@stylable/core/cjs/stylable-processor.js

"use strict";
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    if (k2 === undefined) k2 = k;
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    return (mod && mod.__esModule) ? mod : { "default": mod };
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Object.defineProperty(exports, "__esModule", { value: true });
exports.process = exports.processNamespace = exports.createEmptyMeta = exports.validateScopingSelector = exports.StylableProcessor = exports.processorWarnings = void 0;
const murmurhash_1 = __importDefault(require("murmurhash"));
const path_1 = __importDefault(require("path"));
const postcss_1 = __importDefault(require("postcss"));
const postcss_value_parser_1 = __importDefault(require("postcss-value-parser"));
const diagnostics_1 = require("./diagnostics");
const selector_utils_1 = require("./selector-utils");
const stylable_assets_1 = require("./stylable-assets");
const stylable_meta_1 = require("./stylable-meta");
const stylable_utils_1 = require("./stylable-utils");
const stylable_value_parsers_1 = require("./stylable-value-parsers");
const utils_1 = require("./utils");
__exportStar(require("./stylable-meta"), exports); /* TEMP EXPORT */
const parseNamed = stylable_value_parsers_1.SBTypesParsers[stylable_value_parsers_1.valueMapping.named];
const parseMixin = stylable_value_parsers_1.SBTypesParsers[stylable_value_parsers_1.valueMapping.mixin];
const parseStates = stylable_value_parsers_1.SBTypesParsers[stylable_value_parsers_1.valueMapping.states];
const parseGlobal = stylable_value_parsers_1.SBTypesParsers[stylable_value_parsers_1.valueMapping.global];
const parseExtends = stylable_value_parsers_1.SBTypesParsers[stylable_value_parsers_1.valueMapping.extends];
exports.processorWarnings = {
    UNSCOPED_CLASS(name) {
        return `unscoped class "${name}" will affect all elements of the same type in the document`;
    },
    UNSCOPED_ELEMENT(name) {
        return `unscoped element "${name}" will affect all elements of the same type in the document`;
    },
    FORBIDDEN_DEF_IN_COMPLEX_SELECTOR(name) {
        return `cannot define "${name}" inside a complex selector`;
    },
    ROOT_AFTER_SPACING() {
        return '".root" class cannot be used after native elements or selectors external to the stylesheet';
    },
    DEFAULT_IMPORT_IS_LOWER_CASE() {
        return 'Default import of a Stylable stylesheet must start with an upper-case letter';
    },
    ILLEGAL_PROP_IN_IMPORT(propName) {
        return `"${propName}" css attribute cannot be used inside ${stylable_value_parsers_1.rootValueMapping.import} block`;
    },
    STATE_DEFINITION_IN_ELEMENT() {
        return 'cannot define pseudo states inside element selectors';
    },
    STATE_DEFINITION_IN_COMPLEX() {
        return 'cannot define pseudo states inside complex selectors';
    },
    REDECLARE_SYMBOL(name) {
        return `redeclare symbol "${name}"`;
    },
    CANNOT_RESOLVE_EXTEND(name) {
        return `cannot resolve '${stylable_value_parsers_1.valueMapping.extends}' type for '${name}'`;
    },
    CANNOT_EXTEND_IN_COMPLEX() {
        return `cannot define "${stylable_value_parsers_1.valueMapping.extends}" inside a complex selector`;
    },
    UNKNOWN_MIXIN(name) {
        return `unknown mixin: "${name}"`;
    },
    OVERRIDE_MIXIN() {
        return `override mixin on same rule`;
    },
    OVERRIDE_TYPED_RULE(key, name) {
        return `override "${key}" on typed rule "${name}"`;
    },
    FROM_PROP_MISSING_IN_IMPORT() {
        return `"${stylable_value_parsers_1.valueMapping.from}" is missing in ${stylable_value_parsers_1.rootValueMapping.import} block`;
    },
    INVALID_NAMESPACE_DEF() {
        return 'invalid @namespace';
    },
    EMPTY_NAMESPACE_DEF() {
        return '@namespace must contain at least one character or digit';
    },
    EMPTY_IMPORT_FROM() {
        return '"-st-from" cannot be empty';
    },
    MULTIPLE_FROM_IN_IMPORT() {
        return `cannot define multiple "${stylable_value_parsers_1.valueMapping.from}" declarations in a single import`;
    },
    NO_VARS_DEF_IN_ST_SCOPE() {
