mapcomplete/scripts/fixSchemas.ts

402 lines
14 KiB
TypeScript

import ScriptUtils from "./ScriptUtils"
import { readFileSync, writeFileSync } from "fs"
import { JsonSchema } from "../src/UI/Studio/jsonSchema"
import { ConfigMeta } from "../src/UI/Studio/configMeta"
import { Utils } from "../src/Utils"
import Validators from "../src/UI/InputElement/Validators"
import { AllKnownLayouts } from "../src/Customizations/AllKnownLayouts"
import { AllSharedLayers } from "../src/Customizations/AllSharedLayers"
import Constants from "../src/Models/Constants"
const metainfo = {
type: "One of the inputValidator types",
typeHelper: "Helper arguments for the type input, comma-separated. Same as 'args'",
types: "Is multiple types are allowed for this field, then first show a mapping to pick the appropriate subtype. `Types` should be `;`-separated and contain precisely the same amount of subtypes",
typesdefault: "Works in conjuction with `types`: this type will be selected by default",
group: "A kind of label. Items with the same group name will be placed in the same region",
default: "The default value which is used if no value is specified",
question: "The question to ask in the tagRenderingConfig",
iftrue: "For booleans only - text to show with 'yes'",
iffalse: "For booleans only - text to show with 'no'",
ifunset:
"Only applicable if _not_ a required item. This will appear in the 'not set'-option as extra description",
inline: "A text, containing `{value}`. This will be used as freeform rendering and will be included into the rendering",
suggestions:
'a javascript expression generating mappings; executed in an environment which has access to `layers: Map<string, LayerConfig>` and `themes: Map<string, ThemeConfig>`. Should return an array of type `{if: \'value=*\', then: string}[]`. Example: `return Array.from(layers.keys()).map(key => ({if: "value="+key, then: key+" - "+layers.get(key).description}))`. This code is executed at compile time, so no CSP is needed ',
title: "a title that is given to a MultiType",
icon: "The icon that should be shown, a function body from a function which receives one argument, namely `value`. Value is the entire object when used in a list",
multianswer: "set to 'true' if multiple options should be selectable",
}
/**
* Applies 'onEach' on every leaf of the JSONSchema
* @param onEach
* @param scheme
* @param fullScheme
* @param path
* @param isHandlingReference
* @param required
* @constructor
*/
function WalkScheme<T>(
onEach: (schemePart: JsonSchema, path: string[]) => T,
scheme: JsonSchema,
fullScheme: JsonSchema & { definitions?: any } = undefined,
path: string[] = [],
isHandlingReference = [],
required: string[],
skipRoot = false
): { path: string[]; required: boolean; t: T }[] {
const results: { path: string[]; required: boolean; t: T }[] = []
if (scheme === undefined) {
return []
}
if (scheme["$ref"] !== undefined) {
const ref = scheme["$ref"]
const prefix = "#/definitions/"
if (!ref.startsWith(prefix)) {
throw "References is not relative!"
