@k8ts/metadata/dist/input/key/parse-key.js

K8ts tools for working with k8ts metadata.

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.pNameValue = exports.normalChar = void 0;
exports.parseSectionKey = parseSectionKey;
exports.checkValue = checkValue;
exports.parseInnerKey = parseInnerKey;
exports.parseOuterKey = parseOuterKey;
exports.parseKey = parseOuterKey;
const parjs_1 = require("parjs");
const combinators_1 = require("parjs/combinators");
const error_1 = require("../../error");
const domain_prefix_1 = require("./domain-prefix");
const metadata_key_1 = require("./metadata-key");
const cPrefix = (0, parjs_1.anyCharOf)("%^#");
const cSection = (0, parjs_1.string)("/");
exports.normalChar = (0, parjs_1.letter)().pipe((0, combinators_1.or)((0, parjs_1.digit)())).expects("alphanumeric");
const cDot = (0, parjs_1.anyCharOf)(".");
const cExtra = (0, parjs_1.anyCharOf)(`-_`).pipe((0, combinators_1.or)(cDot)).expects("'-', '_', or '.'");
const cNameChar = (0, parjs_1.lower)().pipe((0, combinators_1.or)((0, parjs_1.digit)())).pipe((0, combinators_1.or)("-"));
const cInterior = exports.normalChar.pipe((0, combinators_1.or)(cExtra)).expects("alphanumeric, '-', '_', or '.'");
exports.pNameValue = cNameChar.pipe((0, combinators_1.many1)(), (0, combinators_1.stringify)());
const pSpecialKey = (0, parjs_1.anyStringOf)("namespace", "name").pipe((0, combinators_1.map)(key => {
    throw new error_1.K8tsMetadataError(`Tried to set resource UID key '${key}' via metadata, which isn't allowed in k8ts. Modify the resource directly instead.`);
}));
const pCleanKey = cInterior.pipe((0, combinators_1.many1)(), (0, combinators_1.stringify)());
const pSectionKey = pCleanKey.pipe((0, combinators_1.thenq)(cSection), (0, combinators_1.map)(x => new domain_prefix_1.Metadata_Key_Domain(x)));
const pInnerKey = cPrefix.pipe((0, combinators_1.then)(pCleanKey), (0, combinators_1.map)(([prefix, name]) => {
    return new metadata_key_1.Metadata_Key_Value(prefix, "", name);
}));
const pKey = cPrefix.pipe((0, combinators_1.then)(pCleanKey, cSection.pipe((0, combinators_1.qthen)(pCleanKey), (0, combinators_1.stringify)(), (0, combinators_1.maybe)())), (0, combinators_1.map)(([prefix, nameOrSection, name]) => {
    if (name) {
        return new metadata_key_1.Metadata_Key_Value(prefix, nameOrSection, name);
    }
    return new metadata_key_1.Metadata_Key_Value(prefix, "", nameOrSection);
}), (0, combinators_1.or)(pSpecialKey));
const pOuterKey = pKey.pipe((0, combinators_1.or)(pSectionKey));
function parseSectionKey(key) {
    return pSectionKey.parse(key).value;
}
function checkValue(value) {
    return value === "" ? "" : pCleanKey.parse(value).value;
}
function parseInnerKey(key) {
    return pInnerKey.parse(key).value;
}
function parseOuterKey(key) {
    const result = pOuterKey.parse(key);
    if (result.kind === "OK") {
        return result.value;
    }
    throw new error_1.K8tsMetadataError(`Failed to parse key ${key}: ${result.toString()}`, {
        key,
        error: result.toString()
    });
}
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