Macros 2.0 (v0.5) - Add variable shorthand macros and variable support to `{{if}}` macro (#4933) * Add variable shorthand syntax support for local and global variables - Add VariableShorthandType enum and VariableShorthandDefinitions for `.` (local) and `$` (global) prefixes - Add VariableShorthandAutoCompleteOption class for autocomplete of variable shorthand syntax - Implement variable expression parsing in MacroCstWalker to handle `{{.varName}}` and `{{$varName}}` syntax - Add support for variable operations: get, set (=), increment (++), decrement (--), and add (+=) - Route variable expressions to appropriate macro via handler * Add variable shorthand autocomplete support for variable names and operators - Add `isValidVariableShorthandName()` helper to validate variable names against shorthand pattern - Add `VariableNameAutoCompleteOption` class for suggesting existing and new variable names - Add `VariableOperatorAutoCompleteOption` class for suggesting operators (=, ++, --, +=) - Add `VariableOperatorDefinitions` map with operator metadata (symbol, name, description, needsValue) * Add variable shorthand support to {{if}} macro condition autocomplete - Add variable shorthand (.var, $var) support to {{if}} condition evaluation in core-macros.js - Detect and resolve variable shorthands using getvar/getglobalvar macros before condition check - Update {{if}} description and examples to document variable shorthand syntax - Add variable shorthand autocomplete options when typing {{if}} condition - Show variable prefix options (. and $) when no condition is typed yet - Reuse #buildVariableShorthandOptions * refactor: Add Object.freeze to lexer constants and improve JSDoc documentation - Freeze `modes` and `Tokens` objects to prevent accidental mutations - Convert inline comments to proper JSDoc format for better documentation - Add JSDoc block for `Def` lexer definition object - Improve comment clarity and formatting consistency throughout MacroLexer.js - Remove redundant section separator comments in variable shorthand modes * Add inversion prefix (!) autocomplete support to {{if}} macro condition - Add SimpleAutoCompleteOption class for basic autocomplete items with name, symbol, and description - Add ! inversion prefix as autocomplete option in {{if}} condition with 🔁 icon - Show ! as selectable option when nothing typed, non-selectable when already present - Fix condition parsing to handle ! prefix with whitespace (e.g., "! $myvar") - Update identifier extraction to strip ! and whitespace before detecting variable * fix lint * Fix variable shorthand regex in {{if}} macro to properly capture prefix and variable name * Expand comprehensive e2e tests for variable shorthand syntax in lexer and macro engine - Add MacroLexer tests for variable shorthand edge cases (whitespace, numbers, underscores, operators) - Add MacroEngine tests for variable shorthand operations (hyphens, underscores, non-existent vars, chaining) - Add MacroEngine tests for variable shorthand in {{if}} conditions (truthy/falsy, inversion, else branches) - Test variable names with hyphens, underscores, and numbers in both get/set and conditional contexts * Fix macro flags not being allowed inside variable shorthand macros - Move MANY(flags) block from macroBody to macro rule to parse flags before branching - Fix MacroCstWalker to extract flags from children.flags instead of bodyChildren.flags - Ensures flags are available for both variable expressions and regular macros - Fixes flag extraction in visitMacro and visitBlockMacroClose methods * Add SillyTavern global to tests eslintrc --------- Co-authored-by: Cohee <18619528+Cohee1207@users.noreply.github.com>

0dcd9906bfd9c8366acf03dc00975a57901ccd27

Wolfsblvt <wolfsblvt@gmail.com>

Signed

Parents: 5dee64e0bc514f2dd00915b6944394f9d3af3341

public/scripts/autocomplete/EnhancedMacroAutoCompleteOption.js+696 -0 Viewed

 } from '../macros/MacroBrowser.js';
 import { enumIcons } from '../slash-commands/SlashCommandCommonEnumsProvider.js';
 import { ValidFlagSymbols } from '../macros/engine/MacroFlags.js';
+import { MACRO_VARIABLE_SHORTHAND_PATTERN } from '../macros/engine/MacroLexer.js';
 /** @typedef {import('../macros/engine/MacroRegistry.js').MacroDefinition} MacroDefinition */

