 files changed, 222 insertions, 12 deletions
diff --git a/scripts/download_count.js b/scripts/download_count.js index 47dae4b..add7d73 100644 --- a/scripts/download_count.js +++ b/scripts/download_count.js @@ -1,14 +1,63 @@ const https = require("https"); +const args = require("minimist")(process.argv.slice(2), { + boolean: [ + "help", + "total", + "releases", + "sort-releases", + "total-platforms", + "include-prereleases" + ], -let link = "/repos/0neGal/viper/releases"; + default: { + "help": false, + "total": true, + "releases": true, + "sort-releases": false, + "total-platforms": true, + "include-prereleases": false + } +}) + +// help message +if (args["help"]) { + console.log(`options: + --help shows this help message + --no-total dont show total downloads + --no-releases dont show individual releases + --sort-releases sorts releases by download count + --no-total-platforms hides individual total platform downloads + --include-prereleases includes prereleases when listing out + individual releases + `.trim()) // the trim removes the last blank newline + process.exit(0); +} + +// when parsing releases, these will be filled let releases = {}; -let total_count = 0; +let total = { + all: 0, + linux: 0, + windows: 0 +} +// calculates what percentage `value` is of `total` +let percent = (total, value) => { + return (value / total * 100).toFixed(2) + "%"; +} + +// parses a release object from the GitHub API, and then it changes +// `releases` and `total` accordingly let parse_release = (release) => { + if (release.prerelease && ! args["include-prereleases"]) { + return; + } + + let name = release.name; let assets = release.assets; - let name = release.name + ":"; + // run through downloadable files from release for (let i = 0; i < assets.length; i++) { // dont count blockmaps if (assets[i].name.match("blockmap")) { @@ -22,32 +71,192 @@ let parse_release = (release) => { continue; default: + let platform; let downloads = assets[i].download_count; + // assume platform is Windows if filename ends with + // `.exe`, and Linux if not + if (assets[i].name.endsWith(".exe")) { + platform = "windows"; + } else { + platform = "linux"; + } + + // create new object for this release in `releases` if + // it doesn't already have one if (! releases[name]) { - releases[name] = 0; + releases[name] = { + all: 0, + linux: 0, + windows: 0 + } } - total_count += downloads; - releases[name] += downloads; + // add total download counts + total.all += downloads; + releases[name].all += downloads; + + // add platform specific download counts + total[platform] += downloads; + releases[name][platform] += downloads; } + } +} + +// pads out `str` until it's `length` long +let pad = (str, length) => { + str = String(str); + + while (str.length < length) { + str += " "; + } + + return str; +} - if (i == assets.length - 1) { - console.log(name, releases[name]); +// takes in `obj` and prints out a table based on it, each key in the +// objects inside `obj` will be used as a column, and it'll attempt to +// pad them so it the output looks properly "columnized" +let print_table = (obj) => { + // keep track of the longest value of a key + let max_lengths = {}; + + // run through all the keys + for (let i in obj) { + for (let ii in obj[i]) { + // get length of current key + let length = String(obj[i][ii]).length; + + // if the currently longest value for this type of key is + // smaller than `length`, then we make `length` the newest + // longest value for this type of key, the same happens if + // there's not been a registered longest key for this type + // of key yet + if (max_lengths[ii] < length || ! max_lengths[ii]) { + max_lengths[ii] = length; + } } } + + // run through object again + for (let i in obj) { + // we'll add to this, then print it later + let line_str = ""; + + // run through keys + for (let ii in obj[i]) { + // add value to `line_str` padding it to the longest found + // value for this type of key and adding 5 for some margin + line_str += pad(obj[i][ii], max_lengths[ii] + 5); + } + + // print the line of this table out + console.log(line_str); + } } let parse_json = (json) => { + // parse `json` json = JSON.parse(json); + + // run through releases and parse them for (let i = 0; i < json.length; i++) { parse_release(json[i]); } - console.log(); - console.log("Total download count:", total_count); + // should we should print the individual release stats? + if (args["releases"]) { + // should we sort the releases? + if (args["sort-releases"]) { + // the finalized and sorted `releases` will go here + let sorted = {}; + + // sort `releases` using the `.all` property + releases = Object.keys(releases).sort((a, b) => { + return releases[b].all - releases[a].all; + }).forEach((key) => { + sorted[key] = releases[key]; + }) + + // set `releases` to now be the sorted version + releases = sorted; + } + + // initialize `table` with a header + let table = [{ + version: "VERSION", + total: "TOTAL", + windows: "WINDOWS", + linux: "LINUX" + }] + + // runs through `releases` adding the various lines of the table + // to `table`, essentially converting it to something we can use + // `print_table()` on and nothing else + for (let i in releases) { + table.push({ + version: i, + + total: releases[i].all, + + windows: releases[i].windows + " (" + percent( + releases[i].all, releases[i].windows + ) + ")", + + linux: releases[i].linux + " (" + percent( + releases[i].all, releases[i].linux + ) + ")" + }) + } + + // print the finalized table + print_table(table); + } + + // if we dont want to print the total downloads, then we just exit + if (! args["total"]) { + process.exit(0); + } + + // if we've already printed the list of releases, we add an extra + // space between this and the total + if (args["releases"]) { + console.log(); + } + + // print out the total + console.log("Total downloads: " + total.all); + + // if we shouldn't print the platform distribution, then these empty + // strings will be used instead + let linux_percent = ""; + let windows_percent = ""; + + // get the percent of platform distribution + if (args["total-platforms"]) { + let linux_percent = + "(" + percent(total.all, total.linux) + ")"; + + let windows_percent = + "(" + percent(total.all, total.windows) + ")"; + } + + // print Windows platform distribution + console.log( + " Windows: " + + total.windows, windows_percent + ) + + // print Linux platform distribution + console.log( + " Linux: " + + total.linux, linux_percent + ) } +let link = "/repos/0neGal/viper/releases"; + +// request info about releases via GitHub's API https.get({ host: "api.github.com", port: 443, @@ -60,9 +269,10 @@ https.get({ res.on("data", data => { res_data += data; - }); + }) + // we got the data, now lets parse it! res.on("end", () => { parse_json(res_data); - }); + }) }) |