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// Generated by boxology-generator 0.0.0
use ::boxology_contract::ContractType;
#[doc(hidden)]
pub fn implementation_descriptor() -> ::boxology_contract::ImplementationDescriptor {
::boxology_contract::ImplementationDescriptor::new(
::boxology_generated_contract::contract_descriptor(),
[
::boxology_contract::ImportDescriptor::new(
::boxology_contract::BoxId::new("classifier")
.expect("generated import package id is valid"),
::boxology_contract::ContractRevision::new(
"sha256:c615a71958fd24f37973ef962d34a3c349bd87901bf92e83712a9e6ba367a536",
)
.expect("generated import revision is valid"),
[
::boxology_contract::CapabilityId::new(
::boxology_contract::BoxId::new("classifier")
.expect("generated import package id is valid"),
::boxology_contract::CapabilityName::new("classify")
.expect("generated import capability name is valid"),
),
],
)
.expect("generated import descriptor is valid"),
],
)
.expect("generated adapter import descriptors are valid")
}
#[doc(hidden)]
pub struct CheckAdapter<T> {
service: T,
_imports: ::boxology_runtime::Imports,
}
#[doc(hidden)]
pub fn factory<T>(service: T, imports: ::boxology_runtime::Imports) -> CheckAdapter<T>
where
T: ::boxology_generated_contract::CheckDispatch + Send + Sync + 'static,
{
CheckAdapter {
service,
_imports: imports,
}
}
pub fn register<T, F>(
composition: &mut ::boxology_runtime::CompositionBuilder,
build: F,
) -> ::boxology_runtime::RegisteredBox
where
T: ::boxology_generated_contract::CheckDispatch + Send + Sync + 'static,
F: FnOnce(CheckImports) -> T,
{
composition
.register(
implementation_descriptor(),
move |imports| {
let typed = typed_imports(&imports);
factory(build(typed), imports)
},
)
}
pub struct ClassifierImport {
handle: ::boxology_runtime::ImportHandle,
}
impl ClassifierImport {
pub async fn classify(
&self,
context: ::boxology_contract::CallContext,
input: ::boxology_import_classifier::ClassifyRequest,
) -> Result<
::boxology_import_classifier::ClassifyOutcome,
::boxology_contract::ErasedCallError,
> {
let capability = ::boxology_contract::CapabilityId::new(
::boxology_contract::BoxId::new("classifier")
.expect("generated import package id is valid"),
::boxology_contract::CapabilityName::new("classify")
.expect("generated import capability name is valid"),
);
let input = input
.encode()
.map_err(|error| {
::boxology_contract::ErasedCallError::ContractViolation(
conversion_detail("input_encode", error),
)
})?;
let output = self.handle.call(&capability, context, input).await?;
let output = ::boxology_contract::TypeDescriptor::structure([
::boxology_contract::FieldDescriptor::new(
"report",
::boxology_contract::TypeDescriptor::optional(
::boxology_contract::TypeDescriptor::structure([
::boxology_contract::FieldDescriptor::new(
"verdict",
::boxology_contract::TypeDescriptor::enumeration([
::boxology_contract::VariantDescriptor::new(
"Unchanged",
::boxology_contract::VariantPayload::Unit,
None,
),
::boxology_contract::VariantDescriptor::new(
"Documentation",
::boxology_contract::VariantPayload::Unit,
None,
),
::boxology_contract::VariantDescriptor::new(
"Deprecation",
::boxology_contract::VariantPayload::Unit,
None,
),
::boxology_contract::VariantDescriptor::new(
"Additive",
::boxology_contract::VariantPayload::Unit,
None,
),
::boxology_contract::VariantDescriptor::new(
"CompatibleWithConditions",
::boxology_contract::VariantPayload::Unit,
None,
),
::boxology_contract::VariantDescriptor::new(
"Incompatible",
::boxology_contract::VariantPayload::Unit,
None,
),
])
.expect("generated imported enum descriptor is valid"),
None,
),
::boxology_contract::FieldDescriptor::new(
"findings",
::boxology_contract::TypeDescriptor::list(
::boxology_contract::TypeDescriptor::structure([
::boxology_contract::FieldDescriptor::new(
"code",
::boxology_contract::TypeDescriptor::string(),
None,
),
::boxology_contract::FieldDescriptor::new(
"path",
::boxology_contract::TypeDescriptor::string(),
None,
),
::boxology_contract::FieldDescriptor::new(
"kind",
::boxology_contract::TypeDescriptor::string(),
None,
),
::boxology_contract::FieldDescriptor::new(
"class",
::boxology_contract::TypeDescriptor::enumeration([
::boxology_contract::VariantDescriptor::new(
"Unchanged",
::boxology_contract::VariantPayload::Unit,
None,
),
::boxology_contract::VariantDescriptor::new(
"Documentation",
::boxology_contract::VariantPayload::Unit,
None,
),
::boxology_contract::VariantDescriptor::new(
"Deprecation",
::boxology_contract::VariantPayload::Unit,
None,
),
::boxology_contract::VariantDescriptor::new(
"Additive",
::boxology_contract::VariantPayload::Unit,
None,
),
::boxology_contract::VariantDescriptor::new(
"CompatibleWithConditions",
::boxology_contract::VariantPayload::Unit,
None,
),
::boxology_contract::VariantDescriptor::new(
"Incompatible",
::boxology_contract::VariantPayload::Unit,
None,
),
])
.expect("generated imported enum descriptor is valid"),
None,
),
::boxology_contract::FieldDescriptor::new(
"base_excerpt",
::boxology_contract::TypeDescriptor::optional(