        return `cannot define "${stylable_value_parsers_1.rootValueMapping.vars}" inside of "@st-scope"`;
    },
    NO_IMPORT_IN_ST_SCOPE() {
        return `cannot use "${stylable_value_parsers_1.rootValueMapping.import}" inside of "@st-scope"`;
    },
    NO_KEYFRAMES_IN_ST_SCOPE() {
        return `cannot use "@keyframes" inside of "@st-scope"`;
    },
    SCOPE_PARAM_NOT_SIMPLE_SELECTOR(selector) {
        return `"@st-scope" must receive a simple selector, but instead got: "${selector}"`;
    },
    MISSING_SCOPING_PARAM() {
        return '"@st-scope" must receive a simple selector or stylesheet "root" as its scoping parameter';
    },
    ILLEGAL_GLOBAL_CSS_VAR(name) {
        return `"@st-global-custom-property" received the value "${name}", but it must begin with "--" (double-dash)`;
    },
    GLOBAL_CSS_VAR_MISSING_COMMA(name) {
        return `"@st-global-custom-property" received the value "${name}", but its values must be comma separated`;
    },
    ILLEGAL_CSS_VAR_USE(name) {
        return `a custom css property must begin with "--" (double-dash), but received "${name}"`;
    },
    ILLEGAL_CSS_VAR_ARGS(name) {
        return `css variable "${name}" usage (var()) must receive comma separated values`;
    },
};
class StylableProcessor {
    constructor(diagnostics = new diagnostics_1.Diagnostics(), resolveNamespace = processNamespace) {
        this.diagnostics = diagnostics;
        this.resolveNamespace = resolveNamespace;
    }
    process(root) {
        this.meta = new stylable_meta_1.StylableMeta(root, this.diagnostics);
        this.handleAtRules(root);
        const stubs = this.insertCustomSelectorsStubs();
        root.walkRules((rule) => {
            if (!selector_utils_1.isChildOfAtRule(rule, 'keyframes')) {
                this.handleCustomSelectors(rule);
                this.handleRule(rule, selector_utils_1.isChildOfAtRule(rule, stylable_value_parsers_1.rootValueMapping.stScope));
            }
        });
        root.walkDecls((decl) => {
            if (stylable_value_parsers_1.stValuesMap[decl.prop]) {
                this.handleDirectives(decl.parent, decl);
            }
            else if (stylable_utils_1.isCSSVarProp(decl.prop)) {
                this.addCSSVarFromProp(decl);
            }
            if (decl.value.includes('var(')) {
                this.handleCSSVarUse(decl);
            }
            stylable_assets_1.processDeclarationUrls(decl, (node) => {
                this.meta.urls.push(node.url);
            }, false);
        });
        this.meta.scopes.forEach((atRule) => {
            const scopingRule = postcss_1.default.rule({ selector: atRule.params });
            this.handleRule(scopingRule, true);
            validateScopingSelector(atRule, scopingRule, this.diagnostics);
            if (scopingRule.selector) {
                atRule.walkRules((rule) => {
                    rule.replaceWith(rule.clone({
                        selector: stylable_utils_1.scopeSelector(scopingRule.selector, rule.selector, false)
                            .selector,
                    }));
                });
            }
            atRule.replaceWith(atRule.nodes || []);
        });
        stubs.forEach((s) => s && s.remove());
        return this.meta;
    }
    insertCustomSelectorsStubs() {
        return Object.keys(this.meta.customSelectors).map((selector) => {
            if (this.meta.customSelectors[selector]) {
                const rule = postcss_1.default.rule({ selector });
                this.meta.ast.append(rule);
                return rule;
            }
            return null;
        });
    }
    handleCustomSelectors(rule) {
        stylable_utils_1.expandCustomSelectors(rule, this.meta.customSelectors, this.meta.diagnostics);
    }
    handleAtRules(root) {
        let namespace = '';
        const toRemove = [];
        root.walkAtRules((atRule) => {
            switch (atRule.name) {
                case 'namespace': {
                    const match = atRule.params.match(/["'](.*?)['"]/);
                    if (match) {
                        if (match[1].trim()) {
                            namespace = match[1];
                        }
                        else {
                            this.diagnostics.error(atRule, exports.processorWarnings.EMPTY_NAMESPACE_DEF());
                        }
                        toRemove.push(atRule);
                    }
                    else {
                        this.diagnostics.error(atRule, exports.processorWarnings.INVALID_NAMESPACE_DEF());
                    }
                    break;
                }
                case 'keyframes':
                    if (!selector_utils_1.isChildOfAtRule(atRule, stylable_value_parsers_1.rootValueMapping.stScope)) {
                        this.meta.keyframes.push(atRule);
                    }
                    else {
                        this.diagnostics.warn(atRule, exports.processorWarnings.NO_KEYFRAMES_IN_ST_SCOPE());
                    }
                    break;
                case 'custom-selector': {
                    const params = atRule.params.split(/\s/);
                    const customName = params.shift();
                    toRemove.push(atRule);
                    if (customName && customName.match(stylable_utils_1.CUSTOM_SELECTOR_RE)) {
                        this.meta.customSelectors[customName] = atRule.params
                            .replace(customName, '')
                            .trim();
                    }
                    else {
                        // TODO: add warn there are two types one is not valid name and the other is empty name.
                    }
                    break;
                }
                case 'st-scope':
                    this.meta.scopes.push(atRule);
                    break;
                case 'st-global-custom-property': {
                    const cssVars = atRule.params.split(',');
                    if (atRule.params.trim().split(/\s+/g).length > cssVars.length) {
                        this.diagnostics.warn(atRule, exports.processorWarnings.GLOBAL_CSS_VAR_MISSING_COMMA(atRule.params), { word: atRule.params });
                        break;
                    }
                    for (const entry of cssVars) {
                        const cssVar = entry.trim();
                        if (stylable_utils_1.isCSSVarProp(cssVar)) {
                            if (!this.meta.cssVars[cssVar]) {
                                this.meta.cssVars[cssVar] = {
                                    _kind: 'cssVar',
                                    name: cssVar,
                                    global: true,
                                };
                                this.meta.mappedSymbols[cssVar] = this.meta.cssVars[cssVar];
                            }
                        }
                        else {
                            this.diagnostics.warn(atRule, exports.processorWarnings.ILLEGAL_GLOBAL_CSS_VAR(cssVar), { word: cssVar });
                        }
                    }
                    toRemove.push(atRule);
                    break;
                }
            }
        });
        toRemove.forEach((node) => node.remove());
        namespace = namespace || utils_1.filename2varname(path_1.default.basename(this.meta.source)) || 's';
        this.meta.namespace = this.handleNamespaceReference(namespace);
    }
    handleNamespaceReference(namespace) {
        let pathToSource;
        this.meta.ast.walkComments((comment) => {
            if (comment.text.includes('st-namespace-reference')) {
                const namespaceReferenceParts = comment.text.split('=');
                pathToSource = utils_1.stripQuotation(namespaceReferenceParts[namespaceReferenceParts.length - 1]);
                return false;
            }
            return undefined;
        });
        return this.resolveNamespace(namespace, pathToSource
            ? path_1.default.resolve(path_1.default.dirname(this.meta.source), pathToSource)
            : this.meta.source);
    }
    handleRule(rule, inStScope = false) {
        rule.selectorAst = selector_utils_1.parseSelector(rule.selector);
        const checker = selector_utils_1.createSimpleSelectorChecker();
        const validRoot = selector_utils_1.isRootValid(rule.selectorAst, 'root');
        let locallyScoped = false;