  * @property {number} separatorCount - Number of '::' separators found.
  * @property {boolean} [isInScopedContent] - Whether cursor is in scoped content (after }} but before closing tag).
  * @property {string} [scopedMacroName] - Name of the scoped macro if in scoped content.
+ * @property {boolean} isVariableShorthand - Whether this is a variable shorthand (starts with . or $).
+ * @property {'.'|'$'|null} variablePrefix - The variable prefix (. for local, $ for global), or null.
+ * @property {string} variableName - The variable name being typed (after the prefix).
+ * @property {string|null} variableOperator - The operator typed (=, ++, --, +=), or null.
+ * @property {string} variableValue - The value after the operator (for = and +=).
+ * @property {boolean} isTypingVariableName - Whether cursor is in the variable name area.
+ * @property {boolean} isTypingOperator - Whether cursor is at/after variable name, ready for operator.
+ * @property {boolean} isTypingValue - Whether cursor is after an operator that requires a value.
+ * @property {boolean} [hasInvalidTrailingChars] - Whether there are invalid characters after the variable name.
+ * @property {string} [invalidTrailingChars] - The invalid trailing characters (for error display).
+ * @property {string} [partialOperator] - Partial operator prefix being typed ('+' or '-').
+ * @property {boolean} [isOperatorComplete] - Whether a complete operator (++ or --) was typed that doesn't need a value.
  */
 /**