::boxology_contract::TypeDescriptor::string(),
)
.expect("generated imported optional descriptor is valid"),
None,
),
::boxology_contract::FieldDescriptor::new(
"submitted_excerpt",
::boxology_contract::TypeDescriptor::optional(
::boxology_contract::TypeDescriptor::string(),
)
.expect("generated imported optional descriptor is valid"),
None,
),
::boxology_contract::FieldDescriptor::new(
"condition",
::boxology_contract::TypeDescriptor::optional(
::boxology_contract::TypeDescriptor::string(),
)
.expect("generated imported optional descriptor is valid"),
None,
),
])
.expect("generated imported struct descriptor is valid"),
)
.expect("generated imported list descriptor is valid"),
None,
),
::boxology_contract::FieldDescriptor::new(
"rendered_text",
::boxology_contract::TypeDescriptor::string(),
None,
),
])
.expect("generated imported struct descriptor is valid"),
)
.expect("generated imported optional descriptor is valid"),
None,
),
::boxology_contract::FieldDescriptor::new(
"failure",
::boxology_contract::TypeDescriptor::optional(
::boxology_contract::TypeDescriptor::structure([
::boxology_contract::FieldDescriptor::new(
"stage",
::boxology_contract::TypeDescriptor::enumeration([
::boxology_contract::VariantDescriptor::new(
"Base",
::boxology_contract::VariantPayload::Unit,
None,
),
::boxology_contract::VariantDescriptor::new(
"Submitted",
::boxology_contract::VariantPayload::Unit,
None,
),
::boxology_contract::VariantDescriptor::new(
"Pairing",
::boxology_contract::VariantPayload::Unit,
None,
),
])
.expect("generated imported enum descriptor is valid"),
None,
),
::boxology_contract::FieldDescriptor::new(
"diagnostics",
::boxology_contract::TypeDescriptor::string(),
None,
),
])
.expect("generated imported struct descriptor is valid"),
)
.expect("generated imported optional descriptor is valid"),
None,
),
])
.expect("generated imported struct descriptor is valid")
.conform(::boxology_contract::DecodeRole::ConsumerOutput, output)
.map_err(|error| {
::boxology_contract::ErasedCallError::InvalidResponse(
conversion_detail("output_decode", error),
)
})?;
<::boxology_import_classifier::ClassifyOutcome as ::boxology_contract::ContractType>::decode(
&output,
)
.map_err(|error| {
::boxology_contract::ErasedCallError::InvalidResponse(
conversion_detail("output_decode", error),
)
})
}
}
pub struct CheckImports {
pub classifier: ClassifierImport,
}
pub fn typed_imports(imports: &::boxology_runtime::Imports) -> CheckImports {
CheckImports {
classifier: ClassifierImport {
handle: imports
.handle(
&::boxology_contract::BoxId::new("classifier")
.expect("generated import package id is valid"),
)
.expect("declared import handle is present")
.clone(),
},
}
}
impl<T> ::boxology_contract::ErasedTarget for CheckAdapter<T>
where
T: ::boxology_generated_contract::CheckDispatch + Send + Sync + 'static,
{
fn call<'a>(
&'a self,
capability: &'a ::boxology_contract::CapabilityId,
context: ::boxology_contract::CallContext,
input: ::boxology_contract::SlotValue,
) -> ::std::pin::Pin<
Box<
dyn ::std::future::Future<
Output = Result<
::boxology_contract::SlotValue,
::boxology_contract::ErasedCallError,
>,
> + Send + 'a,
>,
> {
let expected = ::boxology_generated_contract::contract_descriptor()
.capabilities()
.first()
.expect("generated Check contract has one capability")
.id();
if capability != expected {
return Box::pin(::std::future::ready(Err(unknown_capability())));
}
Box::pin(async move {
let input = ::boxology_contract::TypeDescriptor::structure([
::boxology_contract::FieldDescriptor::new(
"workspace",
::boxology_contract::TypeDescriptor::string(),
None,
),
::boxology_contract::FieldDescriptor::new(
"base",
::boxology_contract::TypeDescriptor::optional(
::boxology_contract::TypeDescriptor::string(),
)
.expect("generated optional descriptor is valid"),
None,
),
])
.expect("generated struct descriptor is valid")
.conform(::boxology_contract::DecodeRole::ProviderInput, input)
.map_err(|error| {
::boxology_contract::ErasedCallError::ContractViolation(
conversion_detail("input_decode", error),
)
})?;
let input = <::boxology_generated_contract::CheckRequest as ::boxology_contract::ContractType>::decode(
&input,
)
.map_err(|error| {
::boxology_contract::ErasedCallError::ContractViolation(
conversion_detail("input_decode", error),
)
})?;
match ::boxology_generated_contract::CheckDispatch::check(
&self.service,
context,
input,
)
.await
{
Ok(output) => {
output
.encode()
.map_err(|error| {
::boxology_contract::ErasedCallError::InvalidResponse(
conversion_detail("output_encode", error),
)
})
}
Err(error) => {
Err(::boxology_contract::ErasedCallError::from_domain(&error))
}
}
})
}
}
fn conversion_detail(
code: &'static str,
error: impl ::std::fmt::Display,
) -> ::boxology_contract::Detail {
::boxology_contract::Detail::new(code).with_message(error.to_string())
}
fn unknown_capability() -> ::boxology_contract::ErasedCallError {
::boxology_contract::ErasedCallError::Internal(
::boxology_contract::Detail::new("unknown_capability"),
)
}