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Build a Meteor's desktop client with hot code push.

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Readme

Meteor Desktop

Name: meteor-desktop
Brand: meteor-desktop
SKU: //wojtkowiak/meteor-desktop
Rating: 2.875 (450 reviews)

aka Meteor Electron Desktop Client

Build desktop apps with Meteor & Electron. Full integration with hot code push implementation.

^Travis ^AppVeyor ^CircleCI

What is this?

This is a complete implementation of integration between

Meteor

and

Electron

aiming to achieve the same level of developer experience like

Meteor

gives. To make it clear from the start, this is a desktop client - it is just like your mobile clients with

Cordova

- but this is for desktops with

Electron

. It also features a full hot code push implementation - which means you can release updates the same way you are used to.

Prerequisites

Meteor >=
```
1.4
```
at least basic Electron framework knowledge
mobile platform added to project^*1

^{*1 you can always build with}

--server-only

if you do not want to have mobile clients, you do not actually have to have android sdk or xcode to go on with your project

Quick start

cd /your/meteor/app meteor npm install --save-dev meteor-desktop # you need to have any mobile platform added (ios/android) meteor --mobile-server=127.0.0.1:3000

open new terminal

npm run desktop -- init npm run desktop

or in one command `npm run desktop -- --scaffold`

Usage

--help

// Assumming you have a `desktop` script in npm scripts that equals to "meteor-desktop" Usage: npm run desktop -- [command] [options]

Commands:

init                       scaffolds .desktop dir in the meteor app
run [ddp_url]              (default) builds and runs desktop app
build [ddp_url]            builds your desktop app
build-installer [ddp_url]  creates the installer
just-run                   alias for running `electron .` in `.meteor/desktop-build`
package [ddp_url]          runs electron packager
init-tests-support         prepares project for running functional tests of desktop app

Options:

-h, --help                            output usage information
-b, --build-meteor                    runs meteor to obtain the mobile build, kills it after
-t, --build-timeout <timeout_in_sec>  timeout value when waiting for meteor to build, default 600sec
-p, --port <port>                     port on which meteor is running, when with -b this will be passed to meteor when obtaining the build
--production                          builds meteor app with the production switch, uglifies contents of .desktop, packs app to app.asar
-a, --android                         force adding android as a mobile platform instead of ios
-s, --scaffold                        will scaffold .desktop if not present
-i, --ignore-stderr [string]          only with -b, strings that when found will not terminate meteor build
--meteor-settings <path>              only with -b, adds --settings options to meteor
--prod-debug                          forces adding dev tools to a production build
--ia32                                generate 32bit installer/package
--all-archs                           generate 32bit and 64bit installers
--win                                 generate Windows installer
--linux                               generate Linux installer
--mac                                 generate Mac installer
-d, --debug                           run electron with debug switch    
-V, --version                         output the version number

[ddp_url] - pass a ddp url if you want to use different one than used in meteor's --mobile-server this will also work with -b

--build-meteor

If you just want to build the desktop app, package it or build installer without running the

Meteor

project separately you can just use

-b

and all will be done automatically - this is useful when for example building on a CI etc.

--android

When there is no mobile platform in the project and

-b

is used, mobile platform is added automatically and removed at the end of the build process. Normally an

ios

platform is added but you can change this to

android

through this option.

Documentation

Architecture

If you have ever been using any

Cordova

plugins before you will find this approach alike. In

Cordova

every plugin exposes its native code through a JS api available in some global namespace like

cordova.plugins

. The approach used here is similar.

Electron

app, there are two processes running along in your app. The so-called

main
process

and

renderer process

. Main process is just a JS code executed in

node

, and the renderer is a

Chromium

process. In this integration your

Meteor

app is being run in the

renderer

process and your desktop specific code runs in the

main

process. They are communicating through IPC events. Basically, the desktop side publishes its API as an IPC event listeners. In your

Meteor

code, calling it is as simple as

Desktop.send('module', 'event');

Code on the desktop side is preferred to be modular - that is just for simplifying testing and encapsulating functionalities into independent modules. However, you do not have to follow this style, there is an

import

dir in which you can structure your code however you want. The basics of an

Electron

app are already in place (reffered as

Skeleton App

) and your code is loaded like a plugin to it.