+}
 /**
+ * Enum of variable shorthand prefix types.
+ * @readonly
+ * @enum {string}
+ */
+export const VariableShorthandType = Object.freeze({
+    /** Local variable prefix (`.`) */
+    LOCAL: '.',
+    /** Global variable prefix (`$`) */
+    GLOBAL: '$',
+});
+/**
+ * @typedef {Object} VariableShorthandDefinition
+ * @property {VariableShorthandType} type - The prefix symbol.
+ * @property {string} name - Human-readable name.
+ * @property {string} description - Description of what this prefix does.
+ * @property {string[]} operations - List of supported operations.
+ */
+/**
+ * Definitions for variable shorthand prefixes.
+ * @type {Map<string, VariableShorthandDefinition>}
+ */
+export const VariableShorthandDefinitions = new Map([
+    [VariableShorthandType.LOCAL, {
+        type: VariableShorthandType.LOCAL,
+        name: 'Local Variable',
+        description: 'Access or modify a local variable (scoped to current chat).',
+        operations: ['get', 'set (=)', 'increment (++)', 'decrement (--)', 'add (+=)'],
+    }],
+    [VariableShorthandType.GLOBAL, {
+        type: VariableShorthandType.GLOBAL,
+        name: 'Global Variable',
+        description: 'Access or modify a global variable (shared across all chats).',
+        operations: ['get', 'set (=)', 'increment (++)', 'decrement (--)', 'add (+=)'],
+    }],
+]);
+/**
+ * Set of valid variable shorthand prefix symbols.
+ * @type {Set<string>}
+ */
+export const ValidVariableShorthandSymbols = new Set(Object.values(VariableShorthandType));
+/**
+ * Regex pattern for valid variable shorthand names.
+ * Must start with a letter, can contain word chars, underscores and hyphens, but must not end with an underscore or hyphen.
+ * Examples: myVar, my-var, my_var, myVar123, my-long-var-name
+ * Invalid: my-, my--, -var, 123var
+ * @type {RegExp}
+ */
+const VARIABLE_SHORTHAND_NAME_PATTERN = new RegExp(`^${MACRO_VARIABLE_SHORTHAND_PATTERN.source}`);
+/**
+ * Checks if a variable name is valid for use with variable shorthand syntax.
+ * @param {string} name - The variable name to validate.
+ * @returns {boolean} True if the name is valid for shorthand syntax.
+ */
+export function isValidVariableShorthandName(name) {
+    if (!name || typeof name !== 'string') return false;
+    return VARIABLE_SHORTHAND_NAME_PATTERN.test(name);
+}
+/**
+ * Autocomplete option for variable shorthand prefixes.
+ * Shows prefix symbol, name, and description.
+ * This provides entry into the variable shorthand syntax ({{.varName}} or {{$varName}}).
+ */
+export class VariableShorthandAutoCompleteOption extends AutoCompleteOption {
+    /** @type {VariableShorthandDefinition} */
+    #varDef;
+    /**
+     * @param {VariableShorthandDefinition} varDef - The variable shorthand definition.
+     */
+    constructor(varDef) {
+        // Use the prefix symbol as the name, with a variable icon
+        super(varDef.type, '📦');
+        this.#varDef = varDef;
+    }
+    /** @returns {VariableShorthandDefinition} */
+    get variableDefinition() {
+        return this.#varDef;
+    }
+    /**
+     * Renders the autocomplete list item for this variable shorthand.
+     * @returns {HTMLElement}
+     */
+    renderItem() {
+        const li = this.makeItem(
+            `${this.#varDef.type} ${this.#varDef.name}`,
+            '📦',
+            true, // noSlash
+            [], // namedArguments
+            [], // unnamedArguments
+            'any', // returnType
+            this.#varDef.description,
+        );
+        li.setAttribute('data-name', this.name);
+        li.setAttribute('data-option-type', 'variable-shorthand');
+        return li;
+    }
+    /**
+     * Renders the details panel for this variable shorthand.
+     * @returns {DocumentFragment}
+     */
+    renderDetails() {
+        const frag = document.createDocumentFragment();
+        const details = document.createElement('div');
+        details.classList.add('macro-variable-details');
+        // Header with prefix symbol and name
+        const header = document.createElement('h3');
+        header.classList.add('macro-variable-details-header');
+        header.innerHTML = `<code>${this.#varDef.type}</code> ${this.#varDef.name}`;
+        details.append(header);
+        // Description
+        const desc = document.createElement('p');
+        desc.classList.add('macro-variable-details-desc');
+        desc.textContent = this.#varDef.description;
+        details.append(desc);
+        // Supported operations
+        const opsHeader = document.createElement('p');
+        opsHeader.innerHTML = '<strong>Supported Operations:</strong>';
+        details.append(opsHeader);
+        const opsList = document.createElement('ul');
+        opsList.classList.add('macro-variable-details-ops');
+        for (const op of this.#varDef.operations) {
+            const li = document.createElement('li');
+            li.textContent = op;
+            opsList.append(li);
+        }
+        details.append(opsList);
+        // Examples
+        const exampleHeader = document.createElement('p');
+        exampleHeader.innerHTML = '<strong>Examples:</strong>';
+        details.append(exampleHeader);
+        const exampleList = document.createElement('ul');
+        exampleList.classList.add('macro-variable-details-examples');
+        const prefix = this.#varDef.type;
+        const examples = [
+            `{{${prefix}myvar}} - Get variable value`,
+            `{{${prefix}myvar = value}} - Set variable`,
+            `{{${prefix}counter++}} - Increment`,
+            `{{${prefix}counter--}} - Decrement`,
+            `{{${prefix}myvar += text}} - Append/add`,
+        ];
+        for (const ex of examples) {
+            const li = document.createElement('li');
+            li.innerHTML = `<code>${ex.split(' - ')[0]}</code> - ${ex.split(' - ')[1]}`;
+            exampleList.append(li);
+        }
+        details.append(exampleList);
+        frag.append(details);
+        return frag;
+    }
+}
+/**
+ * Autocomplete option for a specific variable name.
+ * Shows variable name with scope indicator (local/global).
+ */
+export class VariableNameAutoCompleteOption extends AutoCompleteOption {
+    /** @type {string} */
+    #varName;
+    /** @type {'local'|'global'} */
+    #scope;
+    /** @type {boolean} */
+    #isNewVariable;
+    /** @type {boolean} */
+    #isInvalidName;
+    /**
+     * @param {string} varName - The variable name.
+     * @param {'local'|'global'} scope - Whether this is a local or global variable.
+     * @param {boolean} [isNewVariable=false] - Whether this is a "create new variable" option.
+     * @param {boolean} [isInvalidName=false] - Whether this name is invalid for shorthand syntax.
+     */
+    constructor(varName, scope, isNewVariable = false, isInvalidName = false) {
+        const icon = scope === 'local' ? 'L' : 'G';
+        super(varName, icon);
+        this.#varName = varName;
+        this.#scope = scope;
+        this.#isNewVariable = isNewVariable;
+        this.#isInvalidName = isInvalidName;
+    }
+    /** @returns {string} */
+    get variableName() {
+        return this.#varName;
+    }
+    /** @returns {'local'|'global'} */
+    get scope() {
+        return this.#scope;
+    }
+    /** @returns {boolean} */
+    get isNewVariable() {
+        return this.#isNewVariable;
+    }
+    /** @returns {boolean} */
+    get isInvalidName() {
+        return this.#isInvalidName;
+    }
+    /**
+     * Renders the autocomplete list item for this variable.
+     * @returns {HTMLElement}
+     */
+    renderItem() {
+        const scopeLabel = this.#scope === 'local' ? 'Local' : 'Global';
+        let description;
+        if (this.#isInvalidName) {
+            description = '⚠️ Invalid variable name for shorthand';
+        } else if (this.#isNewVariable) {
