haste_fhir_generated_ops/

generated.rs

#![allow(non_snake_case)]
use haste_fhir_model::r4::generated::resources::*;
use haste_fhir_model::r4::generated::types::*;
use haste_fhir_operation_error::*;
use haste_fhir_ops::derive::{FromParameters, ToParameters};
#[doc = "This operation is used to search for and return notifications that have been previously triggered by a topic-based Subscription in R4."]
pub mod BackportSubscriptionEvents {
    use super::*;
    pub const CODE: &str = "events";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The starting event number, inclusive of this event (lower bound)."]
        pub eventsSinceNumber: Option<FHIRString>,
        #[doc = "The ending event number, inclusive of this event (upper bound)."]
        pub eventsUntilNumber: Option<FHIRString>,
        #[doc = "Requested content style of returned data. Codes from backport-content-value-set (e.g., empty, id-only, full-resource). This is a hint to the server what a client would prefer, and MAY be ignored."]
        pub content: Option<FHIRCode>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The operation returns a valid notification bundle, with the first entry being the subscription status information resource. The bundle type is \"history\"."]
        #[parameter_rename = "return"]
        pub return_: Bundle,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Bundle(value.return_)
        }
    }
}
#[doc = "This operation is used to get a token for a websocket client to use in order to bind to one or more subscriptions."]
pub mod BackportSubscriptionGetWsBindingToken {
    use super::*;
    pub const CODE: &str = "get-ws-binding-token";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "At the Instance level, this parameter is ignored. At the Resource level, one or more parameters containing a FHIR id for a Subscription to get a token for. In the absense of any specified ids, the server may either return a token for all Subscriptions available to the caller with a channel-type of websocket or fail the request."]
        pub id: Option<Vec<FHIRId>>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "An access token that a client may use to show authorization during a websocket connection."]
        pub token: FHIRString,
        #[doc = "The date and time this token is valid until."]
        pub expiration: FHIRDateTime,
        #[doc = "The subscriptions this token is valid for."]
        pub subscription: Option<Vec<FHIRString>>,
        #[doc = "The URL the client should use to connect to Websockets."]
        #[parameter_rename = "websocket-url"]
        pub websocket_url: FHIRUrl,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "This operation is used to resend notifications that have been previously triggered by a topic-based Subscription in R4."]
pub mod BackportSubscriptionResend {
    use super::*;
    pub const CODE: &str = "resend";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The starting event number, inclusive of this event (lower bound)."]
        pub eventsSinceNumber: Option<FHIRString>,
        #[doc = "The ending event number, inclusive of this event (upper bound)."]
        pub eventsUntilNumber: Option<FHIRString>,
        #[doc = "The starting event date/time, inclusive of this instant (lower bound)."]
        pub eventsSinceInstant: Option<FHIRInstant>,
        #[doc = "The ending event date/time, inclusive of this instant (upper bound)."]
        pub eventsUntilInstant: Option<FHIRInstant>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "Outcome of this request."]
        #[parameter_rename = "return"]
        pub return_: OperationOutcome,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::OperationOutcome(value.return_)
        }
    }
}
#[doc = "This operation is used to return the current status information about one or more topic-based Subscriptions in R4."]
pub mod BackportSubscriptionStatus {
    use super::*;
    pub const CODE: &str = "status";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "At the Instance level, this parameter is ignored.  At the Resource level, one or more parameters containing a FHIR id for a Subscription to get status information for. In the absence of any specified ids, the server returns the status for all Subscriptions available to the caller. Multiple values are joined via OR (e.g., \"id1\" OR \"id2\")."]
        pub id: Option<Vec<FHIRId>>,
        #[doc = "At the Instance level, this parameter is ignored. At the Resource level, a Subscription status to filter by (e.g., \"active\"). In the absence of any specified status values, the server does not filter contents based on the status. Multiple values are joined via OR (e.g., \"error\" OR \"off\")."]
        pub status: Option<Vec<FHIRCode>>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The operation returns a bundle containing one or more subscription status resources, one per Subscription being queried. The Bundle type is \"searchset\"."]
        #[parameter_rename = "return"]
        pub return_: Bundle,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Bundle(value.return_)
        }
    }
}
#[doc = "Get Project resource for the current project."]
pub mod ProjectInformation {
    use super::*;
    pub const CODE: &str = "current-project";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {}
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "Users current project."]
        pub project: Project,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Get tenant information for the current tenant."]
pub mod TenantInformation {
    use super::*;
    pub const CODE: &str = "current-tenant";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {}
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "tenant id"]
        pub id: FHIRString,
        #[doc = "tenant subscription level"]
        pub subscription: FHIRCode,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Get tenant endpoint information for the current tenant."]
pub mod TenantEndpointInformation {
    use super::*;
    pub const CODE: &str = "endpoints";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {}
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "FHIR R4 Endpoint URL."]
        #[parameter_rename = "fhir-r4-base-url"]
        pub fhir_r4_base_url: FHIRUri,
        #[doc = "FHIR R4 Capabilities URL."]
        #[parameter_rename = "fhir-r4-capabilities-url"]
        pub fhir_r4_capabilities_url: FHIRUri,
        #[doc = "OIDC Discovery URL."]
        #[parameter_rename = "oidc-discovery-url"]
        pub oidc_discovery_url: FHIRUri,
        #[doc = "OIDC Token Endpoint."]
        #[parameter_rename = "oidc-token-endpoint"]
        pub oidc_token_endpoint: FHIRUri,
        #[doc = "OIDC Authorize Endpoint."]
        #[parameter_rename = "oidc-authorize-endpoint"]
        pub oidc_authorize_endpoint: FHIRUri,
        #[doc = "OIDC JWKS Endpoint."]
        #[parameter_rename = "oidc-jwks-endpoint"]
        pub oidc_jwks_endpoint: FHIRUri,
        #[doc = "Model context protocol endpoint."]
        #[parameter_rename = "mcp-endpoint"]
        pub mcp_endpoint: FHIRUri,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Evaluate an Access Policy."]
pub mod HasteHealthEvaluatePolicy {
    use super::*;
    pub const CODE: &str = "evaluate-policy";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The user to evaluate the policy against. Defaults to logged in user if not present."]
        pub user: Option<Reference>,
        #[doc = "The requests to evaluate against the policy."]
        pub request: Bundle,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The result of the policy evaluation."]
        #[parameter_rename = "return"]
        pub return_: OperationOutcome,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::OperationOutcome(value.return_)
        }
    }
}
#[doc = "Parse HL7v2 messages."]
pub mod Hl7v2Parse {
    use super::*;
    pub const CODE: &str = "hl7v2-parse";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "HL7v2 message to be parsed."]
        pub hl7v2: FHIRString,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "Parsed HL7v2 message."]
        pub hl7v2: HL7V2,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Get the registration information for an identity provider."]
pub mod HasteHealthIdpRegistrationInfo {
    use super::*;
    pub const CODE: &str = "registration-info";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {}
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct OutputInformation {
        #[doc = "The name of the property."]
        pub name: FHIRString,
        #[doc = "the value of the property."]
        pub value: FHIRString,
    }
    impl From<OutputInformation> for Resource {
        fn from(value: OutputInformation) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "IdentityProviders registration information."]
        #[parameter_nested]
        pub information: Option<Vec<OutputInformation>>,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Delete refresh token from the user for the client."]
pub mod HasteHealthDeleteRefreshToken {
    use super::*;
    pub const CODE: &str = "delete-refresh-token";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "Client id for refresh token to delete."]
        pub client_id: FHIRId,
        #[doc = "User agent of the refresh token to delete."]
        pub user_agent: Option<FHIRString>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "Result of the delete operation."]
        #[parameter_rename = "return"]
        pub return_: OperationOutcome,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::OperationOutcome(value.return_)
        }
    }
}
#[doc = "Show list of users refresh tokens."]
pub mod HasteHealthListRefreshTokens {
    use super::*;
    pub const CODE: &str = "refresh-tokens";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {}
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct OutputRefreshTokens {
        #[doc = "Client for refresh token."]
        pub client_id: FHIRId,
        #[doc = "User agent of the refresh token."]
        pub user_agent: FHIRString,
        #[doc = "When the refresh token was created."]
        pub created_at: FHIRDateTime,
    }
    impl From<OutputRefreshTokens> for Resource {
        fn from(value: OutputRefreshTokens) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "The result of the operation."]
        #[parameter_rename = "refresh-tokens"]
        #[parameter_nested]
        pub refresh_tokens: Option<Vec<OutputRefreshTokens>>,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Delete scope from user accepted scopes for the client."]
pub mod HasteHealthDeleteScope {
    use super::*;
    pub const CODE: &str = "delete-scope";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "Client for which scopes are being shown."]
        pub client_id: FHIRId,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "Result of the delete operation."]
        #[parameter_rename = "return"]
        pub return_: OperationOutcome,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::OperationOutcome(value.return_)
        }
    }
}
#[doc = "Show list of user accepted scopes for apps."]
pub mod HasteHealthListScopes {
    use super::*;
    pub const CODE: &str = "scopes";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {}
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct OutputScopes {
        #[doc = "Client for which scopes are being shown."]
        pub client_id: FHIRId,
        #[doc = "Scopes user accepted."]
        pub scopes: FHIRString,
        #[doc = "When the scopes were accepted."]
        pub created_at: FHIRDateTime,
    }
    impl From<OutputScopes> for Resource {
        fn from(value: OutputScopes) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "The result of the operation."]
        #[parameter_nested]
        pub scopes: Option<Vec<OutputScopes>>,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "The apply operation applies a definition in a specific context"]
pub mod ActivityDefinitionApply {
    use super::*;
    pub const CODE: &str = "apply";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The activity definition to apply. If the operation is invoked on an instance, this parameter is not allowed. If the operation is invoked at the type level, this parameter is required"]
        pub activityDefinition: Option<ActivityDefinition>,
        #[doc = "The subject(s) that is/are the target of the activity definition to be applied. The subject may be a Patient, Practitioner, Organization, Location, Device, or Group. Subjects provided in this parameter will be resolved as the subject of the PlanDefinition based on the type of the subject. If multiple subjects of the same type are provided, the behavior is implementation-defined"]
        pub subject: Vec<FHIRString>,
        #[doc = "The encounter in context, if any"]
        pub encounter: Option<FHIRString>,
        #[doc = "The practitioner in context"]
        pub practitioner: Option<FHIRString>,
        #[doc = "The organization in context"]
        pub organization: Option<FHIRString>,
        #[doc = "The type of user initiating the request, e.g. patient, healthcare provider, or specific type of healthcare provider (physician, nurse, etc.)"]
        pub userType: Option<CodeableConcept>,
        #[doc = "Preferred language of the person using the system"]
        pub userLanguage: Option<CodeableConcept>,
        #[doc = "The task the system user is performing, e.g. laboratory results review, medication list review, etc. This information can be used to tailor decision support outputs, such as recommended information resources"]
        pub userTaskContext: Option<CodeableConcept>,
        #[doc = "The current setting of the request (inpatient, outpatient, etc.)"]
        pub setting: Option<CodeableConcept>,
        #[doc = "Additional detail about the setting of the request, if any"]
        pub settingContext: Option<CodeableConcept>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The resource that is the result of applying the definition"]
        #[parameter_rename = "return"]
        pub return_: Resource,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            value.return_
        }
    }
}
#[doc = "The data-requirements operation aggregates and returns the parameters and data requirements for the activity definition and all its dependencies as a single module definition library"]
pub mod ActivityDefinitionDataRequirements {
    use super::*;
    pub const CODE: &str = "data-requirements";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {}
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The result of the requirements gathering represented as a module-definition Library that describes the aggregate parameters, data requirements, and dependencies of the activity definition"]
        #[parameter_rename = "return"]
        pub return_: Library,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Library(value.return_)
        }
    }
}
#[doc = "This operation asks the server to check that it implements all the resources, interactions, search parameters, and operations that the client provides in its capability statement. The client provides both capability statements by reference, and must ensure that all the referenced resources are available to the conformance server"]
pub mod CapabilityStatementConforms {
    use super::*;
    pub const CODE: &str = "conforms";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "A canonical reference to the left-hand system's capability statement"]
        pub left: Option<FHIRCanonical>,
        #[doc = "A canonical reference to the right-hand system's capability statement"]
        pub right: Option<FHIRCanonical>,
        #[doc = "What kind of comparison to perform - server to server, or client to server (use the codes 'server/server' or 'client/server')"]
        pub mode: Option<FHIRCode>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "Outcome of the CapabilityStatement test"]
        pub issues: OperationOutcome,
        #[doc = "The intersection of the functionality described by the CapabilityStatement resources"]
        #[parameter_rename = "union"]
        pub union_: Option<CapabilityStatement>,
        #[doc = "The union of the functionality described by the CapabilityStatement resources"]
        pub intersection: Option<CapabilityStatement>,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "This operation asks the server to check that it implements all the resources, interactions, search parameters, and operations that the client provides in its capability statement. The client provides its capability statement inline, or by referring the server to the canonical URL of its capability statement"]
pub mod CapabilityStatementImplements {
    use super::*;
    pub const CODE: &str = "implements";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "A canonical reference to the server capability statement - use this if the implements is not invoked on an instance (or on the /metadata end-point)"]
        pub server: Option<FHIRCanonical>,
        #[doc = "A canonical reference to the client capability statement - use this if the implements is not invoked on an instance (or on the /metadata end-point)"]
        pub client: Option<FHIRCanonical>,
        #[doc = "The client capability statement, provided inline"]
        pub resource: Option<CapabilityStatement>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "Outcome of the CapabilityStatement test"]
        #[parameter_rename = "return"]
        pub return_: OperationOutcome,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::OperationOutcome(value.return_)
        }
    }
}
#[doc = "This operation asks the server to return a subset of the CapabilityStatement resource - just the REST parts that relate to a set of nominated resources - the resources that the client is interested in"]
pub mod CapabilityStatementSubset {
    use super::*;
    pub const CODE: &str = "subset";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The canonical URL - use this if the subset is not invoked on an instance (or on the /metadata end-point)"]
        pub server: Option<FHIRUri>,
        #[doc = "A resource that the client would like to include in the return"]
        pub resource: Vec<FHIRCode>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The subsetted CapabilityStatement resource that is returned. This should be tagged with the SUBSETTED code"]
        #[parameter_rename = "return"]
        pub return_: CapabilityStatement,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::CapabilityStatement(value.return_)
        }
    }
}
#[doc = "Using the [FHIR Version Mime Type Parameter](http.html#version-parameter), a server can support [multiple versions on the same end-point](versioning.html#mt-version). The only way for client to find out what versions a server supports in this fashion is the $versions operation. The client invokes the operation with no parameters. and the server returns the list of supported versions, along with the default version it will use if no fhirVersion parameter is present"]
pub mod CapabilityStatementVersions {
    use super::*;
    pub const CODE: &str = "versions";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {}
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "A version supported by the server. Use the major.minor version like 3.0"]
        pub version: Vec<FHIRCode>,
        #[doc = "The default version for the server. Use the major.minor version like 3.0"]
        pub default: FHIRCode,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "The apply operation applies a definition in a specific context"]
pub mod ChargeItemDefinitionApply {
    use super::*;
    pub const CODE: &str = "apply";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The ChargeItem on which the definition is to ba applies"]
        pub chargeItem: Reference,
        #[doc = "The account in context, if any"]
        pub account: Option<Reference>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The resource that is the result of applying the definition"]
        #[parameter_rename = "return"]
        pub return_: Resource,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            value.return_
        }
    }
}
#[doc = "This operation is used to submit a Claim, Pre-Authorization or Pre-Determination (all instances of Claim resources) for adjudication either as a single Claim resource instance or as a Bundle containing the Claim and other referenced resources, or Bundle containing a batch of Claim resources, either as single Claims resources or Bundle resources, for processing. The only input parameter is the single Claim or Bundle resource and the only output is a single ClaimResponse, Bundle of ClaimResponses or an OperationOutcome resource."]
pub mod ClaimSubmit {
    use super::*;
    pub const CODE: &str = "submit";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "A Claim resource or Bundle of claims, either as individual Claim resources or as Bundles each containing a single Claim plus referenced resources."]
        pub resource: Resource,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "A ClaimResponse resource or Bundle of claim responses, either as individual ClaimResponse resources or as Bundles each containing a single ClaimResponse plus referenced resources."]
        #[parameter_rename = "return"]
        pub return_: Resource,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Given a set of properties (and text), return one or more possible matching codes\n\nThis operation takes a set of properties, and examines the code system looking for codes in the code system that match a set of known properties. \n\nWhen looking for matches, there are 3 possible types of match:\n* a complete match - a code that represents all the provided properties correctly\n* a partial match - a code that represents some of the provided properties correctly, and not others \n* a possible match - a code that may represent the provided properties closely, but may capture less or more precise information for some of the properties\n\nThe $find-matches operation can be called in one of 2 modes:\n* By a human, looking for the best match for a set of properties. In this mode, the server returns a list of complete, possible or partial matches (possibly with comments), so that the user can choose (or not) the most appropriate code\n* By a machine (typically in a system interface performing a transformation). In this mode, the server returns only a list of complete and partial matches, but no possible matches. The machine can choose a code from the list (or not) based on what properties are not coded\n\nThese modes are differentiated by the 'exact' parameter, so the client can indicate whether it only wants exact matches (including partial matches) or whether potential matches based on text matching are desired\n \nThe find-matches operation is still preliminary. The interface can be expected to change as more experience is gained from implementations."]
pub mod CodeSystemFindMatches {
    use super::*;
    pub const CODE: &str = "find-matches";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct InputPropertySubproperty {
        #[doc = "Identifies the sub-property provided"]
        pub code: FHIRCode,
        #[doc = "The value of the sub-property provided"]
        pub value: ParametersParameterValueTypeChoice,
    }
    impl From<InputPropertySubproperty> for Resource {
        fn from(value: InputPropertySubproperty) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct InputProperty {
        #[doc = "Identifies the property provided"]
        pub code: FHIRCode,
        #[doc = "The value of the property provided"]
        pub value: Option<ParametersParameterValueTypeChoice>,
        #[doc = "Nested Properties (mainly used for SNOMED CT composition, for relationship Groups)"]
        #[parameter_nested]
        pub subproperty: Option<Vec<InputPropertySubproperty>>,
    }
    impl From<InputProperty> for Resource {
        fn from(value: InputProperty) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The system in which composition is to be performed. This must be provided unless the operation is invoked on a code system instance"]
        pub system: Option<FHIRUri>,
        #[doc = "The version of the system for the inferencing to be performed"]
        pub version: Option<FHIRString>,
        #[doc = "One or more properties that contain information to be composed into the code"]
        #[parameter_nested]
        pub property: Option<Vec<InputProperty>>,
        #[doc = "Whether the operation is being used by a human ('false'), or a machine ('true'). If the operation is being used by a human, the terminology server can return a list of possible matches, with commentary. For a machine, the server returns complete or partial matches, not possible matches. The default value is 'false'"]
        pub exact: FHIRBoolean,
        #[doc = "Post-coordinated expressions are allowed to be returned in the matching codes (mainly for SNOMED CT). Default = false"]
        pub compositional: Option<FHIRBoolean>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct OutputMatchUnmatchedProperty {
        #[doc = "Identifies the sub-property provided"]
        pub code: FHIRCode,
        #[doc = "The value of the sub-property provided"]
        pub value: ParametersParameterValueTypeChoice,
    }
    impl From<OutputMatchUnmatchedProperty> for Resource {
        fn from(value: OutputMatchUnmatchedProperty) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct OutputMatchUnmatched {
        #[doc = "Identifies the property provided"]
        pub code: FHIRCode,
        #[doc = "The value of the property provided"]
        pub value: ParametersParameterValueTypeChoice,
        #[doc = "Nested Properties (mainly used for SNOMED CT composition, for relationship Groups)"]
        #[parameter_nested]
        pub property: Option<Vec<OutputMatchUnmatchedProperty>>,
    }
    impl From<OutputMatchUnmatched> for Resource {
        fn from(value: OutputMatchUnmatched) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct OutputMatch {
        #[doc = "A code that matches the properties provided"]
        pub code: Coding,
        #[doc = "One or more properties that contain properties that could not be matched into the code"]
        #[parameter_nested]
        pub unmatched: Option<Vec<OutputMatchUnmatched>>,
        #[doc = "Information about the quality of the match, if operation is for a human"]
        pub comment: Option<FHIRString>,
    }
    impl From<OutputMatch> for Resource {
        fn from(value: OutputMatch) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "Concepts returned by the server as a result of the inferencing operation"]
        #[parameter_rename = "match"]
        #[parameter_nested]
        pub match_: Option<Vec<OutputMatch>>,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Given a code/system, or a Coding, get additional details about the concept, including definition, status, designations, and properties. One of the products of this operation is a full decomposition of a code from a structured terminology.\n\nWhen invoking this operation, a client SHALL provide both a system and a code, either using the system+code parameters, or in the coding parameter. Other parameters are optional"]
pub mod CodeSystemLookup {
    use super::*;
    pub const CODE: &str = "lookup";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The code that is to be located. If a code is provided, a system must be provided"]
        pub code: Option<FHIRCode>,
        #[doc = "The system for the code that is to be located"]
        pub system: Option<FHIRUri>,
        #[doc = "The version of the system, if one was provided in the source data"]
        pub version: Option<FHIRString>,
        #[doc = "A coding to look up"]
        pub coding: Option<Coding>,
        #[doc = "The date for which the information should be returned. Normally, this is the current conditions (which is the default value) but under some circumstances, systems need to acccess this information as it would have been in the past. A typical example of this would be where code selection is constrained to the set of codes that were available when the patient was treated, not when the record is being edited. Note that which date is appropriate is a matter for implementation policy."]
        pub date: Option<FHIRDateTime>,
        #[doc = "The requested language for display (see $expand.displayLanguage)"]
        pub displayLanguage: Option<FHIRCode>,
        #[doc = "A property that the client wishes to be returned in the output. If no properties are specified, the server chooses what to return. The following properties are defined for all code systems: url, name, version (code system info) and code information: display, definition, designation, parent and child, and for designations, lang.X where X is a designation language code. Some of the properties are returned explicit in named parameters (when the names match), and the rest (except for lang.X) in the property parameter group"]
        pub property: Option<Vec<FHIRCode>>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct OutputDesignation {
        #[doc = "The language this designation is defined for"]
        pub language: Option<FHIRCode>,
        #[doc = "A code that details how this designation would be used"]
        #[parameter_rename = "use"]
        pub use_: Option<Coding>,
        #[doc = "The text value for this designation"]
        pub value: FHIRString,
    }
    impl From<OutputDesignation> for Resource {
        fn from(value: OutputDesignation) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct OutputPropertySubproperty {
        #[doc = "Identifies the sub-property returned"]
        pub code: FHIRCode,
        #[doc = "The value of the sub-property returned"]
        pub value: ParametersParameterValueTypeChoice,
        #[doc = "Human Readable representation of the property value (e.g. display for a code)"]
        pub description: Option<FHIRString>,
    }
    impl From<OutputPropertySubproperty> for Resource {
        fn from(value: OutputPropertySubproperty) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct OutputProperty {
        #[doc = "Identifies the property returned"]
        pub code: FHIRCode,
        #[doc = "The value of the property returned"]
        pub value: Option<ParametersParameterValueTypeChoice>,
        #[doc = "Human Readable representation of the property value (e.g. display for a code)"]
        pub description: Option<FHIRString>,
        #[doc = "Nested Properties (mainly used for SNOMED CT decomposition, for relationship Groups)"]
        #[parameter_nested]
        pub subproperty: Option<Vec<OutputPropertySubproperty>>,
    }
    impl From<OutputProperty> for Resource {
        fn from(value: OutputProperty) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "A display name for the code system"]
        pub name: FHIRString,
        #[doc = "The version that these details are based on"]
        pub version: Option<FHIRString>,
        #[doc = "The preferred display for this concept"]
        pub display: FHIRString,
        #[doc = "Additional representations for this concept"]
        #[parameter_nested]
        pub designation: Option<Vec<OutputDesignation>>,
        #[doc = "One or more properties that contain additional information about the code, including status. For complex terminologies (e.g. SNOMED CT, LOINC, medications), these properties serve to decompose the code"]
        #[parameter_nested]
        pub property: Option<Vec<OutputProperty>>,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Test the subsumption relationship between code/Coding A and code/Coding B given the semantics of subsumption in the underlying code system (see [hierarchyMeaning](codesystem-definitions.html#CodeSystem.hierarchyMeaning)).\n\nWhen invoking this operation, a client SHALL provide both a and codes, either as code or Coding parameters. The system parameter is required unless the operation is invoked on an instance of a code system resource. Other parameters are optional"]
pub mod CodeSystemSubsumes {
    use super::*;
    pub const CODE: &str = "subsumes";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The \"A\" code that is to be tested. If a code is provided, a system must be provided"]
        pub codeA: Option<FHIRCode>,
        #[doc = "The \"B\" code that is to be tested. If a code is provided, a system must be provided"]
        pub codeB: Option<FHIRCode>,
        #[doc = "The code system in which subsumption testing is to be performed. This must be provided unless the operation is invoked on a code system instance"]
        pub system: Option<FHIRUri>,
        #[doc = "The version of the code system, if one was provided in the source data"]
        pub version: Option<FHIRString>,
        #[doc = "The \"A\" Coding that is to be tested. The code system does not have to match the specified subsumption code system, but the relationships between the code systems must be well established"]
        pub codingA: Option<Coding>,
        #[doc = "The \"B\" Coding that is to be tested. The code system does not have to match the specified subsumption code system, but the relationships between the code systems must be well established"]
        pub codingB: Option<Coding>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "The subsumption relationship between code/Coding \"A\" and code/Coding \"B\". There are 4 possible codes to be returned (equivalent, subsumes, subsumed-by, and not-subsumed) as defined in the concept-subsumption-outcome value set.  If the server is unable to determine the relationship between the codes/Codings, then it returns an error response with an OperationOutcome."]
        pub outcome: FHIRCode,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Validate that a coded value is in the code system. If the operation is not called at the instance level, one of the parameters \"url\" or \"codeSystem\" must be provided. The operation returns a result (true / false), an error message, and the recommended display for the code.\n\nWhen invoking this operation, a client SHALL provide one (and only one) of the parameters (code+system, coding, or codeableConcept). Other parameters (including version and display) are optional"]
pub mod CodeSystemValidateCode {
    use super::*;
    pub const CODE: &str = "validate-code";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "CodeSystem URL. The server must know the code system (e.g. it is defined explicitly in the server'scode systems, or it is known implicitly by the server"]
        pub url: Option<FHIRUri>,
        #[doc = "The codeSystem is provided directly as part of the request. Servers may choose not to accept code systems in this fashion. This parameter is used when the client wants the server to check against a code system that is not stored on the server"]
        pub codeSystem: Option<CodeSystem>,
        #[doc = "The code that is to be validated"]
        pub code: Option<FHIRCode>,
        #[doc = "The version of the code system, if one was provided in the source data"]
        pub version: Option<FHIRString>,
        #[doc = "The display associated with the code, if provided. If a display is provided a code must be provided. If no display is provided, the server cannot validate the display value, but may choose to return a recommended display name in an extension in the outcome. Whether displays are case sensitive is code system dependent"]
        pub display: Option<FHIRString>,
        #[doc = "A coding to validate. The system must match the specified code system"]
        pub coding: Option<Coding>,
        #[doc = "A full codeableConcept to validate. The server returns true if one of the coding values is in the code system, and may also validate that the codings are not in conflict with each other if more than one is present"]
        pub codeableConcept: Option<CodeableConcept>,
        #[doc = "The date for which the validation should be checked. Normally, this is the current conditions (which is the default values) but under some circumstances, systems need to validate that a correct code was used at some point in the past. A typical example of this would be where code selection is constrained to the set of codes that were available when the patient was treated, not when the record is being edited. Note that which date is appropriate is a matter for implementation policy."]
        pub date: Option<FHIRDateTime>,
        #[doc = "If this parameter has a value of true, the client is stating that the validation is being performed in a context where a concept designated as 'abstract' is appropriate/allowed to be used, and the server should regard abstract codes as valid. If this parameter is false, abstract codes are not considered to be valid.\n\nNote that. 'abstract' is a property defined by many HL7 code systems that indicates that the concept is a logical grouping concept that is not intended to be used asa 'concrete' concept to in an actual patient/care/process record. This language is borrowed from Object Orienated theory where 'asbtract' objects are never instantiated. However in the general record and terminology eco-system, there are many contexts where it is appropraite to use these codes e.g. as decision making criterion, or when editing value sets themselves. This parameter allows a client to indicate to the server that it is working in such a context."]
        #[parameter_rename = "abstract"]
        pub abstract_: Option<FHIRBoolean>,
        #[doc = "Specifies the language to be used for description when validating the display property"]
        pub displayLanguage: Option<FHIRCode>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "True if the concept details supplied are valid"]
        pub result: FHIRBoolean,
        #[doc = "Error details, if result = false. If this is provided when result = true, the message carries hints and warnings"]
        pub message: Option<FHIRString>,
        #[doc = "A valid display for the concept if the system wishes to display this to a user"]
        pub display: Option<FHIRString>,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "A client can ask a server to generate a fully bundled document from a composition resource. The server takes the composition resource, locates all the referenced resources and other additional resources as configured or requested and either returns a full document bundle, or returns an error. Note that since this is a search operation, the document bundle is  wrapped inside the search bundle.  If some of the resources are located on other servers, it is at the discretion of the  server whether to retrieve them or return an error. If the correct version of the document  that would be generated already exists, then the server can return the existing one."]
pub mod CompositionDocument {
    use super::*;
    pub const CODE: &str = "document";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "Identifies the composition to use. This can either be a simple id, which identifies a composition, or it can be a full URL, which identifies a composition on another server. \n\nNotes: \n\n* GET [base]/Composition/[id]/$document is identical in meaning to GET [base]/Composition/$document?id=[id]\n* the id parameter SHALL NOT be used if the operation is requested on a particular composition (e.g.  GET [base]/Composition/[id]/$document?id=[id] is not allowed)\n* Servers are not required to support generating documents on Compositions located on another server"]
        pub id: Option<FHIRUri>,
        #[doc = "Whether to store the document at the bundle end-point (/Bundle) or not once it is generated. Value = true or false (default is for the server to decide). If the document is stored, it's location can be inferred from the Bundle.id, but it SHOULD be provided explicitly in the HTTP Location header in the response"]
        pub persist: Option<FHIRBoolean>,
        #[doc = "Canonical reference to a GraphDefinition. If a URL is provided, it is the canonical reference to a [GraphDefinition](graphdefinition.html) that it controls what resources are to be added to the bundle when building the document. The GraphDefinition can also specify profiles that apply to the various resources"]
        pub graph: Option<FHIRUri>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {}
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "This operation provides support for ongoing maintenance of a client-side [transitive closure table](https://en.wikipedia.org/wiki/Transitive_closure#In_graph_theory) based on server-side terminological logic. For details of how this is used, see [Maintaining a Closure Table](terminology-service.html#closure)"]
pub mod ConceptMapClosure {
    use super::*;
    pub const CODE: &str = "closure";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The name that defines the particular context for the subsumption based closure table"]
        pub name: FHIRString,
        #[doc = "Concepts to add to the closure table"]
        pub concept: Option<Vec<Coding>>,
        #[doc = "A request to resynchronise - request to send all new entries since the nominated version was sent by the server"]
        pub version: Option<FHIRString>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "A list of new entries (code / system --> code/system) that the client should add to its closure table. The only kind of entry mapping equivalences that can be returned are equal, specializes, subsumes and unmatched"]
        #[parameter_rename = "return"]
        pub return_: ConceptMap,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::ConceptMap(value.return_)
        }
    }
}
#[doc = "Translate a code from one value set to another, based on the existing value set and concept maps resources, and/or other additional knowledge available to the server. \r\n\r\n One (and only one) of the in parameters (code, coding, codeableConcept) must be provided, to identify the code that is to be translated.  \r\n\r\n The operation returns a set of parameters including a 'result' for whether there is an acceptable match, and a list of possible matches. Note that the list of matches may include notes of codes for which mapping is specifically excluded, so implementers have to check the match.equivalence for each match"]
pub mod ConceptMapTranslate {
    use super::*;
    pub const CODE: &str = "translate";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct InputDependency {
        #[doc = "The element for this dependency"]
        pub element: Option<FHIRUri>,
        #[doc = "The value for this dependency"]
        pub concept: Option<CodeableConcept>,
    }
    impl From<InputDependency> for Resource {
        fn from(value: InputDependency) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "A canonical URL for a concept map. The server must know the concept map (e.g. it is defined explicitly in the server's concept maps, or it is defined implicitly by some code system known to the server."]
        pub url: Option<FHIRUri>,
        #[doc = "The concept map is provided directly as part of the request. Servers may choose not to accept concept maps in this fashion."]
        pub conceptMap: Option<ConceptMap>,
        #[doc = "The identifier that is used to identify a specific version of the concept map to be used for the translation. This is an arbitrary value managed by the concept map author and is not expected to be globally unique. For example, it might be a timestamp (e.g. yyyymmdd) if a managed version is not available."]
        pub conceptMapVersion: Option<FHIRString>,
        #[doc = "The code that is to be translated. If a code is provided, a system must be provided"]
        pub code: Option<FHIRCode>,
        #[doc = "The system for the code that is to be translated"]
        pub system: Option<FHIRUri>,
        #[doc = "The version of the system, if one was provided in the source data"]
        pub version: Option<FHIRString>,
        #[doc = "Identifies the value set used when the concept (system/code pair) was chosen. May be a logical id, or an absolute or relative location. The source value set is an optional parameter because in some cases, the client cannot know what the source value set is. However, without a source value set, the server may be unable to safely identify an applicable concept map, and would return an error. For this reason, a source value set SHOULD always be provided. Note that servers may be able to identify an appropriate concept map without a source value set if there is a full mapping for the entire code system in the concept map, or by manual intervention"]
        pub source: Option<FHIRUri>,
        #[doc = "A coding to translate"]
        pub coding: Option<Coding>,
        #[doc = "A full codeableConcept to validate. The server can translate any of the coding values (e.g. existing translations) as it chooses"]
        pub codeableConcept: Option<CodeableConcept>,
        #[doc = "Identifies the value set in which a translation is sought. May be a logical id, or an absolute or relative location. If there's no target specified, the server should return all known translations, along with their source"]
        pub target: Option<FHIRUri>,
        #[doc = "identifies a target code system in which a mapping is sought. This parameter is an alternative to the target parameter - only one is required. Searching for any translation to a target code system irrespective of the context (e.g. target valueset) may lead to unsafe results, and it is at the discretion of the server to decide when to support this operation"]
        pub targetsystem: Option<FHIRUri>,
        #[doc = "Another element that may help produce the correct mapping"]
        #[parameter_nested]
        pub dependency: Option<Vec<InputDependency>>,
        #[doc = "if this is true, then the operation should return all the codes that might be mapped to this code. This parameter reverses the meaning of the source and target parameters"]
        pub reverse: Option<FHIRBoolean>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct OutputMatchProduct {
        #[doc = "The element for this product"]
        pub element: Option<FHIRUri>,
        #[doc = "The value for this product"]
        pub concept: Option<Coding>,
    }
    impl From<OutputMatchProduct> for Resource {
        fn from(value: OutputMatchProduct) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct OutputMatch {
        #[doc = "A code indicating the equivalence of the translation, using values from [ConceptMapEquivalence](valueset-concept-map-equivalence.html)"]
        pub equivalence: Option<FHIRCode>,
        #[doc = "The translation outcome. Note that this would never have userSelected = true, since the process of translations implies that the user is not selecting the code (and only the client could know differently)"]
        pub concept: Option<Coding>,
        #[doc = "Another element that is the product of this mapping"]
        #[parameter_nested]
        pub product: Option<Vec<OutputMatchProduct>>,
        #[doc = "The canonical reference to the concept map from which this mapping comes from"]
        pub source: Option<FHIRUri>,
    }
    impl From<OutputMatch> for Resource {
        fn from(value: OutputMatch) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "True if the concept could be translated successfully. The value can only be true if at least one returned match has an equivalence which is not  unmatched or disjoint"]
        pub result: FHIRBoolean,
        #[doc = "Error details, for display to a human. If this is provided when result = true, the message carries hints and warnings (e.g. a note that the matches could be improved by providing additional detail)"]
        pub message: Option<FHIRString>,
        #[doc = "A concept in the target value set with an equivalence. Note that there may be multiple matches of equal or differing equivalence, and the matches may include equivalence values that mean that there is no match"]
        #[parameter_rename = "match"]
        #[parameter_nested]
        pub match_: Option<Vec<OutputMatch>>,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "This operation is used to submit an EligibilityRequest for assessment either as a single EligibilityRequest resource instance or as a Bundle containing the EligibilityRequest and other referenced resources, or Bundle containing a batch of EligibilityRequest resources, either as single EligibilityRequests resources or Bundle resources, for processing. The only input parameter is the single EligibilityRequest or Bundle resource and the only output is a single EligibilityResponse, Bundle of EligibilityResponses or an OperationOutcome resource."]
pub mod CoverageEligibilityRequestSubmit {
    use super::*;
    pub const CODE: &str = "submit";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "An EligibilityRequest resource or Bundle of EligibilityRequests, either as individual EligibilityRequest resources or as Bundles each containing a single EligibilityRequest plus referenced resources."]
        pub resource: Resource,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "An EligibilityResponse resource or Bundle of EligibilityResponse responses, either as individual EligibilityResponse resources or as Bundles each containing a single EligibilityResponse plus referenced resources."]
        #[parameter_rename = "return"]
        pub return_: Resource,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "This operation is used to return all the information related to an encounter described in the resource on which this operation is invoked. The response is a bundle of type \"searchset\". At a minimum, the encounter resource itself is returned, along with any other resources that the server has available for the given encounter for the user. The server also returns whatever resources are needed to support the records - e.g. linked practitioners, locations, organizations etc. The principle intended use for this operation is to provide a patient with access to their record, or to allow a client to retrieve everything for an encounter for efficient display).\r\rThe server SHOULD return all resources it has that:\r\r* are included in the encounter compartment for the identified encounter (have a reference to the encounter)\r* are referenced by the standard extenstion for associating an encounter (where no reference element exists) http://hl7.org/fhir/StructureDefinition/encounter-associatedEncounter\r* the server believes are relevant to the context of the encounter for any other reason (internally defined/decided)\r* any resource referenced by the above, including binaries and attachments (to make a more complete package)\r\rIn the US Realm, at a mimimum, the resources returned SHALL include all the data covered by the meaningful use common data elements (see [DAF](http://hl7.org/fhir/us/daf) for further guidance). Other applicable implementation guides may make additional rules about the information that is returned.   Note that for many resources, the exact nature of the link to encounter can be ambiguous (e.g. for a DiagnosticReport, is it the encounter when it was initiated, or when it was reported?)"]
pub mod EncounterEverything {
    use super::*;
    pub const CODE: &str = "everything";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "Resources updated after this period will be included in the response. The intent of this parameter is to allow a client to request only records that have changed since the last request, based on either the return header time, or or (for asynchronous use), the transaction time"]
        pub _since: Option<FHIRInstant>,
        #[doc = "One or more parameters, each containing one or more comma-delimited FHIR resource types to include in the return resources. In the absense of any specified types, the server returns all resource types"]
        pub _type: Option<Vec<FHIRCode>>,
        #[doc = "See discussion below on the utility of paging through the results of the $everything operation"]
        pub _count: Option<FHIRInteger>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The bundle type is \"searchset\""]
        #[parameter_rename = "return"]
        pub return_: Bundle,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Bundle(value.return_)
        }
    }
}
#[doc = "This operation is used to return all the information related to one or more patients that are part of the group on which this operation is invoked. The response is a bundle of type \"searchset\". At a minimum, the patient resource(s) itself is returned, along with any other resources that the server has that are related to the patient(s), and that are available for the given user. The server also returns whatever resources are needed to support the records - e.g. linked practitioners, medications, locations, organizations etc.   The intended use for this operation is for a provider or other user to perform a bulk data download.  The server SHOULD return at least all resources that it has that are in the patient compartment for the identified patient(s), and any resource referenced from those, including binaries and attachments. In the US Realm, at a mimimum, the resources returned SHALL include all the data covered by the meaningful use common data elements as defined in [US-Core](http://hl7.org/fhir/us/coref). Other applicable implementation guides may make additional rules about how much information that is returned."]
pub mod GroupEverything {
    use super::*;
    pub const CODE: &str = "everything";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The date range relates to care dates, not record currency dates - e.g. all records relating to care provided in a certain date range. If no start date is provided, all records prior to the end date are in scope."]
        pub start: Option<FHIRDate>,
        #[doc = "The date range relates to care dates, not record currency dates - e.g. all records relating to care provided in a certain date range. If no end date is provided, all records subsequent to the start date are in scope."]
        pub end: Option<FHIRDate>,
        #[doc = "Resources updated after this period will be included in the response. The intent of this parameter is to allow a client to request only records that have changed since the last request, based on either the return header time, or or (for asynchronous use), the transaction time"]
        pub _since: Option<FHIRInstant>,
        #[doc = "One or more parameters, each containing one or more comma-delimited FHIR resource types to include in the return resources. In the absense of any specified types, the server returns all resource types"]
        pub _type: Option<Vec<FHIRCode>>,
        #[doc = "See discussion below on the utility of paging through the results of the $everything operation"]
        pub _count: Option<FHIRInteger>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The bundle type is \"searchset\""]
        #[parameter_rename = "return"]
        pub return_: Bundle,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Bundle(value.return_)
        }
    }
}
#[doc = "The data-requirements operation aggregates and returns the parameters and data requirements for a resource and all its dependencies as a single module definition"]
pub mod LibraryDataRequirements {
    use super::*;
    pub const CODE: &str = "data-requirements";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The target of the data requirements operation"]
        pub target: Option<FHIRString>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The result of the requirements gathering"]
        #[parameter_rename = "return"]
        pub return_: Library,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Library(value.return_)
        }
    }
}
#[doc = "This operation allows a client to find an identified list for a particular function by its function. The operation takes two parameters, the identity of a patient, and the name of a functional list.     The list of defined functional lists can be found at [Current Resource Lists](lifecycle.html#lists). Applications are not required to support all the lists, and may define additional lists of their own.   If the system is able to locate a list that serves the identified purpose, it returns it as the body of the response with a 200 OK status. If the resource cannot be located, the server returns a 404 not found (optionally with an OperationOutcome resource)"]
pub mod ListFind {
    use super::*;
    pub const CODE: &str = "find";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The id of a patient resource located on the server on which this operation is executed"]
        pub patient: FHIRId,
        #[doc = "The code for the functional list that is being found"]
        pub name: FHIRCode,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {}
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "The care-gaps operation is used to determine gaps-in-care based on the results of quality measures"]
pub mod MeasureCareGaps {
    use super::*;
    pub const CODE: &str = "care-gaps";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The start of the measurement period. In keeping with the semantics of the date parameter used in the FHIR search operation, the period will start at the beginning of the period implied by the supplied timestamp. E.g. a value of 2014 would set the period s"]
        pub periodStart: FHIRDate,
        #[doc = "The end of the measurement period. The period will end at the end of the period implied by the supplied timestamp. E.g. a value of 2014 would set the period end to be 2014-12-31T23:59:59 inclusive"]
        pub periodEnd: FHIRDate,
        #[doc = "The topic to be used to determine which measures are considered for the care gaps report. Any measure with the given topic will be included in the report"]
        pub topic: FHIRString,
        #[doc = "Subject for which the care gaps report will be produced"]
        pub subject: FHIRString,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The result of the care gaps report will be returned as a document bundle with a MeasureReport entry for each included measure"]
        #[parameter_rename = "return"]
        pub return_: Bundle,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Bundle(value.return_)
        }
    }
}
#[doc = "The collect-data operation is used to collect the data-of-interest for the given measure."]