Below is a high level architecture diagram of this integration.

How does this work with Meteor?

^{or how hacky is this?}

The main goal was to provide a non hacky integration without actually submitting any desktop oriented pull request to

Meteor

. The whole concept is based on taking the

web.cordova

build, modifying it as little as possible and running it in the

Electron's

renderer process. The current

cordova

integration architecture is more or less conceptually replicated.

Currently the only modification that the mobile build is subjected to is injecting the

Meteor.isDesktop

variable.

To obtain the mobile build, this integration takes the build from either

.meteor/local/cordova-build

(version

< 1.3.4.1

) or from

.meteor/local/build/programs/web.cordova

. Because

index.html

is not present in the

web.cordova

directory and

program.json

lacks

version

field, they are just downloaded from the running project.

How the

Electron

app is structured?

The produced

Electron

app consists barely of 4 files:

```
app.asar
```
- bundled
```
Skeleton App
```
and
```
node_modules
```
(including all your dependencies from
```
settings.json
```
and modules)
```
meteor.asar
```
- your
```
Meteor
```
app bundled to an
```
.asar
```
```
desktop.asar
```
- processed contents from
```
.desktop
```
```
package.json
```
-
```
Electron
```
requires a
```
package.json
```
to be present

While developing, the

app

is not asared so you can take a closer look at the

Skeleton

that is produced by this integration. You will find it in the

.meteor/desktop-build

directory.

Where is my

app.on('ready')

The

app.on('ready')

is handled for you by the

Skeleton

app, but that does not mean you can not hook into it. Basically, code that is in the constructor of

.desktop/desktop.js

and all constructors of your modules is executed while being inside

ready

. Remember that is always a good practice not to do time consuming tasks inside the constructors but instead delay those tasks by hooking to

beforeDesktopJsLoad

desktopLoaded

afterInitialization

on the

eventsBus

Scaffolding your desktop app

If you have not run the example from the Quick start paragraph, first you need to scaffold a

.desktop

dir in which your

Electron's

main process code lives. To do that run: (assuming

npm install --save-dev meteor-desktop

did add successfully a

desktop

entry in the

package.json scripts

section)

bash
npm run desktop -- init

This will generate an exemplary

.desktop

dir. Lets take a look what we can find there:

.desktop
├── assets                     # place all your assets here
├── import                     # all code you do not want to structure into modules  
├── modules                    # your desktop modules (check modules section for explanation)
│    └── example               # module example
│         ├── index.js         # entrypoint of the example module
│         ├── example.test.js  # functional test for the example module
│         └── module.json      # module configuration  
├── desktop.js                 # your Electron main process entry point - treated like a module
├── desktop.test.js            # functional test for you desktop app
├── settings.json              # your app settings
└── squirrelEvents.js          # handling of squirrel.windows events

Tak a look into the files. Most of them have meaningful comments inside.

Some files are described more in detail below..

settings.json

This is the main configuration file for your desktop app. Below you can find brief descriptions of the fields.

field	description

name

|just a name for your project

version

|version of the desktop app

projectName

|this will be used as a

name

in the generated app's package.json

devTools

|whether to install and open

devTools

, set automatically to false when building with

--production

devtron

|check whether to install

devtron

, set automatically to false when building with

--production

, more

singleInstance

|sets the single instance mode - more

desktopHCP

|whether to use

.desktop

hot code push module - more ^{desktopHCPIgnoreCompatibilityVersion}|ignore the

.desktop

compatibility version and install new versions even if they can be incompatible

desktopHCPCompatibilityVersion

|allows to override

.desktop

compatibility version

squirrel.autoUpdateFeedUrl

| ^DEPRECATED url passed to

autoUpdater.setFeedUrl

, more

squirrel.autoUpdateFeedHeaders

| ^DEPRECATED http headers passed to

autoUpdater.setFeedUrl

squirrel.autoUpdateCheckOnStart

| ^DEPRECATED whether to check for updates on app start

rebuildNativeNodeModules

|turn on or off recompiling native modules, more

webAppStartupTimeout

|amount of time after which the downloaded version is considered faulty if Meteor app did not start - more

