install.fairie/.local/share/chezmoi/home/dot_local/bin/executable_install-program

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#!/usr/bin/env zx
const execSync = require("child_process").execSync;
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// Log symbols
const figuresDefault = {
bullet: "●",
circle: "◯",
cross: "✖",
lozenge: "◆",
play: "▶",
pointer: "",
square: "◼",
star: "★",
tick: "✔",
};
const figuresFallback = {
bullet: "■",
circle: "□",
cross: "×",
lozenge: "♦",
play: "►",
pointer: ">",
square: "■",
star: "✶",
tick: "√",
};
function isUnicodeSupported() {
if (process.platform !== "win32") {
// Linux console (kernel)
return process.env.TERM !== "linux";
}
return (
Boolean(process.env.CI) ||
// Windows Terminal
Boolean(process.env.WT_SESSION) ||
// ConEmu and cmder
process.env.ConEmuTask === "{cmd::Cmder}" ||
process.env.TERM_PROGRAM === "vscode" ||
process.env.TERM === "xterm-256color" ||
process.env.TERM === "alacritty"
);
}
const figures = isUnicodeSupported() ? figuresDefault : figuresFallback;
function log(type, label, msg) {
let icon, message;
if (type === "info") {
icon = chalk.cyanBright(figures.pointer);
message = chalk.gray.bold(msg);
} else if (type === "star") {
icon = chalk.yellowBright(figures.star);
message = chalk.bold(msg);
} else if (type === "success") {
icon = chalk.greenBright(figures.play);
message = chalk.bold(msg);
} else if (type === "warn") {
icon = `${chalk.yellowBright(
figures.lozenge
)} ${chalk.bold.black.bgYellowBright(" WARNING ")}`;
message = chalk.yellowBright(msg);
} else if (type === "error") {
icon = `${chalk.redBright(figures.cross)} ${chalk.black.bold.bgRedBright(
" ERROR "
)}`;
message = chalk.redBright(msg);
}
const outputMessage = `${icon} ${chalk.bold(label)} ${message}`;
console.log(outputMessage);
}
let installData;
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const installOrders = {};
const installOrdersPre = [];
const installOrdersPost = [];
let osType, osID;
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// Download the installation map
async function downloadInstallData() {
const response = await fetch(
"https://gitlab.com/megabyte-labs/misc/dotfiles/-/raw/master/.local/share/chezmoi/software.yml"
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);
if (response.ok) {
const text = await response.text();
return YAML.parse(text);
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} else {
log("error", "Catalog Download", `Failed to download the installation map`);
log("info", "Catalog Download", `Falling back to local version of software.yml`);
const text = fs.readFileSync(process.env.HOME + "/.local/share/chezmoi/software.yml");
return YAML.parse(text);
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}
}
// Creates the installOrders object which maps package managers to arrays of packages to install
async function generateInstallOrders() {
const logStage = "Install Orders";
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const packagesToInstall = process.argv.slice(3);
const installerPreference = await OSTypeInstallerKey();
log(
"info",
logStage,
`Installer preference category detected as ${installerPreference}`
);
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const preferenceOrder = installData.installerPreference[installerPreference];
log("info", logStage, `Preference order acquired:`);
console.log(preferenceOrder);
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const softwarePackages = installData.softwarePackages;
pkgFor: for (let pkg of packagesToInstall) {
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let packageKey;
if (softwarePackages[pkg + ":" + osID]) {
packageKey = pkg + ":" + osID;
} else if (softwarePackages[pkg + ":" + osType]) {
packageKey = pkg + ":" + osType;
} else if (softwarePackages[pkg]) {
packageKey = pkg;
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} else {
log(
"warn",
logStage,
`The package \`${pkg}\` was not found in the installation map`
);
continue;
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}
for (let preference of preferenceOrder) {
let currentSelector,
doubleScoped,
scopedPkgManager,
scopedSystem,
normalCheck;
if (
softwarePackages[packageKey][preference + ":" + osID] ||
softwarePackages[packageKey][preference + ":" + osType] ||
