Crate oxideav_cli_convert 

oxideav convert engine.

Translates ImageMagick-style arg syntax into an in-memory oxideav_pipeline::Job and runs it through the same executor the oxideav run subcommand uses. One code path serves image, video, and audio inputs — a PNG → JPG is just a 1-frame stream.

Entry point: run takes the slice of arguments that come after oxideav convert plus the caller-supplied registries, and does everything.

Example

use oxideav_core::RuntimeContext;

let mut ctx = RuntimeContext::new();
oxideav_source::register(&mut ctx);

// Equivalent to:
//   oxideav convert in.png -resize 800x600 out.jpg
oxideav_cli_convert::run(
    &[
        "in.png".into(),
        "-resize".into(),
        "800x600".into(),
        "out.jpg".into(),
    ],
    &ctx,
).unwrap();

Re-exports

pub use op::AlphaOp;

pub use op::ConvertPlan;

pub use op::Dither;

pub use op::Op;

pub use op::PrintfTemplate;

pub use op::ResizeMode;

Modules

args

IM-style arg parser.

ico_runner

ICO-output side-channel for the convert verb.

mesh3d_render

3D scene → raster image.

mesh3d_runner

3D-asset side-channel for the convert verb.

op

IM-style operations supported by oxideav convert.

pdf_runner

PDF-input side-channel for the convert verb.

ping

-ping runner — print one IM-format header line per “image” and exit without decoding pixels or writing any output.

pixel_xform

Inline pixel transforms for the IM-style geometry / negate / tonal ops.

plan_to_job

Translate an crate::op::ConvertPlan into an oxideav_pipeline::Job.

probe

--probe runner — decode the input far enough to extract structural metadata (page count, mesh count, sample rate, …), print a compact summary to stdout, and skip any output write.

raster_io

Raster output plumbing shared by every side-channel that produces pixel buffers (PDF page rasterisation, 3D scene rendering).

suggest

“Did you mean?” — Levenshtein-based hint helper for unknown input/output extensions.

Functions

run

Run convert with a caller-supplied RuntimeContext.