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Specifying Dependencies

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Your crates can depend on other libraries from crates.io or otherregistries, git repositories, or subdirectories on your local file system.You can also temporarily override the location of a dependency — for example,to be able to test out a bug fix in the dependency that you are working onlocally. You can have different dependencies for different platforms, anddependencies that are only used during development. Let's take a look at howto do each of these.

Specifying dependencies from crates.io

Cargo is configured to look for dependencies on crates.io by default. Onlythe name and a version string are required in this case. In the cargoguide, we specified a dependency on the time crate:

The string '0.1.12' is a semver version requirement. Since thisstring does not have any operators in it, it is interpreted the same way asif we had specified '^0.1.12', which is called a caret requirement.

Caret requirements

Caret requirements allow SemVer compatible updates to a specified version.An update is allowed if the new version number does not modify the left-mostnon-zero digit in the major, minor, patch grouping. In this case, if we rancargo update -p time, cargo should update us to version 0.1.13 if it is thelatest 0.1.z release, but would not update us to 0.2.0. If instead we hadspecified the version string as ^1.0, cargo should update to 1.1 if it isthe latest 1.y release, but not 2.0. The version 0.0.x is not consideredcompatible with any other version.

Here are some more examples of caret requirements and the versions that wouldbe allowed with them:

This compatibility convention is different from SemVer in the way it treatsversions before 1.0.0. While SemVer says there is no compatibility before1.0.0, Cargo considers 0.x.y to be compatible with 0.x.z, where y ≥ zand x > 0.

Tilde requirements

Tilde requirements specify a minimal version with some ability to update.If you specify a major, minor, and patch version or only a major and minorversion, only patch-level changes are allowed. If you only specify a majorversion, then minor- and patch-level changes are allowed.

~1.2.3 is an example of a tilde requirement.

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Wildcard requirements

Wildcard requirements allow for any version where the wildcard ispositioned.

*, 1.* and 1.2.* are examples of wildcard requirements.

Note: crates.io does not allow bare * versions.

Comparison requirements

Comparison requirements allow manually specifying a version range or anexact version to depend on.

Here are some examples of comparison requirements:

Multiple requirements

As shown in the examples above, multiple version requirements can beseparated with a comma, e.g., >= 1.2, < 1.5.

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Specifying dependencies from other registries

To specify a dependency from a registry other than crates.io, first theregistry must be configured in a .cargo/config file. See the registriesdocumentation for more information. In the dependency, set the registry keyto the name of the registry to use.

Note: crates.io does not allow packages to be published withdependencies on other registries.

Specifying dependencies from git repositories

To depend on a library located in a git repository, the minimum informationyou need to specify is the location of the repository with the git key:

Cargo will fetch the git repository at this location then look for aCargo.toml for the requested crate anywhere inside the git repository(not necessarily at the root - for example, specifying a member crate nameof a workspace and setting git to the repository containing the workspace).

Since we haven’t specified any other information, Cargo assumes thatwe intend to use the latest commit on the master branch to build our package.You can combine the git key with the rev, tag, or branch keys tospecify something else. Here's an example of specifying that you want to usethe latest commit on a branch named next:

See Git Authentication for help with git authentication for private repos.

Note: crates.io does not allow packages to be published with gitdependencies (gitdev-dependencies are ignored). See the Multiplelocations section for a fallback alternative.

Specifying path dependencies

Over time, our hello_world package from the guide hasgrown significantly in size! It’s gotten to the point that we probably want tosplit out a separate crate for others to use. To do this Cargo supports pathdependencies which are typically sub-crates that live within one repository.Let’s start off by making a new crate inside of our hello_world package:

This will create a new folder hello_utils inside of which a Cargo.toml andsrc folder are ready to be configured. In order to tell Cargo about this, openup hello_world/Cargo.toml and add hello_utils to your dependencies:

This tells Cargo that we depend on a crate called hello_utils which is foundin the hello_utils folder (relative to the Cargo.toml it’s written in).

