Foblex Flow
Introduction
Overview
Nodes
Custom Nodes
Drag Handle
Node Selection
Resize Handle
Rotate Handle
Grouping
Drag to Group
Connectors
Node as Connector
Connector Inside Node
Connector Outlet
Limiting Connections
Connection Rules
Connectable Side
Updated
Connections - Editing
Drag to Connect
Drag to Reassign
Create Node on Connection Drop
Remove Connection on Drop
Assign Node to Connection on Drop
Auto Snap
Connections - Appearance
Connection Types (Straight, Segment, Bezier, Adaptive Curve)
Custom Connection Type
Connection Behaviours
Connection Markers
Connection Content
Updated
Connection Gradients
Updated
Connections - Routing
Connection Waypoints
New
Connection Connectable Side
New
Viewport
Minimap
Zoom
Background
Auto Pan
New
Canvas Layer Ordering
New
Editor Helpers
Selection Area
Magnetic Lines
New
Magnetic Rects
New
Grid System
Add Node from Palette
Help in Positioning (Legacy)
Deprecated
Layout Engines
Dagre Layout
New
Dagre Auto Layout
New
ELK.js Layout
New
ELK.js Auto Layout
New
Reflow
Reflow on Resize
New
Editor State
Cut/Copy/Paste
Undo/Redo
Undo/Redo V2
Events
Drag Start/End Events
Custom Event Triggers
Performance
Large Scene Performance
Connection Redraw Performance
Updated
Reference Apps
AI Low-Code Platform
Updated
Schema Designer
Updated
Call Center Flow
Updated
UML Diagram
Updated
Tournament Bracket
Updated
Foblex Flow

Connector Outlet

Description

This example demonstrates how to use an outlet connector to control where connections leave a node. Outlet-based patterns are helpful when a node has multiple exit paths, multiple logical outputs, or a layout where edge routing needs a dedicated anchor.

In a real product, outlet connectors help keep graphs readable. Instead of attaching every edge to the same generic point, you can expose a clearer structure for branching, fan-out behavior, and more predictable routing.

This becomes important in workflow builders, automation editors, and low-code tools where users need to understand exactly how work moves from one step to the next.

Example

[example.html] <<< https://raw.githubusercontent.com/Foblex/f-flow/main/libs/f-examples/connectors/connector-outlet/example.html [example.ts] <<< https://raw.githubusercontent.com/Foblex/f-flow/main/libs/f-examples/connectors/connector-outlet/example.ts [example.scss] <<< https://raw.githubusercontent.com/Foblex/f-flow/main/libs/f-examples/connectors/connector-outlet/example.scss

What this solves

  • Cleaner fan-out from a single node.
  • More explicit exit points for branching logic.
  • Better readability when many edges leave the same step.

If your nodes represent actions, conditions, or service calls with multiple outcomes, outlet connectors are usually a better fit than a single shared port.

Related docs

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