exposeLocalFilesystem

|turns on or off local filesystem exposure over url alias, more

exposedModules

|array of module names, exposes any renderer modules in

Desktop.electron

space, i.e. list

webFrame

here to acess it via

Desktop.electron.webFrame

in Meteor project code

showWindowOnStartupDidComplete

|normally, main window appears after Chromes

did-stop-loading

event, set this to

true

if you want to depened on Meteor's

startupDidComplete

event

window

|production options for the main window - see here

windowDev

|development options for the main window, applied on top of production options

uglify

|whether to process the production build with uglify

plugins

|meteor-desktop plugins list

dependencies

|npm dependencies of your desktop app, the same like in

package.json

, only explicit versions are supported - check here

linkPackages

|array of packages names you want to link (runs

npm link

for every package listed)

packageJsonFields

|fields to add to the generated

package.json

in your desktop app

builderOptions

electron-builder

options

builderCliOptions

|specify additional electron-builder CLI options e.g for publishing artifacts

packagerOptions

electron-packager

options

extract

|array containing dependencies that should not be packed into asar (should not be needed as there is an automatic algorithm that will exclude all dependencies containing binary files)

Applying different window options for different OS

You can use

_windows

_osx

_linux

properties to set additional settings for different OS. The default

settings.json

is already using that for setting a different window icon for OSX.

Supported dependency version types

Only explicit versions are supported to avoid potential problems with different versions being installed. It is no different from

Meteor

because the same applies to adding

Cordova

plugins.

You can however use a local path to a npm package - and that will not be forbidden. You need to keep track what has been distributed to your clients and what your current code is expecting when releasing a HCP update.

desktop.js

The

desktop.js

is the entrypoint of your desktop app. Let's take a look what references we receive in the constructor.

javascript
    /**
     * @param {Object} log         - Winston logger instance
     * @param {Object} skeletonApp - reference to the skeleton app instance
     * @param {Object} appSettings - settings.json contents
     * @param {Object} eventsBus   - event emitter for listening or emitting events
     *                               shared across skeleton app and every module/plugin
     * @param {Object} modules     - references to all loaded modules
     * @param {Object} Module      - reference to the Module class
     * @constructor
     */
    constructor({ log, skeletonApp, appSettings, eventsBus, modules, Module })

Some of the references are describe in detail below:

skeletonApp

This is a reference to the Skeleton App. Currently there are only two methods you can call.

isProduction

- whether this is a production build

removeUncaughtExceptionListener

- removes the default handler so you can put your own in place

eventsBus

This is just an

EventEmitter

that is an event bus meant to be used across all entities running in the

Electron's

main process (

.desktop

). Currently there are several events emitted on the bus by the

Skeleton App

that you may find useful:

event name	payload	description

unhandledException

| |emitted on any unhandled exceptions, by hooking to it you can run code before any other handler will be executed

beforePluginsLoad

| |emitted before plugins are loaded

beforeModulesLoad

| |emitted before internal modules and modules from

.desktop

are loaded

beforeDesktopJsLoad

| |emitted before

desktop.js

is loaded

beforeLocalServerInit

| |emitted before local http server starts

desktopLoaded

(desktop)

|emitted after loading

desktop.js

, carries the reference to class instance exported from it

afterInitialization

| |emitted after initialization of internal modules like HCP and local HTTP server

startupFailed

| |emitted when the

Skeleton App

could not start you

Meteor

app

beforeLoadFinish

| |emitted when the

Meteor

app finished loading, but just before the window is shown

loadingFinished

| |emitted when the

Meteor

app finished loading (also after HCP reload)

windowSettings

(windowSettings)

