Struct ethers_solc::project::ProjectCompiler

pub struct ProjectCompiler<'a, T: ArtifactOutput> { /* private fields */ }

Implementations

impl<'a, T: ArtifactOutput> ProjectCompiler<'a, T>

pub fn new(project: &'a Project<T>) -> Result<Self>

Available on crate feature svm-solc and non-WebAssembly only.

Create a new ProjectCompiler to bootstrap the compilation process of the project’s sources.

Example

use ethers_solc::Project;

let project = Project::builder().build().unwrap();
let output = project.compile().unwrap();

pub fn with_sources(project: &'a Project<T>, sources: Sources) -> Result<Self>

Available on crate feature svm-solc and non-WebAssembly only.

Bootstraps the compilation process by resolving the dependency graph of all sources and the appropriate Solc -> Sources set as well as the compile mode to use (parallel, sequential)

Multiple (Solc -> Sources) pairs can be compiled in parallel if the Project allows multiple jobs, see crate::Project::set_solc_jobs().

pub fn with_sources_and_solc( project: &'a Project<T>, sources: Sources, solc: Solc ) -> Result<Self>

Compiles the sources with a pinned Solc instance

pub fn with_sparse_output( self, sparse_output: impl Into<SparseOutputFilter> ) -> Self

Applies the specified filter to be applied when selecting solc output for specific files to be compiled

pub fn compile(self) -> Result<ProjectCompileOutput<T>>

Compiles all the sources of the Project in the appropriate mode

If caching is enabled, the sources are filtered and only dirty sources are recompiled.

The output of the compile process can be a mix of reused artifacts and freshly compiled Contracts

Example

use ethers_solc::Project;

let project = Project::builder().build().unwrap();
let output = project.compile().unwrap();

Trait Implementations

impl<'a, T: Debug + ArtifactOutput> Debug for ProjectCompiler<'a, T>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.