And that’s it! The next cargo build will automatically build hello_utils andall of its own dependencies, and others can also start using the crate as well.However, crates that use dependencies specified with only a path are notpermitted on crates.io. If we wanted to publish our hello_world crate, wewould need to publish a version of hello_utils to crates.ioand specify its version in the dependencies line as well:

Note: crates.io does not allow packages to be published with pathdependencies (pathdev-dependencies are ignored). See the Multiplelocations section for a fallback alternative.

Multiple locations

It is possible to specify both a registry version and a git or pathlocation. The git or path dependency will be used locally (in which casethe version is ignored), and when published to a registry like crates.io,it will use the registry version. Other combinations are not allowed.Examples:

One example where this can be useful is when you have split up a library intomultiple packages within the same workspace. You can then use pathdependencies to point to the local packages within the workspace to use thelocal version during development, and then use the crates.io version once itis published. This is similar to specifying anoverride, but only applies to this onedependency declaration.

Platform specific dependencies

Platform-specific dependencies take the same format, but are listed under atarget section. Normally Rust-like #[cfg]syntax will be used to definethese sections:

Like with Rust, the syntax here supports the not, any, and all operatorsto combine various cfg name/value pairs.

If you want to know which cfg targets are available on your platform, runrustc --print=cfg from the command line. If you want to know which cfgtargets are available for another platform, such as 64-bit Windows,run rustc --print=cfg --target=x86_64-pc-windows-msvc.

Unlike in your Rust source code, you cannot use[target.'cfg(feature = 'fancy-feature')'.dependencies] to add dependenciesbased on optional features. Use the [features] sectioninstead:

The same applies to cfg(debug_assertions), cfg(test) and cfg(proc_macro).These values will not work as expected and will always have the default valuereturned by rustc --print=cfg.There is currently no way to add dependencies based on these configuration values.

In addition to #[cfg] syntax, Cargo also supports listing out the full targetthe dependencies would apply to:

Custom target specifications

If you’re using a custom target specification (such as --target foo/bar.json), use the base filename without the .json extension:

Note: Custom target specifications are not usable on the stable channel.

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Development dependencies

You can add a [dev-dependencies] section to your Cargo.toml whose formatis equivalent to [dependencies]:

Dev-dependencies are not used when compilinga package for building, but are used for compiling tests, examples, andbenchmarks.

These dependencies are not propagated to other packages which depend on thispackage.

You can also have target-specific development dependencies by usingdev-dependencies in the target section header instead of dependencies. Forexample:

Note: When a package is published, only dev-dependencies that specify aversion will be included in the published crate. For most use cases,dev-dependencies are not needed when published, though some users (like OSpackagers) may want to run tests within a crate, so providing a version ifpossible can still be beneficial.

Build dependencies

You can depend on other Cargo-based crates for use in your build scripts.Dependencies are declared through the build-dependencies section of themanifest:

The build script does not have access to the dependencies listedin the dependencies or dev-dependencies section. Builddependencies will likewise not be available to the package itselfunless listed under the dependencies section as well. A packageitself and its build script are built separately, so theirdependencies need not coincide. Cargo is kept simpler and cleaner byusing independent dependencies for independent purposes.

Choosing features

If a package you depend on offers conditional features, you canspecify which to use:

More information about features can be found in the featureschapter.

Renaming dependencies in Cargo.toml

When writing a [dependencies] section in Cargo.toml the key you write for adependency typically matches up to the name of the crate you import from in thecode. For some projects, though, you may wish to reference the crate with adifferent name in the code regardless of how it's published on crates.io. Forexample you may wish to:

• Avoid the need to use foo as bar in Rust source.
• Depend on multiple versions of a crate.
• Depend on crates with the same name from different registries.

To support this Cargo supports a package key in the [dependencies] sectionof which package should be depended on:

In this example, three crates are now available in your Rust code:

All three of these crates have the package name of foo in their ownCargo.toml, so we're explicitly using the package key to inform Cargo thatwe want the foo package even though we're calling it something else locally.The package key, if not specified, defaults to the name of the dependencybeing requested.

Note that if you have an optional dependency like:

you're depending on the crate bar from crates.io, but your crate has a foofeature instead of a bar feature. That is, names of features take after thename of the dependency, not the package name, when renamed.

Enabling transitive dependencies works similarly, for example we could add thefollowing to the above manifest: