leona.core — workshub/leona 0.1.1

add-external-schemas clj

(add-external-schemas generated schemas)

attach-field-resolver clj

(attach-field-resolver m field-spec resolver)

Adds a field resolver into the provided pre-compiled data structure

attach-field-resolvers clj

(attach-field-resolvers m & field-pairs)

Adds a series of field resolvers into the provided pre-compiled data structure

attach-middleware clj

(attach-middleware m middleware-fn)

Adds a middleware fn into the provided pre-compiled data structure

attach-mutation clj

(attach-mutation m mutation-spec results-spec resolver)

Adds a mutation resolver fn into the provided pre-compiled data structure

attach-query clj

(attach-query m query-spec results-spec resolver)

Adds a query resolver into the provided pre-compiled data structure

attach-schema clj

(attach-schema m schema)

Adds an external Lacinia schema into the provided pre-compiled data structure

build-middleware clj

(build-middleware resolver middleware args)

Builds a fn which nests all the middleware and eventually the resolver

compile clj

(compile m)

Generates a Lacinia schema from pre-compiled data structure and compiles it.

create clj

(create)

Creates an empty pre-compiled data structure for Leona

error clj

(error {key :key message :message :as error-map})

Creates an error result as recognised by Lacinia

execute clj

(execute m query)

Executes Lacinia commands; adds middleware into the context which is required by the resolver wrapper

format-input clj

(format-input m)

Format the input into a resolver

format-result clj

(format-result m)

Format the results of a resolver

generate clj

(generate m)

Takes pre-compiled data structure and converts it into a Lacinia schema

inject-field-resolvers clj

(inject-field-resolvers m frs)

Walks a set of objects, attempting to inject field resolvers into certain types

wrap-resolver clj

(wrap-resolver id resolver-fn input-spec result-spec)

Used to wrap resolver fns provided by the user. This adds re-formatting in both directions and spec validation