softwarePackages[packageKey][preference]
) {
// Handle the _when attribute
currentSelector = "when";
doubleScoped =
softwarePackages[packageKey][
"_" + currentSelector + ":" + preference + ":" + osID
] ||
softwarePackages[packageKey][
"_" + currentSelector + ":" + osID + ":" + preference
] ||
softwarePackages[packageKey][
"_" + currentSelector + ":" + preference + ":" + osType
] ||
softwarePackages[packageKey][
"_" + currentSelector + ":" + osType + ":" + preference
];
scopedPkgManager =
softwarePackages[packageKey][
"_" + currentSelector + ":" + preference
];
scopedSystem =
softwarePackages[packageKey]["_" + currentSelector + ":" + osID] ||
softwarePackages[packageKey]["_" + currentSelector + ":" + osType];
normalCheck = softwarePackages[packageKey]["_" + currentSelector];
if (doubleScoped) {
try {
await $doubleScoped;
} catch (e) {
let pref;
if (
softwarePackages[packageKey][
"_" + currentSelector + ":" + preference + ":" + osID
]
) {
pref = preference + ":" + osID;
} else if (
softwarePackages[packageKey][
"_" + currentSelector + ":" + preference + ":" + osType
]
) {
pref = preference + ":" + osType;
} else if (
softwarePackages[packageKey][
"_" + currentSelector + ":" + osID + ":" + preference
]
) {
pref = osID + ":" + preference;
} else if (
softwarePackages[packageKey][
"_" + currentSelector + ":" + osType + ":" + preference
]
) {
pref = osType + ":" + preference;
}
log(
"info",
"Skipping Package",
`${pkg} is being skipped because of the _when:${pref} condition`
);
continue pkgFor;
}
} else if (scopedPkgManager) {
try {
await $scopedPkgManager;
} catch (e) {
const pref = preference;
log(
"info",
"Skipping Package",
`${pkg} is being skipped because of the _when:${pref} condition`
);
continue pkgFor;
}
} else if (scopedSystem) {
try {
await $scopedSystem;
} catch (e) {
let pref;
if (
softwarePackages[packageKey]["_" + currentSelector + ":" + osID]
) {
pref = osID;
} else if (
softwarePackages[packageKey]["_" + currentSelector + ":" + osType]
) {
pref = osType;
}
log(
"info",
"Skipping Package",
`${pkg} is being skipped because of the _when:${pref} condition`
);
continue pkgFor;
}
} else if (normalCheck) {
try {
await $(normalCheck);
} catch (e) {
log(
"info",
"Skipping Package",
`${pkg} is being skipped because of the _when condition`
);
continue pkgFor;
}
}
// Handle the _bin attribute
currentSelector = "bin";
doubleScoped =
softwarePackages[packageKey][
"_" + currentSelector + ":" + preference + ":" + osID
] ||
softwarePackages[packageKey][
"_" + currentSelector + ":" + osID + ":" + preference
] ||
softwarePackages[packageKey][
"_" + currentSelector + ":" + preference + ":" + osType
] ||
softwarePackages[packageKey][
"_" + currentSelector + ":" + osType + ":" + preference
];
scopedPkgManager =
softwarePackages[packageKey][
"_" + currentSelector + ":" + preference
];
scopedSystem =
softwarePackages[packageKey]["_" + currentSelector + ":" + osID] ||
softwarePackages[packageKey]["_" + currentSelector + ":" + osType];
normalCheck = softwarePackages[packageKey]["_" + currentSelector];
if (doubleScoped) {
const bin = which.sync(doubleScoped, { nothrow: true });
if (bin) {
let pref;
if (
softwarePackages[packageKey][
"_" + currentSelector + ":" + preference + ":" + osID
]
) {
pref = preference + ":" + osID;
} else if (
softwarePackages[packageKey][
"_" + currentSelector + ":" + preference + ":" + osType
]
) {
pref = preference + ":" + osType;
} else if (
softwarePackages[packageKey][
"_" + currentSelector + ":" + osID + ":" + preference
]
) {
pref = osID + ":" + preference;
} else if (
softwarePackages[packageKey][
"_" + currentSelector + ":" + osType + ":" + preference
]
) {
pref = osType + ":" + preference;
}
log(
"info",
"Skipping Package",
`${pkg} is being skipped because of the _bin:${pref} condition`
);
log("info", "Skipping Package", `${bin} is already in the PATH`);
continue pkgFor;
}
} else if (scopedPkgManager) {
const bin = which.sync(scopedPkgManager, { nothrow: true });
if (bin) {
const pref = preference;
log(
"info",
"Skipping Package",
`${pkg} is being skipped because of the _bin:${pref} condition`
);
log("info", "Skipping Package", `${bin} is already in the PATH`);
continue pkgFor;
}
} else if (scopedSystem) {
const bin = which.sync(scopedSystem, { nothrow: true });
if (bin) {
let pref;
if (
softwarePackages[packageKey]["_" + currentSelector + ":" + osID]
) {
pref = osID;
} else if (
softwarePackages[packageKey]["_" + currentSelector + ":" + osType]
) {
pref = osType;
}
log(
"info",
"Skipping Package",
`${pkg} is being skipped because of the _bin:${pref} condition`
);
log("info", "Skipping Package", `${bin} is already in the PATH`);
continue pkgFor;
}
} else if (normalCheck) {
const bin = which.sync(normalCheck, { nothrow: true });
if (bin) {
log(
"info",
"Skipping Package",
`${pkg} is being skipped because of the _bin condition`
);
log("info", "Skipping Package", `${bin} is already in the PATH`);
continue pkgFor;
}
}
if (softwarePackages[packageKey][preference + ":" + osID]) {
await updateInstallMaps(
preference,
softwarePackages[packageKey],
preference + ":" + osID,
pkg,
packageKey
);
break;
} else if (softwarePackages[packageKey][preference + ":" + osType]) {
await updateInstallMaps(
preference,
softwarePackages[packageKey],
preference + ":" + osType,
pkg,
packageKey
);
break;
} else if (softwarePackages[packageKey][preference]) {
await updateInstallMaps(
preference,
softwarePackages[packageKey],
preference,
pkg,
packageKey
);
break;
}
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}
}
}
return installOrders;
}
// Update install, pre-hook, and post-hook objects
async function updateInstallMaps(
preference,
packages,
scopedPreference,
pkg,
packageKey
) {
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const preHook = getHook(packages, "pre", scopedPreference, preference);
if (preHook) {
installOrdersPre.concat(typeof preHook === "string" ? [preHook] : preHook);
}
const postHook = getHook(packages, "post", scopedPreference, preference);
if (postHook) {
installOrdersPost.concat(
typeof postHook === "string" ? [postHook] : postHook
);
}
if (!installOrders[preference]) {
installOrders[preference] = [];
}
log(
"info",
"Install Orders",
`Found a match for the package \`${pkg}\` (${packageKey} via ${scopedPreference})`
);
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const newPackages = packages[scopedPreference];
const newPkgs = typeof newPackages === "string" ? [newPackages] : newPackages;
installOrders[preference] = installOrders[preference].concat(newPkgs);
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}
// Get pre / post install hooks
function getHook(packages, hook, scopedPreference, preference) {
const hookLabel = "_" + hook + ":";
if (packages[hookLabel + scopedPreference]) {
return packages[hookLabel + scopedPreference];
} else if (packages[hookLabel + preference]) {
return packages[hookLabel + preference];
} else if (packages[hookLabel + osID]) {
return packages;
} else if (packages[hookLabel + osType]) {
return packages[hookLabel + osType];
} else if (packages["_" + hook]) {
return packages["_" + hook];
}
}
// Acquire OS type installer key (for the installerPreference data key)
async function OSTypeInstallerKey() {
const apt = which.sync("apt-get", { nothrow: true });
const dnf = which.sync("dnf", { nothrow: true });
const freebsd = which.sync("pkg", { nothrow: true });
const pacman = which.sync("pacman", { nothrow: true });
const yum = which.sync("yum", { nothrow: true });
const zypper = which.sync("zypper", { nothrow: true });
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if (apt) {
return "apt";
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} else if (dnf || yum) {
return "dnf";
} else if (pacman) {
return "pacman";
} else if (zypper) {
return "zypper";
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} else if (freebsd) {
return "freebsd";
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} else {
try {
await $`test -d /Applications && test -d /Library`;
return "darwin";
} catch (e) {
return "windows";
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}
}
}
// Acquire OS type
async function OSType() {
try {
await $`test -d /Applications && test -d /Library`;
return "darwin";
} catch (e) {
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try {
await $`test -f /etc/os-release`;
return "linux";
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} catch (e) {
return "windows";
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}
}
}
// Acquire release ID (for Linux)
async function releaseID() {
const ID = await $`