pub mod MeasureCollectData {
    use super::*;
    pub const CODE: &str = "collect-data";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The start of the measurement period. In keeping with the semantics of the date parameter used in the FHIR search operation, the period will start at the beginning of the period implied by the supplied timestamp. E.g. a value of 2014 would set the period s"]
        pub periodStart: FHIRDate,
        #[doc = "The end of the measurement period. The period will end at the end of the period implied by the supplied timestamp. E.g. a value of 2014 would set the period end to be 2014-12-31T23:59:59 inclusive"]
        pub periodEnd: FHIRDate,
        #[doc = "The measure to evaluate. This parameter is only required when the operation is invoked on the resource type, it is not used when invoking the operation on a Measure instance"]
        pub measure: Option<FHIRString>,
        #[doc = "Subject for which the measure will be collected. If not specified, measure data will be collected for all subjects that meet the requirements of the measure. If specified, the measure will only be calculated for the referenced subject(s)"]
        pub subject: Option<FHIRString>,
        #[doc = "Practitioner for which the measure will be collected. If specified, measure data will be collected only for subjects that have a primary relationship to the identified practitioner"]
        pub practitioner: Option<FHIRString>,
        #[doc = "The date the results of this measure were last received. This parameter used to indicate when the last time data for this measure was collected. This information is used to support incremental data collection scenarios"]
        pub lastReceivedOn: Option<FHIRDateTime>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "A MeasureReport of type data-collection detailing the results of the operation"]
        pub measureReport: MeasureReport,
        #[doc = "The result resources that make up the data-of-interest for the measure"]
        pub resource: Option<Vec<Resource>>,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "The data-requirements operation aggregates and returns the parameters and data requirements for the measure and all its dependencies as a single module definition"]
pub mod MeasureDataRequirements {
    use super::*;
    pub const CODE: &str = "data-requirements";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The start of the measurement period. In keeping with the semantics of the date parameter used in the FHIR search operation, the period will start at the beginning of the period implied by the supplied timestamp. E.g. a value of 2014 would set the period start to be 2014-01-01T00:00:00 inclusive"]
        pub periodStart: FHIRDate,
        #[doc = "The end of the measurement period. The period will end at the end of the period implied by the supplied timestamp. E.g. a value of 2014 would set the period end to be 2014-12-31T23:59:59 inclusive"]
        pub periodEnd: FHIRDate,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The result of the requirements gathering is a module-definition Library that describes the aggregate parameters, data requirements, and dependencies of the measure"]
        #[parameter_rename = "return"]
        pub return_: Library,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Library(value.return_)
        }
    }
}
#[doc = "The evaluate-measure operation is used to calculate an eMeasure and obtain the results"]
pub mod MeasureEvaluateMeasure {
    use super::*;
    pub const CODE: &str = "evaluate-measure";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The start of the measurement period. In keeping with the semantics of the date parameter used in the FHIR search operation, the period will start at the beginning of the period implied by the supplied timestamp. E.g. a value of 2014 would set the period start to be 2014-01-01T00:00:00 inclusive"]
        pub periodStart: FHIRDate,
        #[doc = "The end of the measurement period. The period will end at the end of the period implied by the supplied timestamp. E.g. a value of 2014 would set the period end to be 2014-12-31T23:59:59 inclusive"]
        pub periodEnd: FHIRDate,
        #[doc = "The measure to evaluate. This parameter is only required when the operation is invoked on the resource type, it is not used when invoking the operation on a Measure instance"]
        pub measure: Option<FHIRString>,
        #[doc = "The type of measure report: subject, subject-list, or population. If not specified, a default value of subject will be used if the subject parameter is supplied, otherwise, population will be used"]
        pub reportType: Option<FHIRCode>,
        #[doc = "Subject for which the measure will be calculated. If not specified, the measure will be calculated for all subjects that meet the requirements of the measure. If specified, the measure will only be calculated for the referenced subject(s)"]
        pub subject: Option<FHIRString>,
        #[doc = "Practitioner for which the measure will be calculated. If specified, the measure will be calculated only for subjects that have a primary relationship to the identified practitioner"]
        pub practitioner: Option<FHIRString>,
        #[doc = "The date the results of this measure were last received. This parameter is only valid for patient-level reports and is used to indicate when the last time a result for this patient was received. This information can be used to limit the set of resources returned for a patient-level report"]
        pub lastReceivedOn: Option<FHIRDateTime>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The results of the measure calculation. See the MeasureReport resource for a complete description of the output of this operation. Note that implementations may choose to return a MeasureReport with a status of pending to indicate that the report is still being generated. In this case, the client can use a polling method to continually request the MeasureReport until the status is updated to complete"]
        #[parameter_rename = "return"]
        pub return_: MeasureReport,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::MeasureReport(value.return_)
        }
    }
}
#[doc = "The submit-data operation is used to submit data-of-interest for a measure. There is no expectation that the submitted data represents all the data-of-interest, only that all the data submitted is relevant to the calculation of the measure for a particular subject or population"]
pub mod MeasureSubmitData {
    use super::*;
    pub const CODE: &str = "submit-data";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The measure report being submitted"]
        pub measureReport: MeasureReport,
        #[doc = "The individual resources that make up the data-of-interest being submitted"]
        pub resource: Option<Vec<Resource>>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {}
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "This operation is used to return all the information related to one or more products described in the resource or context on which this operation is invoked. The response is a bundle of type \"searchset\". At a minimum, the product resource(s) itself is returned, along with any other resources that the server has that are related to the products(s), and that are available for the given user. This is typically the marketing authorisations, ingredients, packages, therapeutic indications and so on. The server also returns whatever resources are needed to support the records - e.g. linked organizations, document references etc."]
pub mod MedicinalProductEverything {
    use super::*;
    pub const CODE: &str = "everything";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "Resources updated after this period will be included in the response. The intent of this parameter is to allow a client to request only records that have changed since the last request, based on either the return header time, or or (for asynchronous use), the transaction time"]
        pub _since: Option<FHIRInstant>,
        #[doc = "See discussion below on the utility of paging through the results of the $everything operation"]
        pub _count: Option<FHIRInteger>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The bundle type is \"searchset\""]
        #[parameter_rename = "return"]
        pub return_: Bundle,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Bundle(value.return_)
        }
    }
}
#[doc = "This operation accepts a message, processes it according to the definition of the event in the message header, and returns one or more response messages.  \n\nIn addition to processing the message event, a server may choose to retain all or some the resources and make them available on a RESTful interface, but is not required to do so."]
pub mod MessageHeaderProcessMessage {
    use super::*;
    pub const CODE: &str = "process-message";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The message to process (or, if using asynchronous messaging, it may be a response message to accept)"]
        pub content: Bundle,
        #[doc = "If 'true' the message is processed using the asynchronous messaging pattern"]
        #[parameter_rename = "async"]
        pub async_: Option<FHIRBoolean>,
        #[doc = "A URL to submit response messages to, if asynchronous messaging is being used, and if the MessageHeader.source.endpoint is not the appropriate place to submit responses"]
        #[parameter_rename = "response-url"]
        pub response_url: Option<FHIRUrl>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "A response message, if synchronous messaging is being used (mandatory in this case). For asynchronous messaging, there is no return value"]
        #[parameter_rename = "return"]
        pub return_: Option<Bundle>,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Bundle(value.return_.unwrap_or_default())
        }
    }
}
#[doc = "This operation returns the preferred identifiers for identifiers, and terminologies. The operation takes 2 parameters:     \n\n* a system identifier - either a URI, an OID, or a v2 table 0396 (other) code  \n* a code for what kind of identifier is desired (URI, OID, v2 table 0396 identifier)    \n\nand returns either the requested identifier, or an HTTP errors response with an OperationOutcome because either the provided identifier was not recognized, or the requested identiifer type is not known.    \n\nThe principle use of this operation is when converting between v2, CDA and FHIR Identifier/CX/II and CodeableConcepts/C(N/W)E/CD but the operation may also find use when converting metadata such as profiles."]
pub mod NamingSystemPreferredId {
    use super::*;
    pub const CODE: &str = "preferred-id";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The server parses the provided id to see what type it is (mary a URI, an OID as a URI, a plain OID, or a v2 table 0396 code). If the server can't tell what type of identifier it is, it can try it as multiple types. It is an error if more than one system matches the provided identifier"]
        pub id: FHIRString,
        #[doc = ""]
        #[parameter_rename = "type"]
        pub type_: FHIRCode,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "OIDs are return as plain OIDs (not the URI form)."]
        pub result: FHIRString,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "The *lastn query* meets the common need for searching for the most recent or last n=number of observations for a subject. For example, retrieving the last 5 temperatures for a patient to view trends or fetching the most recent laboratory results or vitals signs. To ask a server to return the last n=number of observations, the *lastn* query uses the [normal search parameters](observation.html#search) defined for the Observation resource.  However, rather than their normal use, they are interpreted as inputs - i.e.. instead of requiring that the resources literally contain the search parameters, they are passed to a server algorithm of some kind that uses them to determine the most appropriate matches.\n\nThe request for a lastn query SHALL include:\n\n* A `$lastn` operation parameter\n*  A subject using either the `patient` or `subject`  search parameter\n*  A `category` parameter and/or a search parameter that contains a code element in its FHIRpath expression.  ( e.g., `code` or `code-value-concept`)\n\nThe request for a lastn query MAY include:\n\n* Other Observation search parameters and modifiers\n\nThe response from a lastn query is a set of observations:\n\n*  Filtered by additional parameters\n   * If not explicitly filtered by status then will include statuses of 'entered-in-error'\n* 'GROUP BY' `Observation.code`\n   * Codes SHALL be considered equivalent if the `coding.value` *and* `coding.system` are the same.\n   * Text only codes SHALL be treated and grouped based on the text.\n   * For codes with translations (multiple codings), the code translations are assumed to be equal and the grouping by code SHALL follow the transitive property of equality.\n\nfor example:\n\n|Observation.code for observation a|Observation.code for observation b|Observation.code for observation c|number of groups [codes/text in each group]|    \n|---|---|---|---|     \n|a|b|c | 3 [a],[b],[c]|    \n|a|b|a,c | 2 [a.c],[b]|     \n|a|b|a,b | 1 [a,b]|    \n|'textM'|'Text'|'t e x t'|3 ['text'],['Text'],['t e x t']|\n\n* Sorted from most recent to the oldest\n* Limited to the number of requested responses per group specified by the optional *max* query parameter\n  * In case of a tie - when the effective times for >1 Observations are equal - both will be returned.  Therefore, more Observations may be returned than is specified in *max*.  For example, 4 Observations instead of 3 if the 3rd and 4th most recent observation had the same effective time.\n* If no maximum number is given then only the most recent Observation in each group is returned.\n\nThe set of returned observations should represent distinct real world observations and not the same observation with changes in status or versions. If there are no matches, the *lastn* query SHALL return an empty search set with no error, but may include an operation outcome with further advice."]
pub mod ObservationLastn {
    use super::*;
    pub const CODE: &str = "lastn";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "`max` is  an optional input parameter to the *lastn* query operation.  It is used to specify the maximum number of Observations to return from each group. For example for the query \"Fetch the last 3 results for all vitals for a patient\" `max` = 3."]
        pub max: Option<FHIRPositiveInt>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The set of most recent N Observations that match the *lastn* query search criteria."]
