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async function processQueue() {
let pack = installed.filter(i => i.id === queue[0])[0];
let dir = pack.id.substring(0, 1).replace(/[^a-zA-Z0-9]/gm, "#");
let pkg = JSON.parse(fs.readFileSync(home + "/repository/" + dir + "/" + pack.id + ".json").toString());
let installable = true;
let version = pkg.verdata.latest;
let publisher = pkg.verdata.publisher.name;
let publisherMail = pkg.verdata.publisher.email;
let date = moment(pkg.verdata.date).fromNow();
let signed = false;
let signInfo = "";
let verified = false;
if (pkg.sign.signed) {
signed = true;
verified = pkg.sign.verified;
if (pkg.sign.signer.name && pkg.sign.signer.email && pkg.sign.key) {
signInfo = pkg.sign.signer.name + " <" + pkg.sign.signer.email + "> " + c.gray("(" + pkg.sign.key + ")");
} else if (pkg.sign.signer.name && pkg.sign.key) {
signInfo = pkg.sign.signer.name + c.gray(" (" + pkg.sign.key + ")");
} else if (pkg.sign.signer.email && pkg.sign.key) {
signInfo = pkg.sign.signer.email + c.gray(" (" + pkg.sign.key + ")");
} else if (pkg.sign.key) {
signInfo = pkg.sign.key;
}
}
spinner = ora("Checking dependencies...").start();
for (let dependency of pkg.depends) {
let cmd = "which";
if (os.platform() === "win32") { cmd = "where"; }
try {
if (require('child_process').spawnSync(cmd, [dependency]).status !== 0) {
spinner.fail("Checking dependencies... failed")
die(c.red("error: ") + "package '" + pack.id + "' depends on '" + dependency + "' which is not installed");
}
} catch (e) {
spinner.fail("Checking dependencies... failed")
die(c.red("error: ") + "unable to check for '" + dependency + "'");
}
}
spinner.succeed("Checking dependencies... done")
console.log(" Installing '" + pkg.name + "'...")
console.log(" version: " + pack.version + " -> " + version);
console.log(" release: " + date);
console.log(" publisher: " + publisher + " <" + publisherMail + ">");
if (signed) {
if (verified) {
console.log(" security: " + c.green("verified") + " " + signInfo);
} else {
console.log(" security: " + c.yellow("unverified") + " " + signInfo);
}
} else {
console.log(" security: " + c.red.inverse("unsafe"));
}
try {
if (!signed && !(await prompts.confirm({
message: "This package is unsafe, installing it may damage your system. Are you sure you want to continue?",
initial: false
}))) {
installable = false;
}
} catch (e) {
installable = false;
}
if (installable) {
if (fs.existsSync(home + "/buildroot")) { fs.rmSync(home + "/buildroot", { recursive: true }) }
require('../hooks/clone')(pkg.repo, pkg.branch, async () => {
spinner = ora("Extracting package...").start();
if (fs.existsSync(home + "/packages/" + pkg.id + "--update-" + version)) fs.rmSync(home + "/packages/" + pkg.id + "--update-" + version, { recursive: true })
fs.renameSync(home + "/buildroot", home + "/packages/" + pkg.id + "--update-" + version);
let change = require('../hooks/diff')(pkg.id, pkg.id + "--update-" + version);
require('../hooks/apply_update')(pkg.id, pkg.id + "--update-" + version);
fs.rmSync(home + "/packages/" + pkg.id + "--update-" + version, { recursive: true });
delete installed[installed.map(i => i.id).indexOf(pkg.id)];
installed.push({
id: pkg.id,
date: new Date().toISOString(),
version,
files: require('../hooks/files')(pkg.id)
})
fs.writeFileSync(os.homedir() + "/.twilight/installed.json", JSON.stringify(installed));
spinner.succeed("Extracting package... done");
console.log(" Size change: " + change);
if (os.platform() === "win32" && typeof pkg.executable.windows === "string") {
fs.writeFileSync(os.homedir() + "/.twilight/binaries/" + pkg.id + ".bat", pkg.executable.windows);
} else if (os.platform() === "linux" && typeof pkg.executable.linux === "string") {
fs.writeFileSync(os.homedir() + "/.twilight/binaries/" + exec, pkg.executable.linux);
require('child_process').spawnSync("chmod", [ "+x", os.homedir() + "/.twilight/binaries/" + exec ])
} else if (os.platform() === "darwin" && typeof pkg.executable.mac === "string") {