if [ -f /etc/os-release ]; then
. /etc/os-release
echo -n $ID
fi
`;
return ID.stdout;
}
// Post-install hook
async function afterInstall(packageManager) {
const logStage = "Post-Install Package Manager";
if (packageManager === "appimage") {
} else if (packageManager === "ansible") {
log(
"info",
logStage,
`Ensuring temporary passwordless sudo privileges used by Ansible are removed`
);
const gsed = which.sync("gsed", { nothrow: true });
if (gsed) {
await $`sudo gsed -i '/# TEMPORARY FOR ANSIBLE INSTALL/d' /etc/sudoers`;
} else {
await $`sudo sed -i '/# TEMPORARY FOR ANSIBLE INSTALL/d' /etc/sudoers`;
}
} else if (packageManager === "apk") {
} else if (packageManager === "apt") {
try {
await $`sudo apt-get autoclean`
await $`sudo apt-get autoremove`
} catch (e) {
log("error", logStage, 'Error cleaning up apt')
}
} else if (packageManager === "basher") {
} else if (packageManager === "binary") {
} else if (packageManager === "brew" || packageManager === "cask") {
} else if (packageManager === "cargo") {
} else if (packageManager === "choco") {
} else if (packageManager === "crew") {
} else if (packageManager === "dnf") {
} else if (packageManager === "flatpak") {
} else if (packageManager === "gem") {
} else if (packageManager === "go") {
} else if (packageManager === "nix") {
} else if (packageManager === "npm") {
} else if (packageManager === "pacman") {
} else if (packageManager === "pipx") {
} else if (packageManager === "pkg") {
} else if (packageManager === "port") {
} else if (packageManager === "scoop") {
} else if (packageManager === "snap") {
} else if (packageManager === "whalebrew") {
} else if (packageManager === "winget") {
} else if (packageManager === "yay") {
} else if (packageManager === "zypper") {
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}
}
// Pre-install hook
async function beforeInstall(packageManager) {
const logStage = "Pre-Install Package Manager";
if (packageManager === "appimage") {
} else if (packageManager === "ansible") {
log(
"info",
logStage,
`Temporarily enabling passwordless sudo for Ansible role installations`
);
await $`echo "$(whoami) ALL=(ALL:ALL) NOPASSWD: ALL # TEMPORARY FOR ANSIBLE INSTALL" | sudo tee -a`;
log('info', logStage, 'Running Ansible setup task so facts are cached')
await $`ansible localhost -m setup -e ansible_user=${process.env.USER}`;
} else if (packageManager === "apk") {
await $`sudo apk update`;
} else if (packageManager === "apt") {
await $`sudo apt-get update`;
} else if (packageManager === "basher") {
} else if (packageManager === "binary") {
} else if (packageManager === "brew" || packageManager === "cask") {
await $`brew update`;
} else if (packageManager === "cargo") {
} else if (packageManager === "choco") {
} else if (packageManager === "crew") {
await $`crew update`;
} else if (packageManager === "dnf") {
const dnf = which.sync("dnf", { nothrow: true });
const yum = which.sync("yum", { nothrow: true });
if (dnf) {
await $`dnf check-update`;
} else if (yum) {
await $`yum check-update`;
}
} else if (packageManager === "flatpak") {
await $`sudo flatpak update`;
} else if (packageManager === "gem") {
} else if (packageManager === "go") {
} else if (packageManager === "nix") {
await $`nix-channel --update`;
} else if (packageManager === "npm") {
} else if (packageManager === "pacman") {
await $`sudo pacman -Syu`;
} else if (packageManager === "pipx") {
} else if (packageManager === "pkg") {
await $`sudo pkg upgrade`;
} else if (packageManager === "port") {
const port = which.sync("port", { nothrow: true });
if (port) {
await $`sudo port sync`;
} else {
log(
"error",
"Port Not Installed",
"Skipping sudo port sync step because port is not installed"
);
}
} else if (packageManager === "scoop") {
await $`scoop update`;
} else if (packageManager === "snap") {
await $`sudo snap refresh`;
} else if (packageManager === "whalebrew") {
if (osType === "darwin") {
const docker = which.sync("docker", { nothrow: true });
if (!docker) {
await $`brew install --cask docker`;
}
try {
await $`docker run --rm hello-world`;
} catch (e) {
log(
"warn",
logStage,
`The command \`docker run --rm hello-world\` failed`
);
try {
log(
"info",
logStage,
"Attempting to open `/Applications/Docker.app` (Docker Desktop for macOS). This should take about 30 seconds."
