cdx:rustc
Namespace TaxonomyThis namespace is used for recording information that is used by the Rust compiler, rustc
, irrespective of the build system. For properties specific to the Rust build system, Cargo, please refer to the cargo
namespace.
Boolean value are true
or false
. Case sensitive.
Target triple string is a case-sensitive string matching one of the Rust compilation target triples, e.g. x86_64-unknown-linux-gnu
. All known targets are documented here and the list evolves over time, with targets being both added and removed. The list of target triples supported by the installed version of the Rust compiler can be obtained by running rustc --print=target-list
.
Namespace | Description |
---|---|
cdx:rustc:sbom |
Namespace for information about the SBOM. MAY only appear in the $.metadata field, and not in any other fields. |
cdx:rustc:sbom
Namespace TaxonomyNamespace | Description |
---|---|
cdx:rustc:sbom:target |
Records the information about the build target described by the SBOM. |
cdx:rustc:sbom:target
Namespace TaxonomyProperty | Description |
---|---|
cdx:rustc:sbom:target:triple |
Target triple string. Its presence indicates that the list of dependency packages in the $.components field will only include dependencies used for this target, matching the dependencies of the compiled binary for this target.This property may appear multiple times, e.g. when describing MacOS fat binaries that merge builds for several different architectures into a single file, or to record the list of specific platforms considered when producing the SBOM without actually performing a build. Mutually exclusive with cdx:rustc:sbom:target:all_targets . |
cdx:rustc:sbom:target:all_targets |
Boolean value indicating that the SBOM includes dependency packages from all possible targets in the $.components field, rather than for a single specific target.Mutually exclusive with cdx:rustc:sbom:target:triple . MAY appear at most once. |
If neither :triple
nor :all_targets
properties are present, the platform coverage of the SBOM SHOULD be assumed to be unknown.