+            description = `Define new ${scopeLabel.toLowerCase()} variable`;
+        } else {
+            description = `${scopeLabel} variable`;
+        }
+        const li = this.makeItem(
+            this.#varName,
+            this.typeIcon,
+            true, // noSlash
+            [], // namedArguments
+            [], // unnamedArguments
+            'any', // returnType
+            description,
+        );
+        li.setAttribute('data-name', this.name);
+        li.setAttribute('data-option-type', 'variable-name');
+        if (this.#isNewVariable) {
+            li.classList.add('variable-new');
+        }
+        if (this.#isInvalidName) {
+            li.classList.add('variable-invalid');
+        }
+        return li;
+    }
+    /**
+     * Renders the details panel for this variable.
+     * @returns {DocumentFragment}
+     */
+    renderDetails() {
+        const frag = document.createDocumentFragment();
+        const details = document.createElement('div');
+        details.classList.add('macro-variable-name-details');
+        const scopeLabel = this.#scope === 'local' ? 'Local' : 'Global';
+        const prefix = this.#scope === 'local' ? '.' : '$';
+        // Show big warning for invalid names
+        if (this.#isInvalidName) {
+            const warningBox = document.createElement('div');
+            warningBox.classList.add('variable-invalid-warning');
+            warningBox.style.cssText = 'background: #ff000033; border: 2px solid #ff0000; border-radius: 4px; padding: 10px; margin-bottom: 10px;';
+            const warningHeader = document.createElement('h3');
+            warningHeader.style.cssText = 'color: #ff6b6b; margin: 0 0 8px 0;';
+            warningHeader.textContent = '⚠️ Invalid Variable Name';
+            warningBox.append(warningHeader);
+            const warningText = document.createElement('p');
+            warningText.style.cssText = 'margin: 0 0 8px 0;';
+            warningText.innerHTML = `The name <code>${this.#varName}</code> cannot be used with variable shorthand syntax.`;
+            warningBox.append(warningText);
+            const rulesText = document.createElement('p');
+            rulesText.style.cssText = 'margin: 0; font-size: 0.9em;';
+            rulesText.innerHTML = '<strong>Valid names must:</strong><br>• Start with a letter (a-z, A-Z)<br>• Contain only letters, numbers, underscores, or hyphens<br>• Not end with an underscore or hyphen';
+            warningBox.append(rulesText);
+            details.append(warningBox);
+            frag.append(details);
+            return frag;
+        }
+        // Header
+        const header = document.createElement('h3');
+        header.innerHTML = this.#isNewVariable
+            ? `<code>${prefix}${this.#varName}</code> (New ${scopeLabel} Variable)`
+            : `<code>${prefix}${this.#varName}</code> ${scopeLabel} Variable`;
+        details.append(header);
+        // Description
+        const desc = document.createElement('p');
+        const variableSuggestion = this.#scope === 'local'
+            ? 'Local variables are scoped to the current chat.'
+            : 'Global variables are shared across all chats.';
+        if (this.#isNewVariable) {
+            desc.textContent = `Creates a new ${scopeLabel.toLowerCase()} variable named "${this.#varName}". ${variableSuggestion}`;
+        } else {
+            desc.textContent = `Access or modify the ${scopeLabel.toLowerCase()} variable "${this.#varName}". ${variableSuggestion}`;
+        }
+        details.append(desc);
+        // Usage examples
+        const usageHeader = document.createElement('p');
+        usageHeader.innerHTML = '<strong>Usage:</strong>';
+        details.append(usageHeader);
+        const usageList = document.createElement('ul');
+        const examples = [
+            `{{${prefix}${this.#varName}}} - Get value`,
+            `{{${prefix}${this.#varName} = value}} - Set value`,
+            `{{${prefix}${this.#varName}++}} - Increment`,
+            `{{${prefix}${this.#varName}--}} - Decrement`,
+            `{{${prefix}${this.#varName} += text}} - Append/add`,
+        ];
+        for (const ex of examples) {
+            const li = document.createElement('li');
+            li.innerHTML = `<code>${ex.split(' - ')[0]}</code> - ${ex.split(' - ')[1]}`;
+            usageList.append(li);
+        }
+        details.append(usageList);
+        frag.append(details);
+        return frag;
+    }
+}
+/**
+ * Variable shorthand operators with metadata.
+ * @type {Map<string, { symbol: string, name: string, description: string, needsValue: boolean }>}
+ */
+export const VariableOperatorDefinitions = new Map([
+    ['=', {
+        symbol: '=',
+        name: 'Set',
+        description: 'Set the variable to a new value.',
+        needsValue: true,
+    }],
+    ['++', {
+        symbol: '++',
+        name: 'Increment',
+        description: 'Increment the variable by 1 (numeric).',
+        needsValue: false,
+    }],
+    ['--', {
+        symbol: '--',
+        name: 'Decrement',
+        description: 'Decrement the variable by 1 (numeric).',
+        needsValue: false,
+    }],
+    ['+=', {
+        symbol: '+=',
+        name: 'Add',
+        description: 'Add to the variable (numeric addition or string concatenation).',
+        needsValue: true,
+    }],
+]);
+/**
+ * Autocomplete option for a variable operator.
+ * Shows operator symbol, name, and description.
+ */
+export class VariableOperatorAutoCompleteOption extends AutoCompleteOption {
+    /** @type {{ symbol: string, name: string, description: string, needsValue: boolean }} */
+    #operatorDef;
+    /**
+     * @param {{ symbol: string, name: string, description: string, needsValue: boolean }} operatorDef - The operator definition.
+     */
+    constructor(operatorDef) {
+        super(operatorDef.symbol, '⚡');
+        this.#operatorDef = operatorDef;
+    }
+    /** @returns {{ symbol: string, name: string, description: string, needsValue: boolean }} */
+    get operatorDefinition() {
+        return this.#operatorDef;
+    }
+    /**
+     * Renders the autocomplete list item for this operator.
+     * @returns {HTMLElement}
+     */
+    renderItem() {
+        const li = this.makeItem(
+            `${this.#operatorDef.symbol} ${this.#operatorDef.name}`,
+            '⚡',
+            true, // noSlash
+            [], // namedArguments
+            [], // unnamedArguments
+            'void', // returnType
+            this.#operatorDef.description,
+        );
+        li.setAttribute('data-name', this.name);
+        li.setAttribute('data-option-type', 'variable-operator');
+        return li;
+    }
+    /**
+     * Renders the details panel for this operator.
+     * @returns {DocumentFragment}
+     */
+    renderDetails() {
+        const frag = document.createDocumentFragment();
+        const details = document.createElement('div');
+        details.classList.add('macro-variable-operator-details');
+        // Header
+        const header = document.createElement('h3');
+        header.innerHTML = `<code>${this.#operatorDef.symbol}</code> ${this.#operatorDef.name}`;
+        details.append(header);
+        // Description
+        const desc = document.createElement('p');
+        desc.textContent = this.#operatorDef.description;
+        details.append(desc);
+        // Value note
+        const valueNote = document.createElement('p');
+        valueNote.innerHTML = this.#operatorDef.needsValue
+            ? '<em>This operator requires a value after it.</em>'
+            : '<em>This operator does not take a value.</em>';
+        details.append(valueNote);
+        frag.append(details);
+        return frag;
+    }
+}
+/**
  * Autocomplete option for closing a scoped macro.
  * Suggests {{/macroName}} to close an unclosed scoped macro.
  */

+        }
+    }
+    // Check for variable shorthand prefix (. or $)
+    // These trigger variable expression mode instead of regular macro parsing
+    /** @type {'.'|'$'|null} */
+    let variablePrefix = null;
+    let variableName = '';
+    /** @type {string|null} */
+    let variableOperator = null;
+    let variableValue = '';
+    let isVariableShorthand = false;
+    let isTypingVariableName = false;
+    let isTypingOperator = false;
+    let isTypingValue = false;
+    let variableNameEnd = i;
+    const remainingAfterFlags = macroText.slice(i);
+    if (remainingAfterFlags.startsWith('.') || remainingAfterFlags.startsWith('$')) {
+        isVariableShorthand = true;
+        variablePrefix = /** @type {'.'|'$'} */ (remainingAfterFlags[0]);
+        i++; // Move past the prefix
+        // Variable names: start with letter, can have hyphens inside, must not end with hyphen
+        const varNameMatch = macroText.slice(i).match(VARIABLE_SHORTHAND_NAME_PATTERN);
+        if (varNameMatch) {
+            variableName = varNameMatch[0];
+            i += variableName.length;
+        }
+        variableNameEnd = i;
+        // Skip whitespace before operator
+        while (i < macroText.length && /\s/.test(macroText[i])) {
+            i++;
+        }
+        // Check for operators: ++, --, +=, =
+        // Also track partial operator prefixes for autocomplete
+        const operatorText = macroText.slice(i);
+        let hasInvalidTrailingChars = false;
+        let invalidTrailingChars = '';
+        let partialOperator = '';
+        if (operatorText.startsWith('++')) {
+            variableOperator = '++';
+            i += 2;
+        } else if (operatorText.startsWith('--')) {
+            variableOperator = '--';
+            i += 2;
+        } else if (operatorText.startsWith('+=')) {
+            variableOperator = '+=';
+            i += 2;
+        } else if (operatorText.startsWith('=')) {
+            variableOperator = '=';
+            i += 1;
+        } else if (operatorText.startsWith('+') || operatorText.startsWith('-')) {
+            // Partial operator prefix - user is typing an operator
+            partialOperator = operatorText[0];
+        } else if (operatorText.length > 0 && !/^\s/.test(operatorText)) {
+            // There's non-whitespace after the variable name that isn't a valid operator
+            // This is an invalid trailing character (e.g., $my$ or .var@test)
+            hasInvalidTrailingChars = true;
+            invalidTrailingChars = operatorText.trim();
+        }
+        // If operator requires a value (= or +=), parse the value
+        if (variableOperator === '=' || variableOperator === '+=') {
+            // Skip whitespace after operator
+            while (i < macroText.length && /\s/.test(macroText[i])) {
+                i++;
+            }
+            variableValue = macroText.slice(i).trimEnd();
+        }
+        // Determine cursor position context for autocomplete
+        const prefixEnd = (macroText.indexOf(variablePrefix) ?? 0) + 1;
+        if (cursorOffset < prefixEnd) {
+            // Cursor is before the prefix - still in flags area conceptually
+            isTypingVariableName = false;
+        } else if (cursorOffset <= variableNameEnd) {
+            // Cursor is in the variable name
+            isTypingVariableName = true;
+        } else if (!variableOperator && !hasInvalidTrailingChars) {
+            // Cursor is after variable name but no operator yet (and no invalid chars)
+            // This includes partial operator prefixes like '+' or '-'
+            isTypingOperator = true;
+        } else if (variableOperator === '=' || variableOperator === '+=') {
+            // Operator that requires value - cursor is in value area
+            isTypingValue = true;
+        }
+        // For ++ and --, the operator is complete (no value needed)
+        // For invalid trailing chars, none of the typing flags will be true
+        const isOperatorComplete = (variableOperator === '++' || variableOperator === '--');
+        // Return early for variable shorthand - different structure than regular macros
+        return {
+            fullText: macroText,
+            cursorOffset,
+            paddingBefore: macroText.match(/^\s+/)?.[0] ?? '',
+            identifier: '', // No macro identifier for variable shorthand
+            identifierStart: -1,
+            isInFlagsArea: false,
+            flags,
+            currentFlag,
+            args: [],
+            currentArgIndex: -1,
+            isTypingSeparator: false,
+            hasSpaceAfterIdentifier: false,
+            hasSpaceArgContent: false,
+            separatorCount: 0,
+            // Variable shorthand specific properties
+            isVariableShorthand,
+            variablePrefix,
+            variableName,
+            variableOperator,
+            variableValue,
+            isTypingVariableName,
+            isTypingOperator,
+            isTypingValue,
+            isOperatorComplete,
+            hasInvalidTrailingChars,
+            invalidTrailingChars,
+            partialOperator,
+        };
+    }
+    // Regular macro parsing (not variable shorthand)
     // Now parse the identifier and arguments starting from position i
     const remainingText = macroText.slice(i);
     const parts = [];

         hasSpaceAfterIdentifier,
         hasSpaceArgContent: spaceArgText.length > 0,
         separatorCount: separatorPositions.length,
+        // Default variable shorthand properties (not a variable shorthand)
+        isVariableShorthand: false,
+        variablePrefix: null,
+        variableName: '',
+        variableOperator: null,
+        variableValue: '',
+        isTypingVariableName: false,
+        isTypingOperator: false,
+        isTypingValue: false,
     };
+}
+/**
+ * A simple, generic autocomplete option for displaying basic items with name, symbol, and description.
+ * Useful for simple options like inversion markers, prefixes, etc. without needing a full custom class.
+ *
+ * @extends AutoCompleteOption
+ */
+export class SimpleAutoCompleteOption extends AutoCompleteOption {
+    /** @type {string} */
+    #description;
+    /** @type {string|null} */
+    #detailedDescription;
+    /**
+     * @param {Object} config - Configuration for the option.
+     * @param {string} config.name - The option name/key (used for matching).
+     * @param {string} [config.symbol=' '] - Icon/symbol shown in the type column.
+     * @param {string} [config.description=''] - Short description shown inline.
+     * @param {string} [config.detailedDescription] - Longer description for details panel (supports HTML). Falls back to description if not provided.
+     * @param {string} [config.type='simple'] - Type identifier for CSS/data attributes.
+     */
+    constructor({ name, symbol = ' ', description = '', detailedDescription = null, type = 'simple' }) {
+        super(name, symbol, type);
+        this.#description = description;
+        this.#detailedDescription = detailedDescription;
+    }
+    /** @returns {string} */
+    get description() {
+        return this.#description;
+    }
+    /** @returns {string} */
+    get detailedDescription() {
+        return this.#detailedDescription ?? this.#description;
+    }
+    /**
+     * @returns {HTMLElement}
+     */
+    renderItem() {
+        const li = document.createElement('li');
+        li.classList.add('item');
+        li.setAttribute('data-name', this.name);
+        li.setAttribute('data-option-type', this.type);
+        // Type icon
+        const typeSpan = document.createElement('span');
+        typeSpan.classList.add('type', 'monospace');
+        typeSpan.textContent = this.typeIcon;
+        li.append(typeSpan);
+        // Name
+        const specs = document.createElement('span');
+        specs.classList.add('specs');
+        const nameSpan = document.createElement('span');
+        nameSpan.classList.add('name', 'monospace');
+        this.name.split('').forEach(char => {
+            const span = document.createElement('span');
+            span.textContent = char;
+            nameSpan.append(span);
+        });
+        specs.append(nameSpan);
+        li.append(specs);
+        // Stopgap
+        const stopgap = document.createElement('span');
+        stopgap.classList.add('stopgap');
+        li.append(stopgap);
+        // Help/description
+        const help = document.createElement('span');
+        help.classList.add('help');
+        const content = document.createElement('span');
+        content.classList.add('helpContent');
+        content.textContent = this.#description;
+        help.append(content);
+        li.append(help);
+        return li;
+    }
+    /**
+     * @returns {DocumentFragment}
+     */
+    renderDetails() {
+        const frag = document.createDocumentFragment();
+        // Header with name
+        const specs = document.createElement('div');
+        specs.classList.add('specs');
+        const nameDiv = document.createElement('div');
+        nameDiv.classList.add('name', 'monospace');
+        nameDiv.textContent = this.name;
+        specs.append(nameDiv);
+        frag.append(specs);
+        // Description
+        if (this.detailedDescription) {
+            const helpDiv = document.createElement('div');
+            helpDiv.classList.add('help');
+            helpDiv.innerHTML = this.detailedDescription;
+            frag.append(helpDiv);
+        }
+        return frag;
+    }
+}