|emitted with the settings that will be passed to

BrowserWindow

constructor - if needed the object can be modified in the event handler to override window settings from

settings.json

windowCreated

(window)

|emitted when the

BrowserWindow

(

Chrome

window with

Meteor

app) is created, passes a reference to this window

newVersionReady

(version, desktopVersion)

|emitted when a new

Meteor

bundle was downloaded and is ready to be applied

revertVersionReady

(version)

|emitted just before the

Meteor

app version will be reverted (due to faulty version fallback mechanism) be applied

beforfeLoadUrl

(port, lastPort)

|emitted before

webContents.loadURL

is invoked, in other words just before loading the Meteor app;

port

- the port on which the app is served,

lastPort

- the port on which the app was served previously (when HCP is applied)

beforeReload

(pendingVersion, containsDesktopUpdate)

|emitted just before HCP reload

moduleLoadFailed

(dirName, error)

|emitted if a module failed to load

Your can also emit events on this bus as well. A good practice is to namespace them using dots, like for instance

myModule.initalized

modules

Object with references to other modules and plugins. Plugins can be found under their names i.e.,

modules['meteor-desktop-splash-screen]

.
Any module can be found under the name from

module.json

. Internal modules such as

autoupdate

and

localServer

are also there. You can also get reference to the

desktop.js

from

modules['desktop']

(note that the reference is also passed in the

desktopLoaded

event).

Module

Class that provides a way of defining API reachable by

Meteor

app - more.

Writing modules

Module is just an encapsulated piece of code. Usually you would just provide certain type of grouped functionality in it. You can treat it like a plugin to your desktop app.
One important rule is that you should not import files from the outside of your module directory as this will cause you problems when writing tests.
You can always reach to other modules through

modules

and you can as well add a module with some common code or utils. Every module lives in its own directory and has to have a

module.json

file. Currently there are only four fields there supported: -

name

- name of your module, will be used as a key in

modules

object -

dependencies

- list of npm deps -

extract

- list of files that should be excluded from packing into

.asar

(e.g. executables, files meant to be changed etc) -

settings

- this object is passed as

settings

field in the object passed to module constructor

extract

A little bit more about this. Files should be listed in a form of relative path to the module directory without any leading slashes, for example

extract: [ "dir/something.exe" ]

will be matched to

.desktop/modules/myModule/dir/something.exe

To path to your extracted files is added to your module

settings

extractedFilesPath

. So your module constructor can look like this:

javascript
import path from 'path';
export default class Desktop {
    constructor({ log, skeletonApp, appSettings, eventsBus, modules, settings, Module }) {
        this.pathToExe = path.join(settings.extractedFilesPath, 'dir/something.exe');
    }
}

WARNING: currently the path of the file is not reconstructed meaning

extract: [ "dir1/something.exe", "dir2/something.exe' ]

will try to put both

something.exe

files to the same dir and that may fail or produce inconsistent result. So the bare file names without the path must be unique.

Hot code push support

Applications produced by this integration are fully compatible with

Meteor

's hot code push mechanism.
The faulty version recovery is also in place - more about it here. You can configure the timeout via

webAppStartupTimeout

field in

settings.json

Versions are downloaded and served from

userData

directory. There you can find

autoupdate.json

and

versions

dir. If you want to return to first bundled version just delete them.

You can also analyze

autoupdate.log

if you are experiencing any issues.

Meteor.isDesktop

In your

Meteor

app to run a part of the code only in the desktop context you can use

Meteor.isDesktop

. Use it the same way you would use

Meteor.isClient

Meteor.isCordova

Accessing local filesystem in Meteor

Local filesystem is exposed under and url alias (similarly to Cordova integration). This feature is disabled by default so you need to enable it first by setting

exposeLocalFilesystem

in your

settings.json

true

. Files are exposed under

/local-filesystem/

url.