        #[parameter_rename = "return"]
        pub return_: Bundle,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Bundle(value.return_)
        }
    }
}
#[doc = "The Statistics operation performs a set of statistical calculations on a set of clinical measurements such as a blood pressure as stored on the server.  This operation evaluates [Observation](observation.html) resources having valueQuantity elements that have UCUM unit codes. Observations with a status of 'entered-in-error' will be excluded from the calculations.  \r\rThe set of Observations is defined by 4 parameters:\r\r*  the subject of the observations for which the statistics are being generated (`subject`)\r* which observations to generate statistics for (`code` and `system`, or `coding`)\r* the time period over which to generate statistics 'duration` or `period`)\r* the set of statistical analyses to return (`statistic`)\r\rPossible statistical analyses (see [StatisticsCode](valueset-observation-statistics.html)):\r\r - **average** (\"Average\"): The [mean](https://en.wikipedia.org/wiki/Arithmetic_mean) of N measurements over the stated period.\r\n - **maximum** (\"Maximum\"): The [maximum](https://en.wikipedia.org/wiki/Maximal_element) value of N measurements over the stated period.\r\n - **minimum** (\"Minimum\"): The [minimum](https://en.wikipedia.org/wiki/Minimal_element) value of N measurements over the stated period.\r\n - **count** (\"Count\"): The [number] of valid measurements over the stated period that contributed to the other statistical outputs.\r\n - **total-count** (\"Total Count\"): The total [number] of valid measurements over the stated period, including observations that were ignored because they did not contain valid result values.\r\n - **median** (\"Median\"): The [median](https://en.wikipedia.org/wiki/Median) of N measurements over the stated period.\r\n - **std-dev** (\"Standard Deviation\"): The [standard deviation](https://en.wikipedia.org/wiki/Standard_deviation) of N measurements over the stated period.\r\n - **sum** (\"Sum\"): The [sum](https://en.wikipedia.org/wiki/Summation) of N measurements over the stated period.\r\n - **variance** (\"Variance\"): The [variance](https://en.wikipedia.org/wiki/Variance) of N measurements over the stated period.\r\n - **20-percent** (\"20th Percentile\"): The 20th [Percentile](https://en.wikipedia.org/wiki/Percentile) of N measurements over the stated period.\r\n - **80-percent** (\"80th Percentile\"): The 80th [Percentile](https://en.wikipedia.org/wiki/Percentile) of N measurements over the stated period.\r\n - **4-lower** (\"Lower Quartile\"): The lower [Quartile](https://en.wikipedia.org/wiki/Quartile) Boundary of N measurements over the stated period.\r\n - **4-upper** (\"Upper Quartile\"): The upper [Quartile](https://en.wikipedia.org/wiki/Quartile) Boundary of N measurements over the stated period.\r\n - **4-dev** (\"Quartile Deviation\"): The difference between the upper and lower [Quartiles](https://en.wikipedia.org/wiki/Quartile) is called the Interquartile range. (IQR = Q3-Q1) Quartile deviation or Semi-interquartile range is one-half the difference between the first and the third quartiles.\r\n - **5-1** (\"1st Quintile\"): The lowest of four values that divide the N measurements into a frequency distribution of five classes with each containing one fifth of the total population.\r\n - **5-2** (\"2nd Quintile\"): The second of four values that divide the N measurements into a frequency distribution of five classes with each containing one fifth of the total population.\r\n - **5-3** (\"3rd Quintile\"): The third of four values that divide the N measurements into a frequency distribution of five classes with each containing one fifth of the total population.\r\n - **5-4** (\"4th Quintile\"): The fourth of four values that divide the N measurements into a frequency distribution of five classes with each containing one fifth of the total population.\r\n - **skew** (\"Skew\"): Skewness is a measure of the asymmetry of the probability distribution of a real-valued random variable about its mean. The skewness value can be positive or negative, or even undefined.  Source: [Wikipedia](https://en.wikipedia.org/wiki/Skewness).\r\n - **kurtosis** (\"Kurtosis\"): Kurtosis  is a measure of the \"tailedness\" of the probability distribution of a real-valued random variable.   Source: [Wikipedia](https://en.wikipedia.org/wiki/Kurtosis).\r\n - **regression** (\"Regression\"): Linear regression is an approach for modeling two-dimensional sample points with one independent variable and one dependent variable (conventionally, the x and y coordinates in a Cartesian coordinate system) and finds a linear function (a non-vertical straight line) that, as accurately as possible, predicts the dependent variable values as a function of the independent variables. Source: [Wikipedia](https://en.wikipedia.org/wiki/Simple_linear_regression)  This Statistic code will return both a gradient and an intercept value.\r\n\r\rIf successful, the operation returns an Observation resource for each code with the results of the statistical calculations as component value pairs where the component code = the statistical code. The Observation also contains the input parameters `patient`,`code` and `duration` parameters. If unsuccessful, an [OperationOutcome](operationoutcome.html) with an error message will be returned.\r\rThe client can request that all the observations on which the statistics are based be returned as well, using the include parameter. If an include parameter is specified, a limit may also be specified; the sources observations are subsetted at the server's discretion if count > limit. This functionality is included with the intent of supporting graphical presentation"]
pub mod ObservationStats {
    use super::*;
    pub const CODE: &str = "stats";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The subject of the relevant Observations, which has the value of the Observation.subject.reference. E.g. 'Patient/123'. Reference can be to an absolute URL, but servers only perform stats on their own observations"]
        pub subject: FHIRUri,
        #[doc = "The test code(s) upon which the statistics are being performed. Provide along with a system, or as a coding. For example, the LOINC code  = \r2339-0 (Glucose [Mass/\u{200b}volume] in Blood) will evaluate all relevant Observations with this code in `Observation.code` and `Observation.component.code`. For LOINC codes that are panels, e.g., 85354-9(Blood pressure panel with all children optional), the stats operation returns statistics for each of the individual panel measurements.  That means it will include and evaluate all values grouped by code for all the individual observations that are: 1) referenced in   `.related` for `.related.type` = 'has-member'  and 2) component observations in `Observation.component`."]
        pub code: Option<Vec<FHIRString>>,
        #[doc = "The system for the code(s). Or provide a coding instead"]
        pub system: Option<FHIRUri>,
        #[doc = "The test code upon which the statistics are being performed, as a Coding"]
        pub coding: Option<Vec<Coding>>,
        #[doc = "The time period of interest given as hours.  For example, the duration = \"1\" represents the last hour - the time period from on hour ago to now"]
        pub duration: Option<FHIRDecimal>,
        #[doc = "The time period over which the calculations to be performed, if a duration is not provided"]
        pub period: Option<Period>,
        #[doc = "average|max|min|count  The statistical operations to be performed on the relevant operations. Multiple statistics operations can be specified. These codes are defined [here](valueset-observation-statistics.html)"]
        pub statistic: Vec<FHIRCode>,
        #[doc = "Whether to return the observations on which the statistics are based"]
        pub include: Option<FHIRBoolean>,
        #[doc = "If an include parameter is specified, a limit may also be specified to limit the number of source Observations returned.  If the include paramter is absent or equal to \"false\" the limit parameter SHALL be ignored by the server"]
        pub limit: Option<FHIRPositiveInt>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "A set of observations, one observation for each code, each containing one component for each statistic. The Observation.component.code contains the statistic, and is relative to the Observation.code and cannot be interpreted independently.  The Observation will also contain a subject, effectivePeriod, and code reflecting the input parameters.  The status is fixed to `final`."]
        pub statistics: Vec<Observation>,
        #[doc = "Source observations on which the statistics are based"]
        pub source: Option<Vec<Observation>>,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "This operation is used to return all the information related to one or more patients described in the resource or context on which this operation is invoked. The response is a bundle of type \"searchset\". At a minimum, the patient resource(s) itself is returned, along with any other resources that the server has that are related to the patient(s), and that are available for the given user. The server also returns whatever resources are needed to support the records - e.g. linked practitioners, medications, locations, organizations etc.   \n\nThe intended use for this operation is to provide a patient with access to their entire record (e.g. \"Blue Button\"), or for provider or other user to perform a bulk data download.  The server SHOULD return at least all resources that it has that are in the patient compartment for the identified patient(s), and any resource referenced from those, including binaries and attachments. In the US Realm, at a minimum, the resources returned SHALL include all the data covered by the meaningful use common data elements as defined in the US Core Implementation Guide. Other applicable implementation guides may make additional rules about how much information that is returned."]
pub mod PatientEverything {
    use super::*;
    pub const CODE: &str = "everything";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The date range relates to care dates, not record currency dates - e.g. all records relating to care provided in a certain date range. If no start date is provided, all records prior to the end date are in scope."]
        pub start: Option<FHIRDate>,
        #[doc = "The date range relates to care dates, not record currency dates - e.g. all records relating to care provided in a certain date range. If no end date is provided, all records subsequent to the start date are in scope."]
        pub end: Option<FHIRDate>,
        #[doc = "Resources updated after this period will be included in the response. The intent of this parameter is to allow a client to request only records that have changed since the last request, based on either the return header time, or or (for asynchronous use), the transaction time"]
        pub _since: Option<FHIRInstant>,
        #[doc = "One or more parameters, each containing one or more comma-delimited FHIR resource types to include in the return resources. In the absence of any specified types, the server returns all resource types"]
        pub _type: Option<Vec<FHIRCode>>,
        #[doc = "See discussion below on the utility of paging through the results of the $everything operation"]
        pub _count: Option<FHIRInteger>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The bundle type is \"searchset\""]
        #[parameter_rename = "return"]
        pub return_: Bundle,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Bundle(value.return_)
        }
    }
}
#[doc = "A Master Patient Index ([MPI](http://en.wikipedia.org/wiki/Enterprise_master_patient_index) ) is a service used to manage patient identification in a context where multiple patient databases exist. Healthcare applications and middleware use the MPI to match patients between the databases, and to store new patient details as they are encountered. MPIs are highly specialized applications, often tailored extensively to the institution's particular mix of patients. MPIs can also be run on a regional and national basis.  \n\nTo ask an MPI to match a patient, clients use the \"$match\" operation, which accepts a patient resource which may be only partially complete. The data provided is interpreted as an MPI input and processed by an algorithm of some kind that uses the data to determine the most appropriate matches in the patient set.  Note that different MPI matching algorithms have different required inputs. The generic $match operation does not specify any particular algorithm, nor a minimum set of information that must be provided when asking for an MPI match operation to be performed, but many implementations will have a set of minimum information, which may be declared in their definition of the $match operation by specifying a profile on the resource parameter, indicating which properties are required in the search.  The patient resource submitted to the operation does not have to be complete, nor does it need to pass validation (i.e. mandatory fields don't need to be populated), but it does have to be a valid instance, as it is used as the reference data to match against."]
pub mod PatientMatch {
    use super::*;
    pub const CODE: &str = "match";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "Use this to provide an entire set of patient details for the MPI to match against (e.g. POST a patient record to Patient/$match)."]
        pub resource: Resource,
        #[doc = "If there are multiple potential matches, then the match should not return the results with this flag set to true.  When false, the server may return multiple results with each result graded accordingly."]
        pub onlyCertainMatches: Option<FHIRBoolean>,
        #[doc = "The maximum number of records to return. If no value is provided, the server decides how many matches to return. Note that clients should be careful when using this, as it may prevent probable - and valid - matches from being returned"]
        pub count: Option<FHIRInteger>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "A bundle contain a set of Patient records that represent possible matches, optionally it may also contain an OperationOutcome with further information about the search results (such as warnings or information messages, such as a count of records that were close but eliminated)  If the operation was unsuccessful, then an OperationOutcome may be returned along with a BadRequest status Code (e.g. security issue, or insufficient properties in patient fragment - check against profile)"]
        #[parameter_rename = "return"]
        pub return_: Bundle,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Bundle(value.return_)
        }
    }
}
#[doc = "The apply operation applies a PlanDefinition to a given context"]
pub mod PlanDefinitionApply {
    use super::*;
    pub const CODE: &str = "apply";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The plan definition to be applied. If the operation is invoked at the instance level, this parameter is not allowed; if the operation is invoked at the type level, this parameter is required"]
        pub planDefinition: Option<PlanDefinition>,
        #[doc = "The subject(s) that is/are the target of the plan to be applied. The subject may be a Patient, Practitioner, Organization, Location, Device, or Group. Subjects provided in this parameter will be resolved as the subject of the PlanDefinition based on the type of the subject. If multiple subjects of the same type are provided, the behavior is implementation-defined"]
        pub subject: Vec<FHIRString>,
        #[doc = "The encounter in context, if any"]
        pub encounter: Option<FHIRString>,
        #[doc = "The practitioner applying the plan definition"]
        pub practitioner: Option<FHIRString>,
        #[doc = "The organization applying the plan definition"]
        pub organization: Option<FHIRString>,
        #[doc = "The type of user initiating the request, e.g. patient, healthcare provider, or specific type of healthcare provider (physician, nurse, etc.)"]
        pub userType: Option<CodeableConcept>,
        #[doc = "Preferred language of the person using the system"]
        pub userLanguage: Option<CodeableConcept>,
        #[doc = "The task the system user is performing, e.g. laboratory results review, medication list review, etc. This information can be used to tailor decision support outputs, such as recommended information resources"]
        pub userTaskContext: Option<CodeableConcept>,
        #[doc = "The current setting of the request (inpatient, outpatient, etc.)"]