fs.writeFileSync(os.homedir() + "/.twilight/binaries/" + exec, pkg.executable.mac);
require('child_process').spawnSync("chmod", [ "+x", os.homedir() + "/.twilight/binaries/" + exec ])
}
let postinstall = [];
if (os.platform() === "win32") postinstall = pkg.postinstall.windows;
if (os.platform() === "linux") postinstall = pkg.postinstall.linux;
if (os.platform() === "darwin") postinstall = pkg.postinstall.mac;
if (postinstall.length > 0) {
spinner = ora("Running post-install hooks...").start();
for (let hook of postinstall) {
require('child_process').execSync(hook, { stdio: "inherit" })
}
spinner.succeed("Running post-install hooks... done");
}
queue.shift();
if (queue.length > 0) await processQueue();
})
}
}
module.exports = async (argv) => {
global.installed = JSON.parse(fs.readFileSync(home + "/installed.json").toString());
let spinner = ora("Reading package lists...").start();
let packages = JSON.parse(fs.readFileSync(home + "/repository/list.json").toString());
spinner.succeed("Reading packages lists... done");
let updated = false;
let affected = false;
global.queue = [];
for (let pack of installed) {
if (!packages.includes(pack.id)) {
console.log(c.yellow("warn: ") + "package '" + pack.id + "' not in repository anymore");
} else {
let installable = true;
let dir = pack.id.substring(0, 1).replace(/[^a-zA-Z0-9]/gm, "#");
let pkg = JSON.parse(fs.readFileSync(home + "/repository/" + dir + "/" + pack.id + ".json").toString());
if ((argv.package !== undefined && argv.package === pack.id) || argv.package === undefined) {
updated = true;
if (os.platform() === "win32" && pkg.platforms.windows === 0) {
console.log(c.yellow("warn: ") + "package '" + pack.id + "' not available on platform 'win32' anymore");
installable = false;
} else if (os.platform() === "linux" && pkg.platforms.linux === 0) {
console.log(c.yellow("warn: ") + "package '" + pack.id + "' not available on platform 'linux' anymore");
installable = false;
} else if (os.platform() === "darwin" && pkg.platforms.mac === 0) {
console.log(c.yellow("warn: ") + "package '" + pack.id + "' not available on platform 'macos' anymore");
installable = false;
}
if (os.platform() === "win32" && pkg.platforms.windows === 1) {
console.log(c.yellow("warn: ") + "package '" + pack.id + "' is experimental on platform 'win32'");
} else if (os.platform() === "linux" && pkg.platforms.linux === 1) {
console.log(c.yellow("warn: ") + "package '" + pack.id + "' is experimental on platform 'linux'");
} else if (os.platform() === "darwin" && pkg.platforms.mac === 1) {
console.log(c.yellow("warn: ") + "package '" + pack.id + "' is experimental on platform 'macos'");
}
if (installable) {
let version = pkg.verdata.latest;
let publisher = pkg.verdata.publisher.name;
let publisherMail = pkg.verdata.publisher.email;
let date = moment(pkg.verdata.date).fromNow();
let signed = false;
let signInfo = "";
let verified = false;
if (pkg.sign.signed) {
signed = true;
verified = pkg.sign.verified;
if (pkg.sign.signer.name && pkg.sign.signer.email && pkg.sign.key) {
signInfo = pkg.sign.signer.name + " <" + pkg.sign.signer.email + "> " + c.gray("(" + pkg.sign.key + ")");
} else if (pkg.sign.signer.name && pkg.sign.key) {
signInfo = pkg.sign.signer.name + c.gray(" (" + pkg.sign.key + ")");
} else if (pkg.sign.signer.email && pkg.sign.key) {
signInfo = pkg.sign.signer.email + c.gray(" (" + pkg.sign.key + ")");
} else if (pkg.sign.key) {
signInfo = pkg.sign.key;
}
}
if (pack.version !== version) {
queue.push(pack.id);
affected = true;
} else if (argv.package !== undefined && argv.package === pack.id) {
die(c.red("error: ") + "package '" + argv.package + "' is up to date");
}
} else if (argv.package !== undefined && argv.package === pack.id) {
die(c.red("error: ") + "package '" + argv.package + "' cannot be updated");
}
}
}
}
if (!updated) {
die(c.red("error: ") + "package '" + argv.package + "' not installed");
}
if (!affected) {
die("All packages are up to date");
}
await processQueue();
}
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