You can use some convenience methods: -

Desktop.getFileUrl(absolutePath)

- returns an url to a file - Desktop.fetchFile(absolutePath)
- invokes

fetch

on a file's url and returns it's

Promise

Accessing

.desktop/assets

in Meteor

Assets are exposed over an url alias

\___desktop\

. So to display an image named

test.png

from

.desktop/assets

you should use a

\___desktop\test.png

url.

You can use some convenience methods: -

Desktop.getAssetUrl(assetPath)

- returns an asset's url - Desktop.fetchAsset(assetPath)
- invokes

fetch

on an asset's url and returns it's

Promise

Desktop

and

Module

- communication between Meteor and Electron

Module

- desktop side

Use it to declare your API on the desktop side which you can later call from Meteor project.

javascript
    this.module = new Module('myModuleName');

Documentation of the Module API - basically, it reflects

ipcMain

The only two additions are the

fetch

and

respond

methods: - fetch
(event, timeout = 2000, ...args)
- like send but returns a

Promise

that resolves to a response, timeouts after 2000ms by default - call
(module, ...args)
-

fetch

but without the need specify timeout - setDefaultFetchTimeout
(timeout)
- set the default timeout for

fetch

within this module - respond
(event, fetchId, ...data)
is a convenient method of sending response to

Desktop.fetch

. The

fetchId

is always the second argument received in

on

.
Here is an usage example.

Desktop

- Meteor side

Documentation of the Desktop API - reflects partially

ipcRenderer

^*.

sendSync

and

sendToHost

are not available

Use it to call and listen for events from the desktop side.

The only difference is that you always need to precede arguments with module name. There are two extra methods:
- fetch

(module, event, timeout = 2000, ...args)

- like send but returns a

Promise

that resolves to a response, timeouts after 2000ms by default - call
(module, event, ...args)
-

fetch

but without the need specify timeout - setDefaultFetchTimeout
(timeout)
- set the default timeout for

fetch

- respond
(module, event, fetchId, ...data)
is a convenient method of sending response to

Module.fetch

. The

fetchId

is always the second argument received in

on

.
- sendGlobal - alias for

ipcRenderer.send

- if you need to send an IPC that is not namespaced

Example of

send

and

fetch

usage - here.

desktopHCP -

.desktop

hot code push

experimental!

There is an experimental support for hot code push of the

.desktop

directory.
It works similarly to the

Meteor

's builtin one. It also produces a

version

and

compatibilityVersion

to detect whether the update can be made.
In

Meteor

whenever you change any of your

Cordova

dependencies (add/remove/change version) you will make an incompatible change meaning that a new version will not be hot code pushed.
The same applies here. In this case your desktop dependencies are npm packages.
To make it clear, npm packages are not hot code pushed - only contents of

.desktop

are.

The

compatibilityVersion

is calculated from combined list of: - dependencies from

settings.json

- plugins from

settings.json

- dependencies from all modules in

.desktop/modules

- major version of

meteor-desktop

(X.Y.Z - only X is taken) - major version from

settings.json

(X.Y.Z - only X is taken).

Be aware that when it comes to linked packages (via

linkPackages

settings.json

) the explicitly declared version (the one in

settings.json

or modules) is taken into account, not the actual one from package's package.json. The same applies to packages added from local paths.
Generally, it is a bad idea to build production app with linked/local packages. Changes in those will not trigger a compatibility version change so you migh accidentally push a new version with

desktopHCP

that will not work.

How this works

Two Meteor plugins are added to your project - bundler and watcher. Bundler prepares the

desktop.asar

which is then added to you project as an asset.
Watcher just watches for file changes and triggers project rebuilds.