);
const promises = [
$`test -d /Applications/Docker.app`,
$`open /Applications/Docker.app`,
];
await Promise.all(promises);
const gum = which.sync("gum", { nothrow: true });
if (gum) {
execSync(
'gum spin --spinner dot --title "Waiting for Docker Desktop to start up.." -- sleep 30',
{ stdio: "inherit", shell: true }
);
} else {
await $`sleep 30`;
}
} catch (e) {
log("warn", logStage, `Docker Desktop appears to not be installed!`);
}
}
}
} else if (packageManager === "winget") {
await $`winget source update`;
} else if (packageManager === "yay") {
} else if (packageManager === "zypper") {
await $`sudo zypper update`;
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}
}
async function ensureInstalled(bin, callback) {
const logStage = "Package Manager Install";
const installed = which.sync(bin, { nothrow: true });
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if (installed) {
log("info", logStage, `\`${bin}\` is available`);
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} else {
log("warn", logStage, `\`${bin}\` is not installed!`);
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if (callback) {
await callback;
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} else {
log(
"error",
logStage,
`There does not appear to be an installation method available for \`${bin}\``
);
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}
}
}
async function ensurePackageManagerAnsible() {
await $`pipx install ansible`;
await $`pipx inject ansible PyObjC PyObjC-core docker lxml netaddr pexpect python-vagrant pywinrm requests-credssp watchdog`;
await $`mkdir -p "$HOME/.cache/megabyte-labs"`;
await $`touch "$HOME/.cache/megabyte-labs/ansible-installed"`;
log(
"info",
"Package Manager Install",
`Ansible and its supporting packages are now installed via pipx`
);
}
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// Ensure the package manager is available
let packageManagerInstalled = {};
async function ensurePackageManager(packageManager) {
const logStage = "Package Manager Install";
log("info", logStage, `Ensuring \`${packageManager}\` is set up`);
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if (packageManagerInstalled[packageManager]) {
return;
} else {
packageManagerInstalled[packageManager] = true;
}
if (packageManager === "ansible") {
await ensurePackageManager("pipx");
}
if (
packageManager === "gem" ||
packageManager === "go" ||
packageManager === "npm" ||
packageManager === "pipx" ||
packageManager === "whalebrew"
) {
await ensurePackageManager("brew");
}
if (packageManager === "appimage") {
} else if (packageManager === "ansible") {
try {
await $`test -f "$HOME/.cache/megabyte-labs/ansible-installed"`;
const ansible = which.sync("ansible", { nothrow: true });
if (ansible) {
log(
"info",
logStage,
`\`ansible\` and its supporting packages appear to be installed`
);
} else {
await ensurePackageManagerAnsible();
}
} catch (e) {
await ensurePackageManagerAnsible();
}
} else if (packageManager === "apk") {
await ensureInstalled("apk", false);
} else if (packageManager === "apt") {
await ensureInstalled("apt", false);
} else if (packageManager === "basher") {
await ensureInstalled(
"basher",
$`
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# TODO
echo "Bash script that installs basher here"
`
);
} else if (packageManager === "binary") {
} else if (packageManager === "bpkg") {
await ensureInstalled(
"bpkg",
$`
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# TODO
echo "Bash script that installs bpkg here"
`
);
} else if (packageManager === "brew" || packageManager === "cask") {
const brew = which.sync("brew", { nothrow: true });
if (!brew) {
await ensureInstalled(
"brew",
$`
if command -v sudo > /dev/null && sudo -n true; then
echo | bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)"
else
log('info', logStage, 'Homebrew is not installed. Password may be required.')
bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)" || BREW_EXIT_CODE="$?"
if [ -n "$BREW_EXIT_CODE" ]; then
if command -v brew > /dev/null; then
log('warn', logStage, 'Homebrew was installed but part of the installation failed. Attempting to fix..')
BREW_DIRS="share/man share/doc share/zsh/site-functions etc/bash_completion.d"
for BREW_DIR in $BREW_DIRS; do
if [ -d "$(brew --prefix)/$BREW_DIR" ]; then
sudo chown -R "$(whoami)" "$(brew --prefix)/$BREW_DIR"
fi
done
brew update --force --quiet
fi
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fi
fi
`
);
}
} else if (packageManager === "cargo") {
await ensureInstalled(
"cargo",
$`
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# TODO Bash script that installs cargo
`
);
} else if (packageManager === "choco") {
await ensureInstalled(
"choco",
$`
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powershell "Set-ExecutionPolicy Bypass -Scope Process -Force; [System.Net.ServicePointManager]::SecurityProtocol = [System.Net.ServicePointManager]::SecurityProtocol -bor 3072; iex ((New-Object System.Net.WebClient).DownloadString('https://community.chocolatey.org/install.ps1'))"
`
);
} else if (packageManager === "crew") {
await ensureInstalled(
"crew",
$`
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# TODO Bash script that installs crew here
# Source: https://github.com/chromebrew/chromebrew
curl -Ls git.io/vddgY | bash
`
);
} else if (packageManager === "dnf") {
const dnf = which.sync("dnf", { nothrow: true });
const yum = which.sync("yum", { nothrow: true });
