This page is intended to capture high-level requirements, features, and architecture for AAMP IP Video Engine.

AAMP is a native player that can be invoked from JavaScript using:

• Universal Video Engine (UVE) APIs aka UVE-JS - full-featured and most widely used method of consumption)

• AAMP as a plugin/native browser capability via HTML5 Video tag

• Advanced Adaptive Media Player (AAMP)and Universal Video Engine (UVE) API Benefits

Developer Guidelines

• AAMP Coding Guidelines

Build Instructions

• AAMP Compile Time Build Options

• AAMP Simulator Build (Linux) Instructions

Architecture/Design

• AAMP & FOG Retry / Failover / Timeouts

• AAMP Adaptive Bitrate Behavior

• AAMP Buffering, Underflow Handling and Stall Detection

• AAMP HLS Architecture Overview

• AAMP DASH Architecture Overview

• AAMP Session Token Flow

• AAMP VCR-Style Trickplay using i-frame Track

• AAMP Discontinuity and Multi-Period Handling

• AAMP Gstreamer Integration Overview

• AAMP Qtdemux Patches

• AAMP Audio Output Settings

• AAMP Dynamic Ad Insertion (DAI)

• AAMP MPEG-DASH VSS Deferred Licensing

• AAMP Manifest Caching, TTL/DNS Cace, and Multi-CDN Location Protocol

• AAMP (IP Video) & ATSC Text Track Support

• AAMP Configuration Options

• AAMP Error Codes

• AAMP & Subtec

Triage

• IPTV Triage Guidelines

Test Content

• AAMP Memory leaks detection with Valgrind

Tools

• Remote Web Inspector for TV

Program Information

• GST/Westeros logging