pub struct RuntimeBuilder { /* private fields */ }
Expand description

Build a sync runtime.

With this builder you can set a custom system image by calling RuntimeBuilder::image, the builder can be upgraded to an AsyncRuntimeBuilder by calling RuntimeBuilder::async_runtime and providing a backing runtime. To start the runtime you must call RuntimeBuilder::start.

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impl RuntimeBuilder

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pub fn new() -> Self

Create a new RuntimeBuilder.

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pub unsafe fn start(self) -> JlrsResult<PendingJulia>

initialize Julia on the current thread.

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pub fn async_runtime<R>(self) -> AsyncRuntimeBuilder<R>
where R: AsyncRuntime,

Upgrade this builder to an AsyncRuntimeBuilder.

You must provide a backing runtime R, jlrs supports using tokio and async-std as backing runtimes if the tokio-rt and async-std-rt features are enabled.

For example, if you want to use tokio as the backing runtime:

use jlrs::prelude::*;

let (_julia, _thread_handle) = unsafe {
    RuntimeBuilder::new()
        .async_runtime::<Tokio>()
        .start::<1>()
        .expect("Could not start Julia")
};

Smilarly for async-std:

use jlrs::prelude::*;

let (_julia, _thread_handle) = unsafe {
    RuntimeBuilder::new()
        .async_runtime::<AsyncStd>()
        .start::<1>()
        .expect("Could not start Julia")
};
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pub fn image<P, Q>(self, julia_bindir: P, image_path: Q) -> Self
where P: AsRef<Path> + Send + 'static, Q: AsRef<Path> + Send + 'static,

Use a custom system image.

You must provide two arguments to use a custom system image, julia_bindir and image_path. The first is the absolute path to a directory that contains a compatible Julia binary (eg ${JULIA_DIR}/bin), the second is the path to a system image.

A custom system image can be created with PackageCompiler.

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pub fn install_jlrs(self, install: InstallJlrsCore) -> Self

Enable or disable automatically installing JlrsCore.

In order to function correctly, jlrs requires that the JlrsCore package is installed. By default, this package is automatically installed if it hasn’t been installed yet.

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