Struct FfmpegContext 

pub struct FfmpegContext { /* private fields */ }

A fully assembled FFmpeg job — inputs, filter graphs, and outputs, validated and ready to run.

Create one with FfmpegContext::builder, then either call start directly or hand it to an FfmpegScheduler for explicit lifecycle control (pause/resume, abort, async waiting).

Implementations

impl FfmpegContext

pub fn builder() -> FfmpegContextBuilder

Creates a new FfmpegContextBuilder which allows you to configure and construct an FfmpegContext with custom inputs, outputs, filters, and other parameters.

Examples

let context = FfmpegContext::builder()
    .input("input.mp4")
    .output("output.mp4")
    .build()
    .unwrap();

pub fn start(self) -> Result<FfmpegScheduler<Running>>

Consumes this FfmpegContext and starts an FFmpeg job, returning an FfmpegScheduler<ffmpeg_scheduler::Running> for further management.

Internally, this method creates an FfmpegScheduler from the context and immediately calls FfmpegScheduler::start().

Returns

• Ok(FfmpegScheduler<Running>) if the scheduling process started successfully.
• Err(...) if there was an error initializing or starting FFmpeg.

Example

let context = FfmpegContext::builder()
    .input("input.mp4")
    .output("output.mp4")
    .build()
    .unwrap();

// Start the FFmpeg job and get a scheduler to manage it
let scheduler = context.start().expect("Failed to start Ffmpeg job");

// Optionally, wait for it to finish
let result = scheduler.wait();
assert!(result.is_ok());

Trait Implementations

impl From<FfmpegContext> for FfmpegScheduler<Initialization>

fn from(val: FfmpegContext) -> Self

Converts to this type from the input type.

impl Send for FfmpegContext