        selector_utils_1.traverseNode(rule.selectorAst, (node, _index, _nodes) => {
            if (!checker(node)) {
                rule.isSimpleSelector = false;
            }
            const { name, type } = node;
            if (type === 'pseudo-class') {
                if (name === 'import') {
                    if (rule.selector === stylable_value_parsers_1.rootValueMapping.import) {
                        if (selector_utils_1.isChildOfAtRule(rule, stylable_value_parsers_1.rootValueMapping.stScope)) {
                            this.diagnostics.warn(rule, exports.processorWarnings.NO_IMPORT_IN_ST_SCOPE());
                            rule.remove();
                            return false;
                        }
                        const _import = this.handleImport(rule);
                        this.meta.imports.push(_import);
                        this.addImportSymbols(_import);
                        return false;
                    }
                    else {
                        this.diagnostics.warn(rule, exports.processorWarnings.FORBIDDEN_DEF_IN_COMPLEX_SELECTOR(stylable_value_parsers_1.rootValueMapping.import));
                    }
                }
                else if (name === 'vars') {
                    if (rule.selector === stylable_value_parsers_1.rootValueMapping.vars) {
                        if (selector_utils_1.isChildOfAtRule(rule, stylable_value_parsers_1.rootValueMapping.stScope)) {
                            this.diagnostics.warn(rule, exports.processorWarnings.NO_VARS_DEF_IN_ST_SCOPE());
                            rule.remove();
                            return false;
                        }
                        this.addVarSymbols(rule);
                        return false;
                    }
                    else {
                        this.diagnostics.warn(rule, exports.processorWarnings.FORBIDDEN_DEF_IN_COMPLEX_SELECTOR(stylable_value_parsers_1.rootValueMapping.vars));
                    }
                }
            }
            else if (type === 'class') {
                this.addClassSymbolOnce(name, rule);
                if (this.meta.classes[name]) {
                    if (!this.meta.classes[name].alias) {
                        locallyScoped = true;
                    }
                    else if (locallyScoped === false && !inStScope) {
                        this.diagnostics.warn(rule, exports.processorWarnings.UNSCOPED_CLASS(name), {
                            word: name,
                        });
                    }
                }
            }
            else if (type === 'element') {
                this.addElementSymbolOnce(name, rule);
                if (locallyScoped === false && !inStScope) {
                    this.diagnostics.warn(rule, exports.processorWarnings.UNSCOPED_ELEMENT(name), {
                        word: name,
                    });
                }
            }
            else if (type === 'nested-pseudo-class' && name === 'global') {
                return true;
            }
            return void 0;
        });
        if (rule.isSimpleSelector !== false) {
            rule.isSimpleSelector = true;
            rule.selectorType = rule.selector.match(/^\./) ? 'class' : 'element';
        }
        else {
            rule.selectorType = 'complex';
        }
        if (!validRoot) {
            this.diagnostics.warn(rule, exports.processorWarnings.ROOT_AFTER_SPACING());
        }
    }
    checkRedeclareSymbol(symbolName, node) {
        const symbol = this.meta.mappedSymbols[symbolName];
        if (symbol) {
            this.diagnostics.warn(node, exports.processorWarnings.REDECLARE_SYMBOL(symbolName), {
                word: symbolName,
            });
        }
    }
    addElementSymbolOnce(name, rule) {
        if (selector_utils_1.isCompRoot(name) && !this.meta.elements[name]) {
            let alias = this.meta.mappedSymbols[name];
            if (alias && alias._kind !== 'import') {
                this.checkRedeclareSymbol(name, rule);
                alias = undefined;
            }
            this.meta.elements[name] = this.meta.mappedSymbols[name] = {
                _kind: 'element',
                name,
                alias,
            };
            this.meta.simpleSelectors[name] = {
                node: rule,
                symbol: this.meta.elements[name],
            };
        }
    }
    addClassSymbolOnce(name, rule) {
        if (!this.meta.classes[name]) {
            let alias = this.meta.mappedSymbols[name];
            if (alias && alias._kind !== 'import') {
                this.checkRedeclareSymbol(name, rule);
                alias = undefined;
            }
            this.meta.classes[name] = this.meta.mappedSymbols[name] = {
                _kind: 'class',
                name,
                alias,
            };
            this.meta.simpleSelectors[name] = {
                node: rule,
                symbol: this.meta.mappedSymbols[name],
            };
        }
        else if (name === this.meta.root && !this.meta.simpleSelectors[name]) {
            // special handling for registering "root" node comments
            this.meta.simpleSelectors[name] = {
                node: rule,
                symbol: this.meta.classes[name],
            };
        }
    }
    addImportSymbols(importDef) {
        if (importDef.defaultExport) {
            this.checkRedeclareSymbol(importDef.defaultExport, importDef.rule);
            this.meta.mappedSymbols[importDef.defaultExport] = {
                _kind: 'import',
                type: 'default',
                name: 'default',
                import: importDef,
                context: path_1.default.dirname(this.meta.source),
            };
        }
        Object.keys(importDef.named).forEach((name) => {
            this.checkRedeclareSymbol(name, importDef.rule);
            this.meta.mappedSymbols[name] = {
                _kind: 'import',
                type: 'named',
                name: importDef.named[name],
                import: importDef,
                context: path_1.default.dirname(this.meta.source),
            };
        });
    }
    addVarSymbols(rule) {
        rule.walkDecls((decl) => {
            this.checkRedeclareSymbol(decl.prop, decl);
            let type = null;
            const prev = decl.prev();
            if (prev && prev.type === 'comment') {
                const typeMatch = prev.text.match(/^@type (.+)$/);
                if (typeMatch) {
                    type = typeMatch[1];
                }
            }
            const varSymbol = {
                _kind: 'var',
                name: decl.prop,
                value: '',
                text: decl.value,
                node: decl,
                valueType: type,
            };
            this.meta.vars.push(varSymbol);
            this.meta.mappedSymbols[decl.prop] = varSymbol;
        });
        rule.remove();
    }
    handleCSSVarUse(decl) {
        const parsed = postcss_value_parser_1.default(decl.value);
        parsed.walk((node) => {
            if (node.type === 'function' && node.value === 'var' && node.nodes) {
                const varName = node.nodes[0];
                if (!stylable_value_parsers_1.validateAllowedNodesUntil(node, 1)) {
                    const args = postcss_value_parser_1.default.stringify(node.nodes);
                    this.diagnostics.warn(decl, exports.processorWarnings.ILLEGAL_CSS_VAR_ARGS(args), {
                        word: args,
                    });
                }
                this.addCSSVar(postcss_value_parser_1.default.stringify(varName).trim(), decl);
            }
        });
    }
    addCSSVarFromProp(decl) {
        const varName = decl.prop.trim();
        this.addCSSVar(varName, decl);
    }
    addCSSVar(varName, decl) {
        if (stylable_utils_1.isCSSVarProp(varName)) {
            if (!this.meta.cssVars[varName]) {
                const cssVarSymbol = {
                    _kind: 'cssVar',
                    name: varName,
                };
                this.meta.cssVars[varName] = cssVarSymbol;
                if (!this.meta.mappedSymbols[varName]) {
                    this.meta.mappedSymbols[varName] = cssVarSymbol;
                }
            }
        }
        else {
