package gui import ( "sync" "embed" "go.wit.com/gui/toolkits" ) // // All GUI Data Structures and functions that are external // within the toolkit/ abstraction layer // // More than one Window does not exist in every GUI situtaion and // can never be. On many toolkits you have to have 'tabs', like // Native Windows and MacOS toolkits // // If that is the case, this code abstracts the concept of // windows and makes each window a 'tabs' in a single window. // // Reminder from Goals: This is for simple GUI's. // For example, a "Mouse Control Panel" not the GIMP or blender. // var me guiConfig type guiConfig struct { initOnce sync.Once // This is the master node. The Binary Tree starts here rootNode *Node // A node off of rootNode for passing debugging flags flag *Node counter int // used to make unique WidgetId's // sets the chan for the plugins to call back too guiChan chan toolkit.Action // option to pass in compiled plugins as embedded files resFS embed.FS // used to beautify logging to Stdout depth int prefix string } // The Node is a binary tree. This is how all GUI elements are stored // simply the name and the size of whatever GUI element exists type Node struct { id int WidgetType toolkit.WidgetType // for NewLabel("hello"), Text = 'hello' Text string // what is visable to the user // for NewLabel("hello"), if Name = 'HELLO' // this can programatically identify the widget // The name must be unique Name string // a name useful for debugging // used for Windows in toolkits measured in pixels width int height int // used for anything that needs a range (for example: a slider) X int Y int // the grid widget max width and height // the max height can be implemented in the toolkit plugin // to restrict the number of rows to display W int H int // where the next widget should be put in this grid NextW int NextH int // if this widget is in a grid, this is the position of a widget AtW int AtH int // the current widget value. I int S string B bool // this function is run when there are mouse or keyboard events Custom func() parent *Node children []*Node }