Caveats

desktop app needs to be restarted when a new bundle is applied
the bundled desktop app goes over normal HCP mechanism meaning that a
```
desktop.asar
```
file will also be distributed to your mobile clients and cause unnecessary updates in case you only made changes in
```
.desktop
```
files that are excluded from
```
desktop.asar
```
(via
```
extract
```
settings in a desktop module) are not updated, nor checked for changes!
if you had errors (i.e. syntax) in
```
.desktop
```
which prevented startup, watcher might not work correctly and further changes in
```
.desktop
```
will not trigger rebuilds, in that case you need to make any change in
```
version
```
field in the
```
desktop.version
```
to trigger rebuild (this file is in the root of your project) - this can be any change like just adding random char to the hash
if your run a production build of your desktop app it will not receive updates from project run from
```
meteor
```
command unless you run it with
```
--production
```
- that is because development build has
```
devtron
```
added and therefore the
```
compatibilityVersion
```
is different
after reload logs will no longer be shown in the console

How to write plugins

Plugin is basically a module exported to a npm package.

module.json

is not needed and not taken into account because

name

and

dependencies

are already in

package.json

. Also you can not use the

extract

functionality as that only works in modules. Plugin

settings

are set and taken from the

plugins

section of

settings.json

. Here is an example of passing settings to splash screen plugin.

While developing you will probably need to make use of

linkPackages

settings.json

, so that your npm-packaged plugin would be linked instead of downloaded. However the advised approach is to make the development test driven - meaning that you should make your tests the main way of verifying whether the plugin does what it should.

meteorDependencies

package.json

One extra feature is that you can also depend on Meteor packages through

meteorDependencies

field in

package.json

. Check out

meteor-desktop-localstorage

for example.
A good practice when your plugin contains a meteor plugin is to publish both at the same version. You can then use

@version

in the

meteorDependecies

to indicate that the Meteor plugin's version should be equal to npm package version.

If you made a plugin, please let us know so that it can be listed here.

List of known plugins:

meteor-desktop-system-notifications

meteor-desktop-splashscreen

meteor-desktop-localstorage

(deprecated, do not use from

1.0.0

)

Squirrel autoupdate support (DEPRECATED)

Squirrel Window and OSX autoupdates are supported. So far the only tested server is

electron-release-server

and the default url

http://127.0.0.1/update/:platform/:version

provided in

settings.json

assumes you will be using it.
The

:platform

and

:version

tags are automatically replaced by correct values.
You can hook into Squirrel Windows events in

squirrelEvents.js

.desktop

More:
https://github.com/electron/electron/blob/master/docs/api/auto-updater.md
https://github.com/ArekSredzki/electron-release-server

Native modules support

This integration fully supports rebuilding native modules (npm packages with native node modules) against

Electron's

node

version. The mechanism is enabled by default.

Devtron

Devtron

is installed and activated by default. It is automatically removed when building with

--production

. As the communication between your Meteor app and the desktop side goes through IPC, this tool can be very handy because it can sniff on IPC messages.

Testing desktop app and modules

For unit tests you should not have problems with using electron-mocha.
For functional testing Spectron should be used.

There are two exemplary tests present in the default scaffold. Check them out as they have some comments in them.
To run them you need to init functional test support by invoking:

npm run desktop -- init-tests-support

Two tasks should be added to your

scripts

section:

test-desktop

and

test-desktop-watch

. Feel free to run the tests with:

npm run test-desktop

For testing modules there is a test suite available. It is used extensively in the plugins (splash screen & localstorage) tests so you can check there for more examples.

MD_LOG_LEVEL

MD_LOG_LEVEL

env var is used to set the logger verbosity. It is set to

ALL

by default but you can change it to any of

INFO, WARN, ERROR, DEBUG, VERBOSE, TRACE

. You can also select multiple levels joining them with a comma, for example:

INFO,WARN

Packaging

npm run desktop -- package

This produces a package using

electron-packager

.
Package is produced and saved in

.desktop-package

directory. You can pass options via

packagerOptions

settings.json

Building installer

npm run desktop -- build-installer

This packages and builds installer using

electron-builder

.
Installer is produced and saved in

.desktop-installer

directory. You can pass options via

builderOptions

settings.json

.
If you do not pass any target platforms via

--win

--linux

--mac

it will build for your current platform. If at least one the platform is specified, the current platform will not be added automatically. So if you want to build Windows and Mac at the same time, being on Mac, you need to pass

--win --mac

, not only

--win

. To check what targets you can build on certain platform and what does it require check Multi-Platform-Build

Please note that

electron-builder

does not use

electron-packager

to create a package. So the options from

packagerOptions

are not taken into account.

