Provides access to the OpenFin representation of the current code context (usually a document
such as a OpenFin.View or OpenFin.Window), as well as to the current Interop
context.
Useful for debugging in the devtools console, where this will intelligently type itself based on the context in which the devtools panel was opened.
Replaces a Platform window's layout with a preset layout arrangement using the existing Views attached to the window.
The preset options are columns
, grid
, rows
, and tabs
.
Mandatory object with presetType
property that sets which preset layout arrangement to use.
The preset options are columns
, grid
, rows
, and tabs
.
let windowIdentity;
if (fin.me.isWindow) {
windowIdentity = fin.me.identity;
} else if (fin.me.isView) {
windowIdentity = (await fin.me.getCurrentWindow()).identity;
} else {
throw new Error('Not running in a platform View or Window');
}
const layout = fin.Platform.Layout.wrapSync(windowIdentity);
await layout.applyPreset({ presetType: 'grid' });
// wait 5 seconds until you change the layout from grid to tabs
await new Promise (res => setTimeout(res, 5000));
await layout.applyPreset({ presetType: 'tabs' });
Returns the configuration of the window's layout. Returns the same information that is returned for all windows in getSnapshot.
Cannot be called from a View.
const layout = fin.Platform.Layout.getCurrentSync();
// Use wrapped instance to get the layout configuration of the current window's Layout:
const layoutConfig = await layout.getConfig();
Retrieves the top level content item of the layout.
Cannot be called from a view.
if (!fin.me.isWindow) {
throw new Error('Not running in a platform View.');
}
// From the layout window
const layout = fin.Platform.Layout.getCurrentSync();
// Retrieves the ColumnOrRow instance
const rootItem = await layout.getRootItem();
const content = await rootItem.getContent();
console.log(`The root ColumnOrRow instance has ${content.length} item(s)`);
Replaces a Platform window's layout with a new layout.
Any views that were in the old layout but not the new layout will be destroyed. Views will be assigned a randomly generated name to avoid collisions.
let windowIdentity;
if (fin.me.isWindow) {
windowIdentity = fin.me.identity;
} else if (fin.me.isView) {
windowIdentity = (await fin.me.getCurrentWindow()).identity;
} else {
throw new Error('Not running in a platform View or Window');
}
const layout = fin.Platform.Layout.wrapSync(windowIdentity);
const newLayout = {
content: [
{
type: 'stack',
content: [
{
type: 'component',
componentName: 'view',
componentState: {
name: 'new_component_A1',
processAffinity: 'ps_1',
url: 'https://www.example.com'
}
},
{
type: 'component',
componentName: 'view',
componentState: {
name: 'new_component_A2',
url: 'https://cdn.openfin.co/embed-web/chart.html'
}
}
]
}
]
};
layout.replace(newLayout);
Replaces the specified view with a view with the provided configuration.
Identity of the view to be replaced
Creation options of the new view.
The old view is stripped of its listeners and either closed or attached to the provider window
depending on detachOnClose
view option.
let currentWindow;
if (fin.me.isWindow) {
currentWindow = fin.me;
} else if (fin.me.isView) {
currentWindow = await fin.me.getCurrentWindow();
} else {
throw new Error('Not running in a platform View or Window');
}
const layout = fin.Platform.Layout.wrapSync(currentWindow.identity);
const viewToReplace = (await currentWindow.getCurrentViews())[0];
const newViewConfig = {url: 'https://example.com'};
await layout.replaceView(viewToReplace.identity, newViewConfig);
Layouts give app providers the ability to embed multiple views in a single window. The Layout namespace enables the initialization and manipulation of a window's Layout. A Layout will emit events locally on the DOM element representing the layout-container.
Layout.DOMEvents
When a Layout is created, it emits events onto the DOM element representing the Layout container. This Layout container is the DOM element referenced by containerId in Layout.init. You can use the built-in event emitter to listen to these events using addEventListener. The events are emitted synchronously and only in the process where the Layout exists. Any values returned by the called listeners are ignored and will be discarded. If the target DOM element is destroyed, any events that have been set up on that element will be destroyed.
Remarks
The built-in event emitter is not an OpenFin event emitter so it doesn't share propagation semantics.
addEventListener(type, listener [, options]);
Adds a listener to the end of the listeners array for the specified event.
Example
removeEventListener(type, listener [, options]);
Adds a listener to the end of the listeners array for the specified event.
Example
Supported event types are:
Layout DOM Node Events
tab-created
Generated when a tab is created. As a user drags and drops tabs within window, new tabs are created. A single view may have multiple tabs created and destroyed during its lifetime attached to a single window.
container-created
Generated when a container is created. A single view will have only one container during its lifetime attached to a single window and the container's lifecycle is tied to the view. To discover when the container is destroyed, please listen to view-detached event.
layout-state-changed
Generated when the state of the layout changes in any way, such as a view added/removed/replaced. Note that this event can fire frequently as the underlying layout can change multiple components from all kinds of changes (resizing for example). Given this, it is recommended to debounce this event and then you can use the Layout.getConfig API to retrieve the most up-to-date state.
tab-closed
Generated when a tab is closed.
tab-dropped
Generated when a tab is dropped.