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if (dnf) {
log("info", logStage, `\`dnf\` is available`);
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} else if (yum) {
log("info", logStage, `\`yum\` is available`);
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} else {
log("error", logStage, `Both \`dnf\` and \`yum\` are not available`);
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}
} else if (packageManager === "flatpak") {
const flatpak = which.sync("flatpak", { nothrow: true });
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if (flatpak) {
log("info", logStage, `\`flatpak\` is available`);
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} else {
const apk = which.sync("apk", { nothrow: true });
const apt = which.sync("apt", { nothrow: true });
const dnf = which.sync("dnf", { nothrow: true });
const yum = which.sync("yum", { nothrow: true });
const pacman = which.sync("pacman", { nothrow: true });
const zypper = which.sync("zypper", { nothrow: true });
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if (apk) {
$`sudo apk add flatpak`;
} else if (apt) {
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$`
sudo apt install -y flatpak
if [ -f /usr/bin/gnome-shell ]; then
sudo apt install -y gnome-software-plugin-flatpak
fi
if [ -f /usr/bin/plasmashell ]; then
sudo apt install -y plasmashell
fi
`;
} else if (dnf) {
await $`sudo dnf install -y flatpak`;
} else if (yum) {
await $`sudo yum install -y flatpak`;
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} else if (pacman) {
await $`sudo pacman -Sy flatpak`;
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} else if (zypper) {
await $`sudo zypper install -y flatpak`;
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}
const flatpakPost = which.sync("flatpak", { nothrow: true });
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if (flatpakPost) {
await $`flatpak remote-add --if-not-exists flathub https://flathub.org/repo/flathub.flatpakrepo`;
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} else {
log("error", logStage, `\`flatpak\` failed to install!`);
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}
log(
"info",
logStage,
`\`flatpak\` was installed. It may require a reboot to function correctly.`
);
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}
} else if (packageManager === "gem") {
await ensureInstalled("gem", $`brew install ruby`);
} else if (packageManager === "go") {
await ensureInstalled("gem", $`brew install go`);
} else if (packageManager === "nix") {
await ensureInstalled(
"nix",
$`
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if [ -d /Applications ] && [ -d /Library ]; then
sh <(curl -L https://nixos.org/nix/install)
else
sh <(curl -L https://nixos.org/nix/install) --daemon
fi
`
);
} else if (packageManager === "npm") {
const npm = which("npm", { nothrow: true });
const node = which("node", { nothrow: true });
const volta = which("volta", { nothrow: true });
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if (npm && node && volta) {
log("info", logStage, `\`npm\`, \`node\`, and \`volta\` are available`);
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} else {
if (!volta) {
await $`brew install volta`;
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}
await $`
if [ -z "$VOLTA_HOME" ]; then
volta setup
fi
export PATH="$VOLTA_HOME/bin:$PATH"
volta install node
`;
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}
} else if (packageManager === "pacman") {
await ensureInstalled("pacman", false);
} else if (packageManager === "pipx") {
await ensureInstalled("pipx", $`brew install pipx && pipx ensurepath`);
} else if (packageManager === "pkg") {
await ensureInstalled("pkg", false);
} else if (packageManager === "port") {
const port = which.sync('port', { nothrow: true })
if (!port) {
log('info', logStage, `Installing ${packageManager}`)
await ensureInstalled(
"port",
$`
set -ex
sudo mkdir -p /opt/mports
cd /opt/mports
sudo rm -rf macports-base
sudo git clone https://github.com/macports/macports-base.git
cd macports-base
sudo git checkout v2.8.0
sudo ./configure --enable-readline
sudo make
sudo make install
sudo make distclean
`
);
log('info', logStage, `${packageManager} is now installed`)
} else {
log("info", logStage, `\`port\` is available`);
}
} else if (packageManager === "scoop") {
await ensureInstalled(
"scoop",
$`
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powershell 'Set-ExecutionPolicy RemoteSigned -Scope CurrentUser'
powershell 'irm get.scoop.sh | iex
`
);
} else if (packageManager === "snap") {
const apk = which.sync("apk", { nothrow: true });
const apt = which.sync("apt-get", { nothrow: true });
const dnf = which.sync("dnf", { nothrow: true });
const yum = which.sync("yum", { nothrow: true });
const pacman = which.sync("pacman", { nothrow: true });
const zypper = which.sync("zypper", { nothrow: true });
if (apt) {
await $`
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if [ -f /etc/apt/preferences.d/nosnap.pref ]; then
sudo mv /etc/apt/preferences.d/nosnap.pref /etc/apt/nosnap.pref.bak
fi
sudo apt install -y snapd
`;
// TODO Following may be required on Kali -> https://snapcraft.io/docs/installing-snap-on-kali
// systemctl enable --now snapd apparmor
} else if (dnf) {
await $`
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sudo dnf install -y snapd
if [ ! -d /snap ]; then
sudo ln -s /var/lib/snapd/snap /snap