public/scripts/macros/definitions/core-macros.js+18 -4 Viewed

 import { inject_ids } from '../../constants.js';
 import { MacroRegistry, MacroCategory, MacroValueType } from '../engine/MacroRegistry.js';
 import { MacroEngine } from '../engine/MacroEngine.js';
+import { MACRO_VARIABLE_SHORTHAND_PATTERN } from '../engine/MacroLexer.js';
 /**
  * Marker used by {{else}} to split content in {{if}} blocks.

     // {{if condition}}content{{/if}} -> conditional content
     // {{if condition}}then-content{{else}}else-content{{/if}} -> conditional with else branch
     // {{if !condition}}content{{/if}} -> inverted conditional (negated)
-    // Condition can be a macro name (resolved automatically) or any value
+    // Condition can be a macro name (resolved automatically), variable shorthand (.var or $var), or any value
     MacroRegistry.registerMacro('if', {
         category: MacroCategory.UTILITY,
-        description: 'Conditional macro. Returns the content if the condition is truthy, otherwise returns nothing (or the else branch if present). Prefix the condition with ! to invert. If the condition is a registered macro name (without braces), it will be resolved first.',
+        description: 'Conditional macro. Returns the content if the condition is truthy, otherwise returns nothing (or the else branch if present). Prefix the condition with ! to invert. If the condition is a registered macro name (without braces), it will be resolved first. Variable shorthands (.varname for local, $varname for global) are also supported.',
         unnamedArgs: [
+            {
                 name: 'condition',
-                description: 'The condition to evaluate. Prefix with ! to invert. Can be a macro name (auto-resolved) or a value. Falsy: empty string, "false", "off", "0".',
+                description: 'The condition to evaluate. Prefix with ! to invert. Can be a macro name (auto-resolved), variable shorthand (.var or $var), or a value. Falsy: empty string, "false", "off", "0".',
             },
+            {
                 name: 'content',

             '{{if charVersion}}{{charVersion}}{{else}}No version{{/if}}',
             '{{if !personality}}No personality defined{{/if}}',
             '{{if {{getvar::showHeader}}}}# Header{{/if}}',
+            '{{if .myvar}}Local var exists{{/if}}',
+            '{{if $globalFlag}}Global flag is set{{/if}}',
         ],
         returns: 'The content if condition is truthy, else branch or empty string otherwise.',
         handler: ({ unnamedArgs: [condition, content], rawArgs: [rawCondition], flags, env, trimContent }) => {

             if (/^\s*!/.test(rawCondition)) {
                 inverted = true;
                 // Strip the ! from the resolved condition if it was the prefix
-                condition = condition.replace(/^!/, '');
+                condition = condition.replace(/^!\s*/, '');
+            }
+            // Check if condition is a variable shorthand (.varname or $varname)
+            // If so, resolve it using the appropriate variable macro
+            const varShorthandRegex = new RegExp(`^([.$])(${MACRO_VARIABLE_SHORTHAND_PATTERN.source})$`);
+            const varShorthandMatch = condition.match(varShorthandRegex);
+            if (varShorthandMatch) {
+                const [, prefix, varName] = varShorthandMatch;
+                const varMacro = prefix === '.' ? 'getvar' : 'getglobalvar';
+                // Resolve the variable using MacroEngine.evaluate
+                condition = MacroEngine.evaluate(`{{${varMacro}::${varName}}}`, env);
+            } else {
                 // Check if condition is a registered macro name (without braces)
                 // If so, resolve it first (only for macros that accept 0 required args)
                 const macroDef = MacroRegistry.getPrimaryMacro(condition);

