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wails/app.go
2019-01-30 09:00:46 +11:00

139 lines
3.4 KiB
Go

package wails
import (
"github.com/wailsapp/wails/cmd"
)
// -------------------------------- Compile time Flags ------------------------------
// DebugMode indicates if we are in debug Mode
var DebugMode = "true"
// ----------------------------------------------------------------------------------
// App defines the main application struct
type App struct {
config *AppConfig // The Application configuration object
cli *cmd.Cli // In debug mode, we have a cli
renderer Renderer // The renderer is what we will render the app to
logLevel string // The log level of the app
ipc *ipcManager // Handles the IPC calls
log *CustomLogger // Logger
bindingManager *bindingManager // Handles binding of Go code to renderer
eventManager *eventManager // Handles all the events
runtime *Runtime // The runtime object for registered structs
// This is a list of all the JS/CSS that needs injecting
// It will get injected in order
jsCache []string
cssCache []string
}
// CreateApp creates the application window with the given configuration
// If none given, the defaults are used
func CreateApp(optionalConfig ...*AppConfig) *App {
var userConfig *AppConfig
if len(optionalConfig) > 0 {
userConfig = optionalConfig[0]
}
result := &App{
logLevel: "info",
renderer: &webViewRenderer{},
ipc: newIPCManager(),
bindingManager: newBindingManager(),
eventManager: newEventManager(),
log: newCustomLogger("App"),
}
appconfig, err := newAppConfig(userConfig)
if err != nil {
result.log.Fatalf("Cannot use custom HTML: %s", err.Error())
}
result.config = appconfig
// Set up the CLI if not in release mode
if DebugMode == "true" {
result.cli = result.setupCli()
} else {
// Disable Inspector in release mode
result.config.DisableInspector = true
}
return result
}
// Run the app
func (a *App) Run() error {
if DebugMode == "true" {
return a.cli.Run()
}
a.logLevel = "error"
return a.start()
}
func (a *App) start() error {
// Set the log level
setLogLevel(a.logLevel)
// Log starup
a.log.Info("Starting")
// Check if we are to run in headless mode
if DebugMode == "true" {
a.renderer = &Headless{}
}
// Initialise the renderer
err := a.renderer.Initialise(a.config, a.ipc, a.eventManager)
if err != nil {
return err
}
// Start event manager and give it our renderer
a.eventManager.start(a.renderer)
// Start the IPC Manager and give it the event manager and binding manager
a.ipc.start(a.eventManager, a.bindingManager)
// Create the runtime
a.runtime = newRuntime(a.eventManager, a.renderer)
// Start binding manager and give it our renderer
err = a.bindingManager.start(a.renderer, a.runtime)
if err != nil {
return err
}
// Inject CSS
a.renderer.AddCSSList(a.cssCache)
// Inject JS
a.renderer.AddJSList(a.jsCache)
// Run the renderer
a.renderer.Run()
return nil
}
// Bind allows the user to bind the given object
// with the application
func (a *App) Bind(object interface{}) {
a.bindingManager.bind(object)
}
// AddJS adds a piece of Javascript to a cache that
// gets injected at runtime
func (a *App) AddJS(js string) {
a.jsCache = append(a.jsCache, js)
}
// AddCSS adds a CSS string to a cache that
// gets injected at runtime
func (a *App) AddCSS(js string) {
a.cssCache = append(a.cssCache, js)
}