}
const definitionName = ref.substr(prefix.length)
if (isHandlingReference.indexOf(definitionName) >= 0) {
// We abort here to avoid infinite recursion
return []
}
// The 'scheme' might contain some extra info, such as 'description'
// This effectively overwrites properties from the loaded scheme
const loadedScheme = fullScheme.definitions[definitionName]
const syntheticScheme = { ...loadedScheme, ...scheme }
syntheticScheme["child-description"] = loadedScheme.description
delete syntheticScheme["$ref"]
return WalkScheme(
onEach,
syntheticScheme,
fullScheme,
path,
[...isHandlingReference, definitionName],
required,
skipRoot
)
}
fullScheme = fullScheme ?? scheme
if (!skipRoot) {
let t = onEach(scheme, path)
if (t !== undefined) {
const isRequired = required?.indexOf(path.at(-1)) >= 0
results.push({
path,
required: isRequired,
t,
})
}
}
function walk(v: JsonSchema, skipRoot = false) {
if (v === undefined) {
return
}
results.push(
...WalkScheme(onEach, v, fullScheme, path, isHandlingReference, v.required, skipRoot)
)
}
function walkEach(scheme: JsonSchema[], skipRoot: boolean = false) {
if (scheme === undefined) {
return
}
scheme.forEach((v) => walk(v, skipRoot))
}
{
walkEach(scheme.enum)
walkEach(scheme.anyOf, true)
walkEach(scheme.allOf)
if (Array.isArray(scheme.items)) {
// walk and walkEach are local functions which push to the result array
walkEach(<any>scheme.items)
} else {
walk(<any>scheme.items)
}
for (const key in scheme.properties) {
const prop = scheme.properties[key]
results.push(
...WalkScheme(
onEach,
prop,
fullScheme,
[...path, key],
isHandlingReference,
scheme.required
)
)
}
}
return results
}
function extractHintsFrom(
description: string,
fieldnames: string[],
path: (string | number)[],
type: any,
schemepart: any
): Record<string, string> {
if (!description) {
return {}
}
const hints = {}
const lines = description.split("\n")
for (const fieldname of fieldnames) {
const hintIndex = lines.findIndex((line) =>
line
.trim()
.toLocaleLowerCase()
.startsWith(fieldname + ":")
)
if (hintIndex < 0) {
continue
}
const hintLine = lines[hintIndex].substring((fieldname + ":").length).trim()
if (fieldname === "type") {
hints["typehint"] = hintLine
} else {
hints[fieldname] = hintLine
}
}
if (hints["types"]) {
const notRequired = hints["ifunset"] !== undefined
const numberOfExpectedSubtypes = hints["types"].replaceAll("|", ";").split(";").length
if (!Array.isArray(type) && !notRequired) {
throw (
"At " +
path.join(".") +
"Invalid hint in the documentation: `types` indicates that there are " +
numberOfExpectedSubtypes +
" subtypes, but object does not support subtypes. Did you mean `type` instead?\n\tTypes are: " +
hints["types"] +
"\n: hints: " +
JSON.stringify(hints) +
" req:" +
JSON.stringify(schemepart)
)
}
const numberOfActualTypes = type.length
if (
numberOfActualTypes !== numberOfExpectedSubtypes &&
notRequired &&
numberOfActualTypes + 1 !== numberOfExpectedSubtypes
) {
throw `At ${path.join(
"."
)}\nInvalid hint in the documentation: \`types\` indicates that there are ${numberOfExpectedSubtypes} subtypes, but there are ${numberOfActualTypes} subtypes
\tTypes are: ${hints["types"]}`
}
}
if (hints["suggestions"]) {
const suggestions = hints["suggestions"]
const f = new Function("{ layers, themes, validators, Constants }", suggestions)
hints["suggestions"] = f({
layers: AllSharedLayers.sharedLayers,
themes: AllKnownLayouts.allKnownLayouts,
validators: Validators,
Constants: Constants,
})
if (hints["suggestions"]?.indexOf(null) >= 0) {
throw (
"A suggestion generated 'null' for " +
path.join(".") +
". Check the docstring, specifically 'suggestions'. Pay attention to double commas"
)
}
}
return hints
}
/**
* Extracts the 'configMeta' from the given schema, based on attributes in the description
* @param fieldnames
* @param fullSchema
*/
function addMetafields(fieldnames: string[], fullSchema: JsonSchema): ConfigMeta[] {
const fieldNamesSet = new Set(fieldnames)
const onEach = (schemePart, path) => {
if (schemePart.description === undefined) {
return
}
const type = schemePart.items?.anyOf ?? schemePart.type ?? schemePart.anyOf
let description = schemePart.description
let hints = extractHintsFrom(description, fieldnames, path, type, schemePart)
const childDescription = schemePart["child-description"]