        pub setting: Option<CodeableConcept>,
        #[doc = "Additional detail about the setting of the request, if any"]
        pub settingContext: Option<CodeableConcept>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The CarePlan that is the result of applying the plan definition"]
        #[parameter_rename = "return"]
        pub return_: CarePlan,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::CarePlan(value.return_)
        }
    }
}
#[doc = "The data-requirements operation aggregates and returns the parameters and data requirements for the plan definition and all its dependencies as a single module definition library"]
pub mod PlanDefinitionDataRequirements {
    use super::*;
    pub const CODE: &str = "data-requirements";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {}
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The result of the requirements gathering is a module-definition Library that describes the aggregate parameters, data requirements, and dependencies of the plan definition"]
        #[parameter_rename = "return"]
        pub return_: Library,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Library(value.return_)
        }
    }
}
#[doc = "This operation takes a resource in one form, and returns to in another form. Both input and output are a single resource. The primary use of this operation is to convert between formats (e.g. (XML -> JSON or vice versa)"]
pub mod ResourceConvert {
    use super::*;
    pub const CODE: &str = "convert";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The resource that is to be converted"]
        pub input: Resource,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "The resource after conversion"]
        pub output: Resource,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Return an entire graph of resources based on a [GraphDefinition](graphdefinition.html). The operation is invoked on a specific instance of a resource, and the graph definition tells the server what other resources to return in the same packaage"]
pub mod ResourceGraph {
    use super::*;
    pub const CODE: &str = "graph";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "Servers MAY choose to allow any graph definition to be specified, but MAY require that the client choose a graph definition from a specific list of known supported definitions. The server is not required to support a formal definition of the graph on the end point"]
        pub graph: FHIRUri,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "The set of resources that were in the graph based on the provided definition"]
        pub result: Bundle,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Execute a graphql statement on a since resource or against the entire system. See the [Using GraphQL with FHIR](graphql.html) page for further details.\n\nFor the purposes of graphQL compatibility, this operation can also be invoked using a POST with the graphQL as the body, or a JSON body (see [graphQL spec](http://graphql.org/) for details)"]
pub mod ResourceGraphql {
    use super::*;
    pub const CODE: &str = "graphql";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = ""]
        pub query: FHIRString,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "The content is always returned as application/json; this SHOULD be specified in the Accept header"]
        pub result: Binary,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "This operation retrieves a summary of the profiles, tags, and security labels for the given scope; e.g. for each scope:  \n\n* system-wide: a list of all profiles, tags and security labels in use by the system \n* resource-type level: A list of all profiles, tags, and security labels for the resource type \n* individual resource level: A list of all profiles, tags, and security labels for the current version of the resource.  Also, as a special case, this operation (and other meta operations) can be performed on a historical version of a resource)"]
pub mod ResourceMeta {
    use super::*;
    pub const CODE: &str = "meta";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {}
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "The meta returned by the operation"]
        #[parameter_rename = "return"]
        pub return_: Meta,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "This operation takes a meta, and adds the profiles, tags, and security labels found in it to the nominated resource"]
pub mod ResourceMetaAdd {
    use super::*;
    pub const CODE: &str = "meta-add";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "Profiles, tags, and security labels to add to the existing resource. Note that profiles, tags, and security labels are sets, and duplicates are not created.  The identity of a tag or security label is the system+code. When matching existing tags during adding, version and display are ignored. For profiles, matching is based on the full URL"]
        pub meta: Meta,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "Resulting meta for the resource"]
        #[parameter_rename = "return"]
        pub return_: Meta,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "This operation takes a meta, and deletes the profiles, tags, and security labels found in it from the nominated resource"]
pub mod ResourceMetaDelete {
    use super::*;
    pub const CODE: &str = "meta-delete";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "Profiles, tags, and security labels to delete from the existing resource. It is not an error if these tags, profiles, and labels do not exist.  The identity of a tag or security label is the system+code. When matching existing tags during deletion, version and display are ignored. For profiles, matching is based on the full URL"]
        pub meta: Meta,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "Resulting meta for the resource"]
        #[parameter_rename = "return"]
        pub return_: Meta,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "The validate operation checks whether the attached content would be acceptable either generally, as a create, an update or as a delete to an existing resource.  The action the server takes depends on the mode parameter:  \n\n* [mode not provided]: The server checks the content of the resource against any schema, constraint rules, and other general terminology rules \n* create: The server checks the content, and then checks that the content would be acceptable as a create (e.g. that the content would not violate any uniqueness constraints) \n* update: The server checks the content, and then checks that it would accept it as an update against the nominated specific resource (e.g. that there are no changes to immutable fields the server does not allow to change, and checking version integrity if appropriate) \n* delete: The server ignores the content, and checks that the nominated resource is allowed to be deleted (e.g. checking referential integrity rules)  \n\nModes update and delete can only be used when the operation is invoked at the resource instance level.   The return from this operation is an [OperationOutcome](operationoutcome.html)\n\nNote that this operation is not the only way to validate resources - see [Validating Resources](validation.html) for further information."]
pub mod ResourceValidate {
    use super::*;
    pub const CODE: &str = "validate";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "Must be present unless the mode is \"delete\""]
        pub resource: Option<Resource>,
        #[doc = "Default is 'no action'; (e.g. general validation)"]
        pub mode: Option<FHIRCode>,
        #[doc = "If this is nominated, then the resource is validated against this specific profile. If a profile is nominated, and the server cannot validate against the nominated profile, it SHALL return an error"]
        pub profile: Option<FHIRUri>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "If the operation outcome does not list any errors, and a mode was specified, then this is an indication that the operation would be expected to succeed (excepting for transactional integrity issues, see below)"]
        #[parameter_rename = "return"]
        pub return_: OperationOutcome,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::OperationOutcome(value.return_)
        }
    }
}
#[doc = "Generates a [Questionnaire](questionnaire.html) instance  based on a specified [StructureDefinition](structuredefinition.html), creating questions for each core element or extension element found in the [StructureDefinition](structuredefinition.html).    \n\nIf the operation is not called at the instance level, one of the *identifier*, *profile* or *url* 'in' parameters must be provided. If more than one is specified, servers may raise an error or may resolve with the parameter of their choice. If called at the instance level, these parameters will be ignored. The response will contain a [Questionnaire](questionnaire.html) instance based on the specified [StructureDefinition](structuredefinition.html) and/or an [OperationOutcome](operationoutcome.html) resource with errors or warnings.  Nested groups are used to handle complex structures and data types.  If the 'supportedOnly' parameter is set to true, only those elements marked as \"must support\" will be included.  \n\nThis operation is intended to enable auto-generation of simple interfaces for arbitrary profiles.  The 'questionnaire' approach to data entry has limitations that will make it less optimal than custom-defined interfaces.  However, this function may be useful for simple applications or for systems that wish to support \"non-core\" resources with minimal development effort."]
pub mod StructureDefinitionQuestionnaire {
    use super::*;
    pub const CODE: &str = "questionnaire";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "A logical identifier (i.e. 'StructureDefinition.identifier''). The server must know the StructureDefinition or be able to retrieve it from other known repositories."]
        #[parameter_rename = "identifier"]
        pub identifier_: Option<FHIRCanonical>,
        #[doc = "The [StructureDefinition](structuredefinition.html) is provided directly as part of the request. Servers may choose not to accept profiles in this fashion"]
        pub profile: Option<FHIRString>,
        #[doc = "The StructureDefinition's official URL (i.e. 'StructureDefinition.url'). The server must know the StructureDefinition or be able to retrieve it from other known repositories."]
        pub url: Option<FHIRCanonical>,
        #[doc = "If true, the questionnaire will only include those elements marked as \"mustSupport='true'\" in the StructureDefinition."]
        pub supportedOnly: Option<FHIRBoolean>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The questionnaire form generated based on the StructureDefinition."]
        #[parameter_rename = "return"]
        pub return_: Questionnaire,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Questionnaire(value.return_)
        }
    }
}
#[doc = "Generates a [StructureDefinition](structuredefinition.html) instance  with  a snapshot, based on a differential in a specified [StructureDefinition](structuredefinition.html).   \n\nIf the operation is not called at the instance level, either *definition* or *url* 'in' parameters must be provided. If more than one is specified, servers may raise an error or may resolve with the parameter of their choice. If called at the instance level, these parameters will be ignored."]
pub mod StructureDefinitionSnapshot {
    use super::*;
    pub const CODE: &str = "snapshot";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The [StructureDefinition](structuredefinition.html) is provided directly as part of the request. Servers may choose not to accept profiles in this fashion"]
        pub definition: Option<StructureDefinition>,
        #[doc = "The StructureDefinition's canonical URL (i.e. 'StructureDefinition.url'). The server must know the structure definition, or be able to retrieve it from other known repositories."]
        pub url: Option<FHIRString>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The structure definition with a snapshot"]
        #[parameter_rename = "return"]
        pub return_: StructureDefinition,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::StructureDefinition(value.return_)
        }
    }
}
#[doc = "The transform operation takes input content, applies a structure map transform, and then returns the output."]
pub mod StructureMapTransform {
    use super::*;
    pub const CODE: &str = "transform";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "The structure map to apply. This is only needed if the operation is invoked at the resource level. If the $transform operation is invoked on a particular structure map, this will be ignored by the server"]
        pub source: Option<FHIRUri>,
        #[doc = "The logical content to transform"]
        pub content: Resource,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "The result of the transform"]
        #[parameter_rename = "return"]
        pub return_: Resource,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "The definition of a value set is used to create a simple collection of codes suitable for use for data entry or validation. \n\nIf the operation is not called at the instance level, one of the in parameters url, context or valueSet must be provided.  An expanded value set will be returned, or an OperationOutcome with an error message."]
pub mod ValueSetExpand {
    use super::*;
    pub const CODE: &str = "expand";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "A canonical reference to a value set. The server must know the value set (e.g. it is defined explicitly in the server's value sets, or it is defined implicitly by some code system known to the server"]
        pub url: Option<FHIRUri>,
        #[doc = "The value set is provided directly as part of the request. Servers may choose not to accept value sets in this fashion"]
        pub valueSet: Option<ValueSet>,
        #[doc = "The identifier that is used to identify a specific version of the value set to be used when generating the expansion. This is an arbitrary value managed by the value set author and is not expected to be globally unique. For example, it might be a timestamp (e.g. yyyymmdd) if a managed version is not available."]
