func opProducesSetter(op *spec.Operation) func([]string) {
return func(produces []string) { op.Produces = produces }
}
func buildOperation(route *revel.Route) *spec.Operation {
var (
typeInfo *harness.TypeInfo
methodSpec *harness.MethodSpec
)
info, rerr := harness.ProcessSource(revel.CodePaths)
if rerr != nil {
panic(rerr) // TODO EMPTY PANIC
}
// get the TypeInfo and MethodSpec for this route
for _, cinfo := range info.ControllerSpecs() {
typeInfo = cinfo // TODO move inside if (get around compiler complaint)
if route.ControllerName == typeInfo.StructName {
for _, spec := range cinfo.MethodSpecs {
if route.MethodName == spec.Name {
methodSpec = spec
break
}
}
break
}
}
op := new(spec.Operation)
// TODO op.Description
// this will probably require either editing harness.ProcessSource to also grab comments OR
// to copy that functionality and modify it
op.Consumes = ContentTypes
op.Produces = ContentTypes
op.AddExtension("x-revel-action", route.Action)
for i, arg := range methodSpec.Args {
// skip over fixed paramters that match up to the arguments
if i < len(route.FixedParams) {
continue
}
var param spec.Parameter
param.Name = arg.Name
param.Type = arg.TypeExpr.Expr
// TODO review
// TODO: better path vs query vs body vs multipart
count := strings.Count(route.Path, ":") + strings.Count(route.Path, "*")
if i < count {
param.In = "path"
} else {
param.In = "body"
}
op.Parameters = append(op.Parameters, param)
}
// TODO RenderCalls
// fmt.Printf("route: %#v\n", route)
// fmt.Printf("typeInfo: %#v\n", typeInfo)
// fmt.Printf("methodSpec: %#v\n", methodSpec)
// for _, call := range methodSpec.RenderCalls {
// fmt.Printf("\tcall: %#v\n", call)
// }
/*
"responses": {
"200": {
"description": "A list of pets.",
"schema": {
"type": "array",
"items": {
"$ref": "#/definitions/Pet"
}
}
}
}
*/
return op
}