fi
`;
} else if (yum) {
await $`
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sudo yum install -y snapd
sudo systemctl enable --now snapd.socket
if [ ! -d /snap ]; then
sudo ln -s /var/lib/snapd/snap /snap
fi
`;
} else if (pacman) {
await $`
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if [ -f /etc/arch-release ]; then
sudo git clone https://aur.archlinux.org/snapd.git /usr/local/src/snapd
cd /usr/local/src/snapd
sudo makepkg -si
else
sudo pacman -S snapd
sudo systemctl enable --now snapd.socket
if [ ! -d /snap ]; then
sudo ln -s /var/lib/snapd/snap /snap
fi
fi
`;
} else if (zypper) {
// TODO See https://snapcraft.io/docs/installing-snap-on-opensuse
await $`
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echo "TODO - Bash script that installs snap w/ zypper"
`;
}
const snap = which.sync("snap", { nothrow: true });
if (snap) {
$`sudo snap install core`;
}
} else if (packageManager === "whalebrew") {
await ensureInstalled("whalebrew", $`brew install whalebrew`);
} else if (packageManager === "winget") {
await ensureInstalled(
"winget",
$`
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echo "TODO - Script that installs winget here"
`
);
} else if (packageManager === "yay") {
const yay = which.sync("yay", { nothrow: true });
await $`sudo pacman -S --needed base-devel git`;
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await $`
if [ -d /usr/local/src ]; then
git clone https://aur.archlinux.org/yay.git /usr/local/src/yay
cd /usr/local/src/yay
makepkg -si
fi
`;
} else if (packageManager === "zypper") {
await ensureInstalled("zypper", false);
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}
}
// Installs a list of packages via the specified package manager
async function installPackageList(packageManager, packages) {
const logStage = "Package Install";
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try {
if (packageManager === "appimage") {
} else if (packageManager === "ansible") {
for (let pkg of packages) {
try {
await $`ansible localhost -vvvvv -m include_role -a name=${pkg} -e ansible_user=${process.env.USER} -e include_homebrew_install=false`;
} catch (e) {
log(
"error",
"Ansible Role Failure",
`There was an error installing ${pkg} with Ansible`
);
}
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}
} else if (packageManager === "apk") {
for (let pkg of packages) {
try {
await $`sudo apk add ${pkg}`;
} catch (e) {
log(
"error",
"APK Install Failure",
`There was an error installing ${pkg} with apk`
);
}
}
} else if (packageManager === "apt") {
for (let pkg of packages) {
try {
await $`sudo apt-get install -y ${pkg}`;
} catch (e) {
log(
"error",
"apt-get Failure",
`There was an error installing ${pkg} with apt-get`
);
}
}
} else if (packageManager === "basher") {
for (let pkg of packages) {
try {
await $`basher install ${pkg}`;
} catch (e) {
log(
"error",
"Basher Failure",
`There was an error installing ${pkg} with basher`
);
}
}
} else if (packageManager === "binary") {
} else if (packageManager === "brew") {
for (let pkg of packages) {
try {
await $`brew install ${pkg}`;
} catch (e) {
log(
"error",
"Homebrew Failure",
`There was an error installing ${pkg} with brew`
);
}
}
} else if (packageManager === "cask") {
for (let pkg of packages) {
try {
await $`brew install --cask ${pkg}`;
} catch (e) {
log(
"error",
"Homebrew Cask Failure",
`There was an error installing ${pkg} with Homebrew Cask`
);
}
}
} else if (packageManager === "cargo") {
for (const pkg of packages) {
try {
await $`cargo install ${pkg}`;
} catch (e) {
log(
"error",
"Cargo Failure",
`There was an error installing ${pkg} with Cargo`
);
}
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}
} else if (packageManager === "choco") {
for (let pkg of packages) {
try {
await $`choco install -y ${pkg}`;
} catch (e) {
log(
"error",
"Chocolatey Failure",
`There was an error installing ${pkg} with Chocolatey`
);
}
}
} else if (packageManager === "crew") {
} else if (packageManager === "dnf") {
const dnf = which.sync("dnf", { nothrow: true });
const yum = which.sync("yum", { nothrow: true });
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if (dnf) {
for (let pkg of packages) {
try {
await $`sudo dnf install -y ${pkg}`;
} catch (e) {
log(
"error",
"dnf Failure",
`There was an error installing ${pkg} with dnf`
);
}
}
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} else if (yum) {
for (let pkg of packages) {
try {
await $`sudo yum install -y ${pkg}`;
} catch (e) {
log(
"error",
"yum Failure",
`There was an error installing ${pkg} with yum`
);
}
}
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}
} else if (packageManager === "flatpak") {
for (let pkg of packages) {
try {
await $`sudo flatpak install flathub ${pkg}`;
} catch (e) {
log(
"error",
"Flatpak Failure",
`There was an error installing ${pkg} with flatpak`
);
}
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}
} else if (packageManager === "gem") {
for (let pkg of packages) {
try {
await $`gem install ${pkg}`;
} catch (e) {
log(
"error",
"Gem Failure",
`There was an error installing ${pkg} with gem`
);
}
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}
} else if (packageManager === "go") {
for (let pkg of packages) {
try {
await $`go install ${pkg}`;
} catch (e) {
log(
"error",
"Go Failure",
`There was an error installing ${pkg} with go`
);
}
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}
} else if (packageManager === "nix") {