Building for linux

Currently there are some defaults provided only for

Windows

and

Mac

. If you want to build for

Linux

you need to add a

linux

section in your

builderOptions

and comply to these requirements.

Building for Windows Store (AppX)

Change

target: ["appx"]

win

section of

builderOptions

. In case of problems please refer to electron-builder documentation.

Roadmap

This project recently hit

1.0.0

however you should still expect many breaking changes in the upcoming versions. Any feedback/feature requests/PR is highly welcomed and highly anticipated.

If you want to check what is planned and what I am working on, first you can check accepted issues on github here. You can see the backlog and roadmap in form of epics on Taiga here. The project is public so you can also comment and vote there.

Contribution

PRs are always welcome and encouraged. If you need help at any stage of preparing a PR, just file an issue. It is also good, to file a feature request issue before you start working to discuss the need and implementation approach.

If you want, you can always contribute by donating:

! devEnvSetup.js !

To help you contribute, there is a development environment setup script. If you have this repo cloned and already did a

npm install

, you can just run it with

node devEnvSetup.js

. However if you did not yet clone this repo just do:

mkdir tmp
cd tmp
wget https://raw.githubusercontent.com/wojtkowiak/meteor-desktop/master/devEnvSetup.js
npm install cross-spawn shelljs npm
node devEnvSetup.js

This script assumes you have

npm

git

and

meteor

available from the command line.

Currently this package does not work when linked with

npm link

. To set up your dev environment it is best to create a clean

Meteor

project, add

meteor-desktop

to dependencies with a relative path to the place where you have cloned this repo and in scripts add

desktop

with

node
 ./path/to/meteor-desktop/dist/bin/cli.js

.
Also to make changes in the desktop HCP plugins run

Meteor

project with

METEOR_PACKAGE_DIRS

set to

/absolute/path/to/meteor-desktop/plugins

so that they will be taken from the cloned repo.

Built with

meteor-desktop

Built an app using meteor-desktop? File an issue or PR to list it here.

Coygo - Multi-exchange cryptocurrency and digital asset trading tool

FAQ

How to disable
zip
building when using
build-installer
on OSX.

Add

target: ["dmg"]

mac

section of

builderOptions

Changelog

is here

About the developer

Description

Services available

Need anything else?

Contributors list

Meteor Desktop

aka Meteor Electron Desktop Client

What is this?

Prerequisites

Quick start

open new terminal

or in one command npm run desktop -- --scaffold

Usage --help

--build-meteor

--android

Documentation

Architecture

How does this work with Meteor?

How the Electron app is structured?

Where is my app.on('ready')?

Scaffolding your desktop app

settings.json

Applying different window options for different OS

Supported dependency version types

desktop.js

skeletonApp

eventsBus

modules

Module

Writing modules

extract

Hot code push support

Meteor.isDesktop

Accessing local filesystem in Meteor

Accessing .desktop/assets in Meteor

Desktop and Module - communication between Meteor and Electron

Module - desktop side

Desktop - Meteor side

desktopHCP - .desktop hot code push

experimental!

How this works

Caveats

How to write plugins

meteorDependencies in package.json

List of known plugins:

Squirrel autoupdate support (DEPRECATED)

Native modules support

Devtron

Testing desktop app and modules

MD_LOG_LEVEL

Packaging

Building installer

Building for linux

Building for Windows Store (AppX)

Roadmap

Contribution

! devEnvSetup.js !

Built with meteor-desktop

FAQ

Changelog

or in one command `npm run desktop -- --scaffold`

Usage
--help

How the
Electron
app is structured?

Where is my
app.on('ready')
?

Accessing
.desktop/assets
in Meteor

Desktop
and
Module
- communication between Meteor and Electron

Module
- desktop side

Desktop
- Meteor side

desktopHCP -
.desktop
hot code push

meteorDependencies
in
package.json

Built with
meteor-desktop