        pub valueSetVersion: Option<FHIRString>,
        #[doc = "The context of the value set, so that the server can resolve this to a value set to expand. The recommended format for this URI is [Structure Definition URL]#[name or path into structure definition] e.g. http://hl7.org/fhir/StructureDefinition/observation-hspc-height-hspcheight#Observation.interpretation. Other forms may be used but are not defined. This form is only usable if the terminology server also has access to the conformance registry that the server is using, but can be used to delegate the mapping from an application context to a binding at run-time"]
        pub context: Option<FHIRUri>,
        #[doc = "If a context is provided, a context direction may also be provided. Valid values are: \n\n* 'incoming': the codes a client can use for PUT/POST operations,  and \n* 'outgoing', the codes a client might receive from the server.\n\nThe purpose is to inform the server whether to use the value set associated with the context for reading or writing purposes (note: for most elements, this is the same value set, but there are a few elements where the reading and writing value sets are different)"]
        pub contextDirection: Option<FHIRCode>,
        #[doc = "A text filter that is applied to restrict the codes that are returned (this is useful in a UI context). The interpretation of this is delegated to the server in order to allow to determine the most optimal search approach for the context. The server can document the way this parameter works in [TerminologyCapabilities](terminologycapabilities.html)..expansion.textFilter. Typical usage of this parameter includes functionality like:\n\n* using left matching e.g. \"acut ast\"\n* allowing for wild cards such as %, &, ?\n* searching on definition as well as display(s)\n* allowing for search conditions (and / or / exclusions)\n\nText Search engines such as Lucene or Solr, long with their considerable functionality, might also be used. The optional text search might also be code system specific, and servers might have different implementations for different code systems"]
        pub filter: Option<FHIRString>,
        #[doc = "The date for which the expansion should be generated.  if a date is provided, it means that the server should use the value set / code system definitions as they were on the given date, or return an error if this is not possible.  Normally, the date is the current conditions (which is the default value) but under some circumstances, systems need to generate an expansion as it would have been in the past. A typical example of this would be where code selection is constrained to the set of codes that were available when the patient was treated, not when the record is being edited. Note that which date is appropriate is a matter for implementation policy."]
        pub date: Option<FHIRDateTime>,
        #[doc = "Paging support - where to start if a subset is desired (default = 0). Offset is number of records (not number of pages)"]
        pub offset: Option<FHIRInteger>,
        #[doc = "Paging support - how many codes should be provided in a partial page view. Paging only applies to flat expansions - servers ignore paging if the expansion is not flat.  If count = 0, the client is asking how large the expansion is. Servers SHOULD honor this request for hierarchical expansions as well, and simply return the overall count"]
        pub count: Option<FHIRInteger>,
        #[doc = "Controls whether concept designations are to be included or excluded in value set expansions"]
        pub includeDesignations: Option<FHIRBoolean>,
        #[doc = "A [token](search.html#token) that specifies a system+code that is either a use or a language. Designations that match by language or use are included in the expansion. If no designation is specified, it is at the server discretion which designations to return"]
        pub designation: Option<Vec<FHIRString>>,
        #[doc = "Controls whether the value set definition is included or excluded in value set expansions"]
        pub includeDefinition: Option<FHIRBoolean>,
        #[doc = "Controls whether inactive concepts are included or excluded in value set expansions. Note that if the value set explicitly specifies that inactive codes are included, this parameter can still remove them from a specific expansion, but this parameter cannot include them if the value set excludes them"]
        pub activeOnly: Option<FHIRBoolean>,
        #[doc = "Controls whether or not the value set expansion nests codes or not (i.e. ValueSet.expansion.contains.contains)"]
        pub excludeNested: Option<FHIRBoolean>,
        #[doc = "Controls whether or not the value set expansion is assembled for a user interface use or not. Value sets intended for User Interface might include ['abstract' codes](codesystem.html#status) or have nested contains with items with no code or abstract = true, with the sole purpose of helping a user navigate through the list efficiently, where as a value set not generated for UI use might be flat, and only contain the selectable codes in the value set. The exact implications of 'for UI' depend on the code system, and what properties it exposes for a terminology server to use. In the FHIR Specification itself, the value set expansions are generated with excludeNotForUI = false, and the expansions used when generated schema / code etc, or performing validation, are all excludeNotForUI = true."]
        pub excludeNotForUI: Option<FHIRBoolean>,
        #[doc = "Controls whether or not the value set expansion includes post coordinated codes"]
        pub excludePostCoordinated: Option<FHIRBoolean>,
        #[doc = "Specifies the language to be used for description in the expansions i.e. the language to be used for ValueSet.expansion.contains.display"]
        pub displayLanguage: Option<FHIRCode>,
        #[doc = "Code system, or a particular version of a code system to be excluded from the value set expansion. The format is the same as a canonical URL: [system]|[version] - e.g. http://loinc.org|2.56"]
        #[parameter_rename = "exclude-system"]
        pub exclude_system: Option<Vec<FHIRCanonical>>,
        #[doc = "Specifies a version to use for a system, if the value set does not specify which one to use. The format is the same as a canonical URL: [system]|[version] - e.g. http://loinc.org|2.56"]
        #[parameter_rename = "system-version"]
        pub system_version: Option<Vec<FHIRCanonical>>,
        #[doc = "Edge Case: Specifies a version to use for a system. If a value set specifies a different version, an error is returned instead of the expansion. The format is the same as a canonical URL: [system]|[version] - e.g. http://loinc.org|2.56"]
        #[parameter_rename = "check-system-version"]
        pub check_system_version: Option<Vec<FHIRCanonical>>,
        #[doc = "Edge Case: Specifies a version to use for a system. This parameter overrides any specified version in the value set (and any it depends on). The format is the same as a canonical URL: [system]|[version] - e.g. http://loinc.org|2.56. Note that this has obvious safety issues, in that it may result in a value set expansion giving a different list of codes that is both wrong and unsafe, and implementers should only use this capability reluctantly. It primarily exists to deal with situations where specifications have fallen into decay as time passes. If the value is override, the version used SHALL explicitly be represented in the expansion parameters"]
        #[parameter_rename = "force-system-version"]
        pub force_system_version: Option<Vec<FHIRCanonical>>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "The result of the expansion. Servers generating expansions SHOULD ensure that all the parameters that affect the contents of the expansion are recorded in the ValueSet.expansion.parameter list"]
        #[parameter_rename = "return"]
        pub return_: ValueSet,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::ValueSet(value.return_)
        }
    }
}
#[doc = "Validate that a coded value is in the set of codes allowed by a value set.\n\nIf the operation is not called at the instance level, one of the in parameters url, context or  valueSet must be provided.  One (and only one) of the in parameters code, coding, or codeableConcept must be provided.  The operation returns a result (true / false), an error message, and the recommended display for the code"]
pub mod ValueSetValidateCode {
    use super::*;
    pub const CODE: &str = "validate-code";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "Value set Canonical URL. The server must know the value set (e.g. it is defined explicitly in the server's value sets, or it is defined implicitly by some code system known to the server"]
        pub url: Option<FHIRUri>,
        #[doc = "The context of the value set, so that the server can resolve this to a value set to validate against. The recommended format for this URI is [Structure Definition URL]#[name or path into structure definition] e.g. http://hl7.org/fhir/StructureDefinition/observation-hspc-height-hspcheight#Observation.interpretation. Other forms may be used but are not defined. This form is only usable if the terminology server also has access to the conformance registry that the server is using, but can be used to delegate the mapping from an application context to a binding at run-time"]
        pub context: Option<FHIRUri>,
        #[doc = "The value set is provided directly as part of the request. Servers may choose not to accept value sets in this fashion. This parameter is used when the client wants the server to expand a value set that is not stored on the server"]
        pub valueSet: Option<ValueSet>,
        #[doc = "The identifier that is used to identify a specific version of the value set to be used when validating the code. This is an arbitrary value managed by the value set author and is not expected to be globally unique. For example, it might be a timestamp (e.g. yyyymmdd) if a managed version is not available."]
        pub valueSetVersion: Option<FHIRString>,
        #[doc = "The code that is to be validated. If a code is provided, a system or a context must be provided (if a context is provided, then the server SHALL ensure that the code is not ambiguous without a system)"]
        pub code: Option<FHIRCode>,
        #[doc = "The system for the code that is to be validated"]
        pub system: Option<FHIRUri>,
        #[doc = "The version of the system, if one was provided in the source data"]
        pub systemVersion: Option<FHIRString>,
        #[doc = "The display associated with the code, if provided. If a display is provided a code must be provided. If no display is provided, the server cannot validate the display value, but may choose to return a recommended display name using the display parameter in the outcome. Whether displays are case sensitive is code system dependent"]
        pub display: Option<FHIRString>,
        #[doc = "A coding to validate"]
        pub coding: Option<Coding>,
        #[doc = "A full codeableConcept to validate. The server returns true if one of the coding values is in the value set, and may also validate that the codings are not in conflict with each other if more than one is present"]
        pub codeableConcept: Option<CodeableConcept>,
        #[doc = "The date for which the validation should be checked. Normally, this is the current conditions (which is the default values) but under some circumstances, systems need to validate that a correct code was used at some point in the past. A typical example of this would be where code selection is constrained to the set of codes that were available when the patient was treated, not when the record is being edited. Note that which date is appropriate is a matter for implementation policy."]
        pub date: Option<FHIRDateTime>,
        #[doc = "If this parameter has a value of true, the client is stating that the validation is being performed in a context where a concept designated as 'abstract' is appropriate/allowed to be used, and the server should regard abstract codes as valid. If this parameter is false, abstract codes are not considered to be valid.\n\nNote that. 'abstract' is a property defined by many HL7 code systems that indicates that the concept is a logical grouping concept that is not intended to be used asa 'concrete' concept to in an actual patient/care/process record. This language is borrowed from Object Orienated theory where 'asbtract' objects are never instantiated. However in the general record and terminology eco-system, there are many contexts where it is appropraite to use these codes e.g. as decision making criterion, or when editing value sets themselves. This parameter allows a client to indicate to the server that it is working in such a context."]
        #[parameter_rename = "abstract"]
        pub abstract_: Option<FHIRBoolean>,
        #[doc = "Specifies the language to be used for description when validating the display property"]
        pub displayLanguage: Option<FHIRCode>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Output {
        #[doc = "True if the concept details supplied are valid"]
        pub result: FHIRBoolean,
        #[doc = "Error details, if result = false. If this is provided when result = true, the message carries hints and warnings"]
        pub message: Option<FHIRString>,
        #[doc = "A valid display for the concept if the system wishes to display this to a user"]
        pub display: Option<FHIRString>,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
}
#[doc = "Execute a view definition against supplied or server data."]
pub mod ViewDefinitionRun {
    use super::*;
    pub const CODE: &str = "viewdefinition-run";
    #[derive(Debug, FromParameters, ToParameters)]
    pub struct Input {
        #[doc = "Output format for the result (for example json, ndjson, csv, parquet). Optional; if omitted, the server returns ndjson by default."]
        pub _format: Option<FHIRCode>,
        #[doc = "Include CSV headers (default true). Applies only when csv output is requested."]
        pub header: Option<FHIRBoolean>,
        #[doc = "Reference to a ViewDefinition stored on the server."]
        pub viewReference: Option<Reference>,
        #[doc = "Inline ViewDefinition resource to execute."]
        pub viewResource: Option<ViewDefinition>,
        #[doc = "Restrict execution to the specified patient."]
        pub patient: Option<Reference>,
        #[doc = "Restrict execution to members of the given group(s)."]
        pub group: Option<Vec<Reference>>,
        #[doc = "External data source to use (for example a URI or bucket name)."]
        pub source: Option<FHIRString>,
        #[doc = "FHIR resources to transform instead of using server data."]
        pub resource: Option<Vec<Resource>>,
        #[doc = "Maximum number of rows to return."]
        pub _limit: Option<FHIRInteger>,
        #[doc = "Include only resources modified after this instant."]
        pub _since: Option<FHIRInstant>,
    }
    impl From<Input> for Resource {
        fn from(value: Input) -> Self {
            let parameters: Vec<ParametersParameter> = value.into();
            Resource::Parameters(Parameters {
                parameter: Some(parameters),
                ..Default::default()
            })
        }
    }
    #[derive(Debug, FromParameters)]
    pub struct Output {
        #[doc = "Transformed data encoded in the requested output format."]
        #[parameter_rename = "return"]
        pub return_: Binary,
    }
    impl From<Output> for Resource {
        fn from(value: Output) -> Self {
            Resource::Binary(value.return_)
        }
    }
}