} else if (packageManager === "npm") {
for (let pkg of packages) {
try {
await $`volta install ${pkg}`;
} catch (e) {
log(
"error",
"Volta Failure",
`There was an error installing ${pkg} with volta`
);
}
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}
} else if (packageManager === "pacman") {
for (let pkg of packages) {
try {
await $`sudo pacman -Sy --noconfirm --needed ${pkg}`;
} catch (e) {
log(
"error",
"Pacman Failure",
`There was an error installing ${pkg} with pacman`
);
}
}
} else if (packageManager === "pipx") {
for (let pkg of packages) {
try {
await $`pipx install ${pkg}`;
} catch (e) {
log(
"error",
"PIPX Failure",
`There was an error installing ${pkg} with pipx`
);
}
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}
} else if (packageManager === "pkg") {
} else if (packageManager === "port") {
const port = which.sync("port", { nothrow: true });
if (port) {
for (let pkg of packages) {
try {
await $`sudo port install ${pkg}`;
} catch (e) {
log(
"error",
"Port Failure",
`There was an error installing ${pkg} with port`
);
}
}
} else {
log(
"error",
"Port Not Installed",
`Unable to install with port because it is not installed. Skipping installation of ${packages}`
);
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}
} else if (packageManager === "scoop") {
for (let pkg of packages) {
try {
await $`scoop install ${pkg}`;
} catch (e) {
log(
"error",
"Scoop Failure",
`There was an error installing ${pkg} with scoop`
);
}
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}
} else if (packageManager === "snap") {
for (let pkg of packages) {
// TODO _snapClassic
try {
await $`sudo snap install -y ${pkg}`;
} catch (e) {
log(
"error",
"Snap Failure",
`There was an error installing ${pkg} with snap`
);
}
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}
} else if (packageManager === "whalebrew") {
for (let pkg of packages) {
try {
await $`whalebrew install ${pkg}`;
} catch (e) {
log(
"error",
"Whalebrew Failure",
`There was an error installing ${pkg} with whalebrew`
);
}
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}
} else if (packageManager === "winget") {
for (let pkg of packages) {
try {
await $`winget install ${pkg}`;
} catch (e) {
log(
"error",
"Winget Failure",
`There was an error installing ${pkg} with winget`
);
}
}
} else if (packageManager === "yay") {
for (let pkg of packages) {
try {
await $`yay -Sy --noconfirm --needed ${pkg}`;
} catch (e) {
log(
"error",
"Yay Failure",
`There was an error installing ${pkg} with yay`
);
}
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}
} else if (packageManager === "zypper") {
for (let pkg of packages) {
try {
await $`sudo zypper install -y ${packages}`;
} catch (e) {
log(
"error",
"Zypper Failure",
`There was an error installing ${pkg} with zypper`
);
}
}
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}
} catch (e) {
log(
"error",
logStage,
`Possibly encountered an error while installing via \`${packageManager}\``
);
log("info", logStage, `Proceeding with the installation..`);
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}
}
// main process
async function main() {
osType = await OSType();
osID = osType;
if (osType === "linux") {
osID = await releaseID();
}
log(
"info",
"Catalog Download",
`Fetching the latest version of the installation map`
);
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installData = await downloadInstallData();
log("info", "Install Orders", `Calculating the install orders`);
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await generateInstallOrders();
log(
"info",
"Ensure Package Manager Installed",
`Ensuring any package managers that will be used are installed / configured`
);
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const packageManagers = Object.keys(installOrders);
for (const packageManager of packageManagers) {
await ensurePackageManager(packageManager);
}
log("info", "Install Orders", `The install orders were generated:`);
console.log(installOrders);
log(
"info",
"Package Manager Pre-Install",
`Running package manager pre-installation steps`
);
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for (const packageManager of packageManagers) {
await beforeInstall(packageManager);
}
log(
"info",
"Package Pre-Install",
`Running package-specific pre-installation steps`
);
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for (const script of installOrdersPre) {
await $`${script}`;
}
log("info", "Package Install", `Installing the packages`);
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for (const packageManager of packageManagers) {
const asyncOrders = [];
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asyncOrders.push(
installPackageList(packageManager, installOrders[packageManager])
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);
await Promise.all(asyncOrders);
}
log(
"info",
"Package Post-Install",
`Running package-specific post-installation steps`
);
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for (const script of installOrdersPost) {
await $`${script}`;
}
log(
"info",
"Package Manager Post-Install",
`Running package manager post-installation steps`
);
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for (const packageManager of packageManagers) {
await afterInstall(packageManager);
}
log("success", "Installation Complete", `Done!`);
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}
// Start the main process
await main();