            this.diagnostics.warn(decl, exports.processorWarnings.ILLEGAL_CSS_VAR_USE(varName), {
                word: varName,
            });
        }
    }
    handleDirectives(rule, decl) {
        if (decl.prop === stylable_value_parsers_1.valueMapping.states) {
            if (rule.isSimpleSelector && rule.selectorType !== 'element') {
                this.extendTypedRule(decl, rule.selector, stylable_value_parsers_1.valueMapping.states, parseStates(decl.value, decl, this.diagnostics));
            }
            else {
                if (rule.selectorType === 'element') {
                    this.diagnostics.warn(decl, exports.processorWarnings.STATE_DEFINITION_IN_ELEMENT());
                }
                else {
                    this.diagnostics.warn(decl, exports.processorWarnings.STATE_DEFINITION_IN_COMPLEX());
                }
            }
        }
        else if (decl.prop === stylable_value_parsers_1.valueMapping.extends) {
            if (rule.isSimpleSelector) {
                const parsed = parseExtends(decl.value);
                const symbolName = parsed.types[0] && parsed.types[0].symbolName;
                const extendsRefSymbol = this.meta.mappedSymbols[symbolName];
                if ((extendsRefSymbol &&
                    (extendsRefSymbol._kind === 'import' ||
                        extendsRefSymbol._kind === 'class' ||
                        extendsRefSymbol._kind === 'element')) ||
                    decl.value === this.meta.root) {
                    this.extendTypedRule(decl, rule.selector, stylable_value_parsers_1.valueMapping.extends, stylable_utils_1.getAlias(extendsRefSymbol) || extendsRefSymbol);
                }
                else {
                    this.diagnostics.warn(decl, exports.processorWarnings.CANNOT_RESOLVE_EXTEND(decl.value), { word: decl.value });
                }
            }
            else {
                this.diagnostics.warn(decl, exports.processorWarnings.CANNOT_EXTEND_IN_COMPLEX());
            }
        }
        else if (decl.prop === stylable_value_parsers_1.valueMapping.mixin) {
            const mixins = [];
            parseMixin(decl, (type) => {
                const mixinRefSymbol = this.meta.mappedSymbols[type];
                if (mixinRefSymbol &&
                    mixinRefSymbol._kind === 'import' &&
                    !mixinRefSymbol.import.from.match(/.css$/)) {
                    return 'args';
                }
                return 'named';
            }, this.diagnostics).forEach((mixin) => {
                const mixinRefSymbol = this.meta.mappedSymbols[mixin.type];
                if (mixinRefSymbol &&
                    (mixinRefSymbol._kind === 'import' || mixinRefSymbol._kind === 'class')) {
                    const refedMixin = {
                        mixin,
                        ref: mixinRefSymbol,
                    };
                    mixins.push(refedMixin);
                    this.meta.mixins.push(refedMixin);
                }
                else {
                    this.diagnostics.warn(decl, exports.processorWarnings.UNKNOWN_MIXIN(mixin.type), {
                        word: mixin.type,
                    });
                }
            });
            if (rule.mixins) {
                this.diagnostics.warn(decl, exports.processorWarnings.OVERRIDE_MIXIN());
            }
            rule.mixins = mixins;
        }
        else if (decl.prop === stylable_value_parsers_1.valueMapping.global) {
            if (rule.isSimpleSelector && rule.selectorType !== 'element') {
                this.setClassGlobalMapping(decl, rule);
            }
            else {
                // TODO: diagnostics - scoped on none class
            }
        }
    }
    setClassGlobalMapping(decl, rule) {
        const name = rule.selector.replace('.', '');
        const typedRule = this.meta.classes[name];
        if (typedRule) {
            typedRule[stylable_value_parsers_1.valueMapping.global] = parseGlobal(decl, this.diagnostics);
        }
    }
    extendTypedRule(node, selector, key, value) {
        const name = selector.replace('.', '');
        const typedRule = this.meta.mappedSymbols[name];
