forked from MapComplete/MapComplete
Fix regression and add tests, add overpass link in layer documentation
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f03544c468
commit
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5 changed files with 201 additions and 130 deletions
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@ -4,6 +4,8 @@ import {Utils} from "../../Utils";
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import {UIEventSource} from "../UIEventSource";
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import {BBox} from "../BBox";
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import * as osmtogeojson from "osmtogeojson";
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// @ts-ignore
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import {Tag} from "../Tags/Tag"; // used in doctest
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/**
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* Interfaces overpass to get all the latest data
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@ -16,21 +18,19 @@ export class Overpass {
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private _includeMeta: boolean;
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private _relationTracker: RelationsTracker;
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constructor(filter: TagsFilter,
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extraScripts: string[],
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interpreterUrl: string,
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timeout: UIEventSource<number>,
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relationTracker: RelationsTracker,
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timeout?: UIEventSource<number>,
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relationTracker?: RelationsTracker,
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includeMeta = true) {
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this._timeout = timeout;
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this._timeout = timeout ?? new UIEventSource<number>(90);
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this._interpreterUrl = interpreterUrl;
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const optimized = filter.optimize()
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if(optimized === true || optimized === false){
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throw "Invalid filter: optimizes to true of false"
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}
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this._filter = optimized
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console.log("Overpass filter is",this._filter)
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this._extraScripts = extraScripts;
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this._includeMeta = includeMeta;
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this._relationTracker = relationTracker
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@ -51,23 +51,45 @@ export class Overpass {
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console.warn("No features for", json)
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}
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self._relationTracker.RegisterRelations(json)
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self._relationTracker?.RegisterRelations(json)
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const geojson = osmtogeojson.default(json);
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const osmTime = new Date(json.osm3s.timestamp_osm_base);
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return [geojson, osmTime];
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}
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buildQuery(bbox: string): string {
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/**
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* new Overpass(new Tag("key","value"), [], "").buildScript("{{bbox}}") // => `[out:json][timeout:90]{{bbox}};(nwr["key"="value"];);out body;out meta;>;out skel qt;`
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*/
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public buildScript(bbox: string, postCall: string = "", pretty = false): string {
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const filters = this._filter.asOverpass()
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let filter = ""
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for (const filterOr of filters) {
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filter += 'nwr' + filterOr + ';'
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if(pretty){
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filter += " "
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}
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filter += 'nwr' + filterOr + postCall + ';'
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if(pretty){
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filter+="\n"
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}
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}
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for (const extraScript of this._extraScripts) {
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filter += '(' + extraScript + ');';
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}
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const query =
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`[out:json][timeout:${this._timeout.data}]${bbox};(${filter});out body;${this._includeMeta ? 'out meta;' : ''}>;out skel qt;`
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return`[out:json][timeout:${this._timeout.data}]${bbox};(${filter});out body;${this._includeMeta ? 'out meta;' : ''}>;out skel qt;`
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}
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public buildQuery(bbox: string): string {
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const query = this.buildScript(bbox)
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return `${this._interpreterUrl}?data=${encodeURIComponent(query)}`
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}
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/**
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* Little helper method to quickly open overpass-turbo in the browser
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*/
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public static AsOverpassTurboLink(tags: TagsFilter){
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const overpass = new Overpass(tags, [], "", undefined, undefined, false)
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const script = overpass.buildScript("","({{bbox}})", true)
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const url = "http://overpass-turbo.eu/?Q="
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return url + encodeURIComponent(script)
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}
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}
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@ -47,6 +47,9 @@ export class RegexTag extends TagsFilter {
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*
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* // A wildcard regextag should only give the key
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* new RegexTag("a", /^..*$/).asOverpass() // => [ `["a"]` ]
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*
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* // A regextag with a regex key should give correct output
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* new RegexTag(/a.*x/, /^..*$/).asOverpass() // => [ `[~"a.*x"~\"^..*$\"]` ]
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*/
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asOverpass(): string[] {
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const inv =this.invert ? "!" : ""
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@ -181,6 +181,7 @@ export class TagUtils {
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* TagUtils.Tag("survey:date:={_date:now}") // => new SubstitutingTag("survey:date", "{_date:now}")
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* TagUtils.Tag("xyz!~\\[\\]") // => new RegexTag("xyz", /^\[\]$/, true)
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* TagUtils.Tag("tags~(^|.*;)amenity=public_bookcase($|;.*)") // => new RegexTag("tags", /(^|.*;)amenity=public_bookcase($|;.*)/)
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* TagUtils.Tag("service:bicycle:.*~~*") // => new RegexTag(/^service:bicycle:.*$/, /^..*$/)