if (childDescription) {
const childHints = extractHintsFrom(
childDescription,
fieldnames,
path,
type,
schemePart
)
hints = { ...childHints, ...hints }
description = description ?? childDescription
}
const cleanedDescription: string[] = []
for (const line of description.split("\n")) {
const keyword = line.split(":").at(0).trim().toLowerCase()
if (fieldNamesSet.has(keyword)) {
continue
}
cleanedDescription.push(line)
}
return {
hints,
type,
description: cleanedDescription.filter((l) => l !== "").join("\n"),
}
}
return WalkScheme(onEach, fullSchema, fullSchema, [], [], fullSchema.required).map(
({ path, required, t }) => ({ path, required, ...t })
)
}
function substituteReferences(
paths: ConfigMeta[],
origSchema: JsonSchema,
allDefinitions: Record<string, JsonSchema>
) {
for (const path of paths) {
if (!Array.isArray(path.type)) {
continue
}
for (let i = 0; i < path.type.length; i++) {
const typeElement = path.type[i]
const ref = typeElement["$ref"]
if (!ref) {
continue
}
const name = ref.substring("#/definitions/".length)
if (name.startsWith("{") || name.startsWith("Record<")) {
continue
}
if (origSchema["definitions"]?.[name]) {
path.type[i] = origSchema["definitions"]?.[name]
continue
}
if (name === "DeleteConfigJson" || name === "TagRenderingConfigJson") {
const target = allDefinitions[name]
if (!target) {
throw "Cannot expand reference for type " + name + "; it does not exist "
}
path.type[i] = target
}
}
}
}
function validateMeta(path: ConfigMeta): string | undefined {
if (path.path.length == 0) {
return
}
const ctx = "Definition for field '" + path.path.join(".") + "'"
if (path.hints.group === undefined && path.path.length == 1) {
return (
ctx +
" does not have a group set (but it is a top-level element which should have a group) "
)
}
if (path.hints.group === "hidden") {
return undefined
}
if (path.hints.typehint === "tag") {
return undefined
}
if (path.path[0] == "mapRendering" || path.path[0] == "tagRenderings") {
return undefined
}
if (path.hints.question === undefined && !Array.isArray(path.type)) {
/* return (
ctx +
" does not have a question set. As such, MapComplete-studio users will not be able to set this property"
) //*/
}
return undefined
}
function extractMeta(
typename: string,
path: string,
allDefinitions: Record<string, JsonSchema>
): string[] {
const schema: JsonSchema = JSON.parse(
readFileSync("./Docs/Schemas/" + typename + ".schema.json", { encoding: "utf8" })
)
const metakeys = Array.from(Object.keys(metainfo)).map((s) => s.toLowerCase())
const paths = addMetafields(metakeys, schema)
substituteReferences(paths, schema, allDefinitions)
const fullPath = "./src/assets/schemas/" + path + ".json"
writeFileSync(fullPath, JSON.stringify(paths, null, " "))
console.log("Written meta to " + fullPath)
return Utils.NoNull(paths.map((p) => validateMeta(p)))
}
function main() {
const allSchemas = ScriptUtils.readDirRecSync("./Docs/Schemas").filter((pth) =>
pth.endsWith("JSC.ts")
)
const allDefinitions: Record<string, JsonSchema> = {}
for (const path of allSchemas) {
const dir = path.substring(0, path.lastIndexOf("/"))
const name = path.substring(path.lastIndexOf("/"), path.length - "JSC.ts".length)
console.log("Trying to read", path)
let content = readFileSync(path, { encoding: "utf8" })
content = content.substring("export default ".length)
let parsed = JSON.parse(content)
parsed["additionalProperties"] = false
for (const key in parsed.definitions) {
const def = parsed.definitions[key]
if (def.type === "object") {
def["additionalProperties"] = false
}
}
allDefinitions[name.substring(1)] = parsed
writeFileSync(dir + "/" + name + ".schema.json", JSON.stringify(parsed, null, " "), {
encoding: "utf8",
})
}
const errs: string[] = []
errs.push(...extractMeta("LayerConfigJson", "layerconfigmeta", allDefinitions))
errs.push(...extractMeta("LayoutConfigJson", "layoutconfigmeta", allDefinitions))
errs.push(...extractMeta("TagRenderingConfigJson", "tagrenderingconfigmeta", allDefinitions))
errs.push(
...extractMeta(
"QuestionableTagRenderingConfigJson",
"questionabletagrenderingconfigmeta",
allDefinitions
)
)
if (errs.length > 0) {
for (const err of errs) {
console.error(err)
}
console.log((errs.length < 25 ? "Only " : "") + errs.length + " errors to solve")
}
}
main()