        if (typedRule && typedRule[key]) {
            this.diagnostics.warn(node, exports.processorWarnings.OVERRIDE_TYPED_RULE(key, name), {
                word: name,
            });
        }
        if (typedRule) {
            typedRule[key] = value;
        }
    }
    handleImport(rule) {
        let fromExists = false;
        const importObj = {
            defaultExport: '',
            from: '',
            fromRelative: '',
            named: {},
            rule,
            context: path_1.default.dirname(this.meta.source),
        };
        rule.walkDecls((decl) => {
            switch (decl.prop) {
                case stylable_value_parsers_1.valueMapping.from: {
                    const importPath = utils_1.stripQuotation(decl.value);
                    if (!importPath.trim()) {
                        this.diagnostics.error(decl, exports.processorWarnings.EMPTY_IMPORT_FROM());
                    }
                    if (fromExists) {
                        this.diagnostics.warn(rule, exports.processorWarnings.MULTIPLE_FROM_IN_IMPORT());
                    }
                    if (!path_1.default.isAbsolute(importPath) && !importPath.startsWith('.')) {
                        // 3rd party request
                        importObj.fromRelative = importPath;
                        importObj.from = importPath;
                    }
                    else {
                        importObj.fromRelative = importPath;
                        const dirPath = path_1.default.dirname(this.meta.source);
                        importObj.from =
                            path_1.default.posix && path_1.default.posix.isAbsolute(dirPath) // browser has no posix methods
                                ? path_1.default.posix.resolve(dirPath, importPath)
                                : path_1.default.resolve(dirPath, importPath);
                    }
                    fromExists = true;
                    break;
                }
                case stylable_value_parsers_1.valueMapping.default:
                    importObj.defaultExport = decl.value;
                    if (!selector_utils_1.isCompRoot(importObj.defaultExport) && importObj.from.match(/\.css$/)) {
                        this.diagnostics.warn(decl, exports.processorWarnings.DEFAULT_IMPORT_IS_LOWER_CASE(), { word: importObj.defaultExport });
                    }
                    break;
                case stylable_value_parsers_1.valueMapping.named:
                    importObj.named = parseNamed(decl.value);
                    break;
                default:
                    this.diagnostics.warn(decl, exports.processorWarnings.ILLEGAL_PROP_IN_IMPORT(decl.prop), { word: decl.prop });
                    break;
            }
        });
        if (!importObj.from) {
            this.diagnostics.error(rule, exports.processorWarnings.FROM_PROP_MISSING_IN_IMPORT());
        }
        rule.remove();
        return importObj;
    }
}
exports.StylableProcessor = StylableProcessor;
function validateScopingSelector(atRule, { selector: scopingSelector, isSimpleSelector }, diagnostics) {
    if (!scopingSelector) {
        diagnostics.warn(atRule, exports.processorWarnings.MISSING_SCOPING_PARAM());
    }
    else if (!isSimpleSelector) {
        diagnostics.warn(atRule, exports.processorWarnings.SCOPE_PARAM_NOT_SIMPLE_SELECTOR(scopingSelector), { word: scopingSelector });
    }
}
exports.validateScopingSelector = validateScopingSelector;
function createEmptyMeta(root, diagnostics) {
    utils_1.deprecated('createEmptyMeta is deprecated and will be removed in the next version. Use "new StylableMeta()"');
    return new stylable_meta_1.StylableMeta(root, diagnostics);
}
exports.createEmptyMeta = createEmptyMeta;
function processNamespace(namespace, source) {
    return namespace + murmurhash_1.default.v3(source); // .toString(36);
}
exports.processNamespace = processNamespace;
function process(root, diagnostics = new diagnostics_1.Diagnostics(), resolveNamespace) {
    return new StylableProcessor(diagnostics, resolveNamespace).process(root);
}
exports.process = process;
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