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*/
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public static Tag(json: AndOrTagConfigJson | string, context: string = ""): TagsFilter {
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try {
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@ -219,126 +220,125 @@ export class TagUtils {
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if (json === undefined) {
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throw `Error while parsing a tag: 'json' is undefined in ${context}. Make sure all the tags are defined and at least one tag is present in a complex expression`
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}
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if (typeof (json) == "string") {
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const tag = json as string;
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if (typeof (json) != "string") {
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if (json.and !== undefined && json.or !== undefined) {
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throw `Error while parsing a TagConfig: got an object where both 'and' and 'or' are defined`
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}
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if (json.and !== undefined) {
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return new And(json.and.map(t => TagUtils.Tag(t, context)));
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}
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if (json.or !== undefined) {
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return new Or(json.or.map(t => TagUtils.Tag(t, context)));
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}
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throw "At " + context + ": unrecognized tag"
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}
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const tag = json as string;
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for (const [operator, comparator] of TagUtils.comparators) {
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if (tag.indexOf(operator) >= 0) {
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const split = Utils.SplitFirst(tag, operator);
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for (const [operator, comparator] of TagUtils.comparators) {
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if (tag.indexOf(operator) >= 0) {
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const split = Utils.SplitFirst(tag, operator);
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let val = Number(split[1].trim())
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if (isNaN(val)) {
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val = new Date(split[1].trim()).getTime()
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}
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let val = Number(split[1].trim())
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if (isNaN(val)) {
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val = new Date(split[1].trim()).getTime()
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const f = (value: string | undefined) => {
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if (value === undefined) {
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return false;
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}
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const f = (value: string | undefined) => {
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if (value === undefined) {
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return false;
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}
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let b = Number(value?.trim())
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let b = Number(value?.trim())
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if (isNaN(b)) {
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b = Utils.ParseDate(value).getTime()
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if (isNaN(b)) {
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b = Utils.ParseDate(value).getTime()
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if (isNaN(b)) {
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return false
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}
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return false
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}
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return comparator(b, val)
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}
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return new ComparingTag(split[0], f, operator + val)
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return comparator(b, val)
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}
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return new ComparingTag(split[0], f, operator + val)
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}
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if (tag.indexOf("!~") >= 0) {
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const split = Utils.SplitFirst(tag, "!~");
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if (split[1] === "*") {
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throw `Don't use 'key!~*' - use 'key=' instead (empty string as value (in the tag ${tag} while parsing ${context})`
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}
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return new RegexTag(
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split[0],
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split[1],
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true
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);
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}
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if (tag.indexOf("~~") >= 0) {
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const split = Utils.SplitFirst(tag, "~~");
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if (split[1] === "*") {
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split[1] = "..*"
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}
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return new RegexTag(
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split[0],
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split[1]
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);
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}
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if (tag.indexOf("!:=") >= 0) {
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const split = Utils.SplitFirst(tag, "!:=");
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return new SubstitutingTag(split[0], split[1], true);
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}
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if (tag.indexOf(":=") >= 0) {
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const split = Utils.SplitFirst(tag, ":=");
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return new SubstitutingTag(split[0], split[1]);
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}
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if (tag.indexOf("!=") >= 0) {
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const split = Utils.SplitFirst(tag, "!=");
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if (split[1] === "*") {
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throw "At "+context+": invalid tag "+tag+". To indicate a missing tag, use '"+split[0]+"!=' instead"
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}
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if(split[1] === "") {
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split[1] = "..*"
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}
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return new RegexTag(
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split[0],
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new RegExp("^" + split[1] + "$"),
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true
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);
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}
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if (tag.indexOf("!~") >= 0) {
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const split = Utils.SplitFirst(tag, "!~");
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if (split[1] === "*") {
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split[1] = "..*"
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}
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return new RegexTag(
