105 lines
3.7 KiB
Plaintext
105 lines
3.7 KiB
Plaintext
import Lean
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import DocGen4.Process
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import DocGen4.Output.Base
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import Lean.Data.RBMap
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namespace DocGen4.Output
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open Lean
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structure JsonDeclaration where
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name : String
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doc : String
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docLink : String
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sourceLink : String
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deriving FromJson, ToJson
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structure JsonInstance where
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name : String
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className : String
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typeNames : Array String
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deriving FromJson, ToJson
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structure JsonModule where
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name : String
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declarations : List JsonDeclaration
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instances : Array JsonInstance
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imports : Array String
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deriving FromJson, ToJson
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structure JsonIndex where
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declarations : List (String × JsonDeclaration) := []
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instances : HashMap String (Array String) := .empty
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importedBy : HashMap String (Array String) := .empty
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modules : List (String × String) := []
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instancesFor : HashMap String (Array String) := .empty
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instance : ToJson JsonIndex where
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toJson idx := Id.run do
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let jsonDecls := Json.mkObj <| idx.declarations.map (fun (k, v) => (k, toJson v))
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let jsonInstances := Json.mkObj <| idx.instances.toList.map (fun (k, v) => (k, toJson v))
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let jsonImportedBy := Json.mkObj <| idx.importedBy.toList.map (fun (k, v) => (k, toJson v))
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let jsonModules := Json.mkObj <| idx.modules.map (fun (k, v) => (k, toJson v))
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let jsonInstancesFor := Json.mkObj <| idx.instancesFor.toList.map (fun (k, v) => (k, toJson v))
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let finalJson := Json.mkObj [
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("declarations", jsonDecls),
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("instances", jsonInstances),
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("importedBy", jsonImportedBy),
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("modules", jsonModules),
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("instancesFor", jsonInstancesFor)
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]
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return finalJson
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def JsonIndex.addModule (index : JsonIndex) (module : JsonModule) : BaseHtmlM JsonIndex := do
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let mut index := index
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let newModule := (module.name, ← moduleNameToLink (String.toName module.name))
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let newDecls := module.declarations.map (fun d => (d.name, d))
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index := { index with
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modules := newModule :: index.modules
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declarations := newDecls ++ index.declarations
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}
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-- TODO: In theory one could sort instances and imports by name and batch the writes
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for inst in module.instances do
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let mut insts := index.instances.findD inst.className #[]
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insts := insts.push inst.name
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index := { index with instances := index.instances.insert inst.className insts }
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for typeName in inst.typeNames do
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let mut instsFor := index.instancesFor.findD typeName #[]
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instsFor := instsFor.push inst.name
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index := { index with instancesFor := index.instancesFor.insert typeName instsFor }
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for imp in module.imports do
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let mut impBy := index.importedBy.findD imp #[]
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impBy := impBy.push module.name
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index := { index with importedBy := index.importedBy.insert imp impBy }
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return index
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def DocInfo.toJson (module : Name) (info : Process.DocInfo) : HtmlM JsonDeclaration := do
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let name := info.getName.toString
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let doc := info.getDocString.getD ""
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let docLink ← declNameToLink info.getName
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let sourceLink ← getSourceUrl module info.getDeclarationRange
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return { name, doc, docLink, sourceLink }
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def Process.Module.toJson (module : Process.Module) : HtmlM Json := do
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let mut jsonDecls := []
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let mut instances := #[]
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let declInfo := Process.filterMapDocInfo module.members
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for decl in declInfo do
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jsonDecls := (← DocInfo.toJson module.name decl) :: jsonDecls
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if let .instanceInfo i := decl then
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instances := instances.push {
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name := i.name.toString,
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className := i.className.toString
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typeNames := i.typeNames.map Name.toString
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}
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let jsonMod : JsonModule := {
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name := module.name.toString,
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declarations := jsonDecls,
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instances,
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imports := module.imports.map Name.toString
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}
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return ToJson.toJson jsonMod
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end DocGen4.Output
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