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split[0],
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split[1],
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true
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);
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}
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if (tag.indexOf("~") >= 0) {
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const split = Utils.SplitFirst(tag, "~");
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if (split[1] === "") {
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throw "Detected a regextag with an empty regex; this is not allowed. Use '" + split[0] + "='instead (at " + context + ")"
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}
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if (split[1] === "*") {
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split[1] = "..*"
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}
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return new RegexTag(
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split[0],
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split[1]
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);
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}
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if (tag.indexOf("=") >= 0) {
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const split = Utils.SplitFirst(tag, "=");
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if (split[1] == "*") {
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throw `Error while parsing tag '${tag}' in ${context}: detected a wildcard on a normal value. Use a regex pattern instead`
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}
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return new Tag(split[0], split[1])
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}
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throw `Error while parsing tag '${tag}' in ${context}: no key part and value part were found`
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}
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if (json.and !== undefined && json.or !== undefined) {
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throw `Error while parsing a TagConfig: got an object where both 'and' and 'or' are defined`
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if (tag.indexOf("!~") >= 0) {
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const split = Utils.SplitFirst(tag, "!~");
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if (split[1] === "*") {
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throw `Don't use 'key!~*' - use 'key=' instead (empty string as value (in the tag ${tag} while parsing ${context})`
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}
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return new RegexTag(
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split[0],
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split[1],
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true
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);
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}
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if (tag.indexOf("~~") >= 0) {
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const split = Utils.SplitFirst(tag, "~~");
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if (split[1] === "*") {
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split[1] = "..*"
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}
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return new RegexTag(
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new RegExp("^"+split[0]+"$"),
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new RegExp("^"+ split[1]+"$")
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);
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}
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if (tag.indexOf("!:=") >= 0) {
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const split = Utils.SplitFirst(tag, "!:=");
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return new SubstitutingTag(split[0], split[1], true);
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}
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if (tag.indexOf(":=") >= 0) {
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const split = Utils.SplitFirst(tag, ":=");
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return new SubstitutingTag(split[0], split[1]);
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}
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if (json.and !== undefined) {
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return new And(json.and.map(t => TagUtils.Tag(t, context)));
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if (tag.indexOf("!=") >= 0) {
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const split = Utils.SplitFirst(tag, "!=");
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if (split[1] === "*") {
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throw "At " + context + ": invalid tag " + tag + ". To indicate a missing tag, use '" + split[0] + "!=' instead"
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}
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if (split[1] === "") {
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split[1] = "..*"
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}
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return new RegexTag(
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split[0],
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new RegExp("^" + split[1] + "$"),
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true
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);
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}
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if (json.or !== undefined) {
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return new Or(json.or.map(t => TagUtils.Tag(t, context)));
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if (tag.indexOf("!~") >= 0) {
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const split = Utils.SplitFirst(tag, "!~");
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if (split[1] === "*") {
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split[1] = "..*"
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}
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return new RegexTag(
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split[0],
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split[1],
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true
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);
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}
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if (tag.indexOf("~") >= 0) {
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const split = Utils.SplitFirst(tag, "~");
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if (split[1] === "") {
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throw "Detected a regextag with an empty regex; this is not allowed. Use '" + split[0] + "='instead (at " + context + ")"
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}
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if (split[1] === "*") {
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split[1] = "..*"
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}
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return new RegexTag(
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split[0],
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split[1]
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);
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}
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if (tag.indexOf("=") >= 0) {
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const split = Utils.SplitFirst(tag, "=");
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if (split[1] == "*") {
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throw `Error while parsing tag '${tag}' in ${context}: detected a wildcard on a normal value. Use a regex pattern instead`
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}
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return new Tag(split[0], split[1])
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}
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throw `Error while parsing tag '${tag}' in ${context}: no key part and value part were found`
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}
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private static GetCount(key: string, value?: string) {
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