                     // This ensures all handler args (cst, normalize, list, etc.) are correctly provided
                     condition = MacroEngine.evaluate(`{{${condition}}}`, env);
+                }
+            }
             // Check if condition is falsy: empty string or isFalseBoolean
             let isFalsy = condition === '' || isFalseBoolean(condition);

public/scripts/macros/engine/MacroCstWalker.js+203 -10 Viewed

  * @property {string[]} args
  * @property {MacroFlags} flags - Parsed macro execution flags.
  * @property {boolean} isScoped - Whether this macro was invoked using scoped syntax (opening + closing tags).
+ * @property {boolean} [isVariableShorthand] - Whether this call originated from variable shorthand syntax.
  * @property {MacroEnv} env
  * @property {string} rawInner
  * @property {string} rawWithBraces

  */
 /**
+ * @typedef {Object} VariableExprInfo
+ * @property {'local' | 'global'} scope - Whether this is a local (.) or global ($) variable.
+ * @property {string} varName - The variable name.
+ * @property {'get' | 'set' | 'inc' | 'dec' | 'add'} operation - The operation to perform.
+ * @property {string | null} value - The value for set/add operations, null for get/inc/dec.
+ */
+/**
  * @typedef {Object} EvaluationContext
  * @property {string} text
  * @property {MacroEnv} env

         const { text, env, resolveMacro, trimContent } = context;
         const children = macroNode.children || {};
-        const identifierTokens = /** @type {IToken[]} */ (children['Macro.identifier'] || []);
+        // Check if this is a variable expression (has variableExpr child)
+        const variableExprNode = /** @type {CstNode?} */ ((children.variableExpr || [])[0]);
+        if (variableExprNode) {
+            return this.#evaluateVariableExpr(macroNode, variableExprNode, context);
+        }
+        // Regular macro - get identifier from macroBody
+        const macroBodyNode = /** @type {CstNode?} */ ((children.macroBody || [])[0]);
+        const bodyChildren = macroBodyNode?.children || {};
+        const identifierTokens = /** @type {IToken[]} */ (bodyChildren['Macro.identifier'] || []);
         const name = identifierTokens[0]?.image || '';
-        // Extract flag tokens and parse them into a MacroFlags object
+        // Extract flag tokens and parse them into a MacroFlags object (now inside macroBody)
-        const flagTokens = /** @type {IToken[]} */ (children['flags'] || []);
+        const flagTokens = /** @type {IToken[]} */ (children.flags || []);
         const flagSymbols = flagTokens.map(token => token.image);
         const flags = flagSymbols.length > 0 ? parseFlags(flagSymbols) : createEmptyFlags();

         const innerStart = startToken ? startToken.endOffset + 1 : range.startOffset;
         const innerEnd = endToken ? endToken.startOffset - 1 : range.endOffset;
-        // Extract argument nodes from the "arguments" rule (if present)
+        // Extract argument nodes from the "arguments" rule (if present, inside macroBody)
-        const argumentsNode = /** @type {CstNode?} */ ((children.arguments || [])[0]);
+        const argumentsNode = /** @type {CstNode?} */ ((bodyChildren.arguments || [])[0]);
         const argumentNodes = /** @type {CstNode[]} */ (argumentsNode?.children?.argument || []);
         /** @type {string[]} */

+    }
     /**
+     * Evaluates a variable expression node and routes it to the appropriate variable macro.
+     *
+     * @param {CstNode} macroNode - The parent macro node.
+     * @param {CstNode} variableExprNode - The variableExpr CST node.
+     * @param {EvaluationContext} context - The evaluation context.
+     * @returns {string}
+     */
+    #evaluateVariableExpr(macroNode, variableExprNode, context) {
+        const { text, env, resolveMacro } = context;
+        const children = macroNode.children || {};
+        const varChildren = variableExprNode.children || {};
+        // Extract scope (. for local, $ for global)
+        const localPrefixToken = /** @type {IToken?} */ ((varChildren['Var.scope'] || []).find(t => /** @type {IToken} */(t).tokenType?.name === 'Var.LocalPrefix'));
+        const isGlobal = !localPrefixToken;
+        // Extract variable name
+        const varIdentifierToken = /** @type {IToken?} */ ((varChildren['Var.identifier'] || [])[0]);
+        const varName = varIdentifierToken?.image || '';
+        // Extract operator (if any)
+        const operatorNode = /** @type {CstNode?} */ ((varChildren.variableOperator || [])[0]);
+        const operatorChildren = operatorNode?.children || {};
+        // Determine operation and value
+        let operation = 'get';
+        let value = null;
+        if (operatorNode) {
+            const operatorTokens = /** @type {IToken[]} */ (operatorChildren['Var.operator'] || []);
+            const operatorToken = operatorTokens[0];
+            if (operatorToken) {
+                const operatorImage = operatorToken.image;
+                if (operatorImage === '++') {
+                    operation = 'inc';
+                } else if (operatorImage === '--') {
+                    operation = 'dec';
+                } else if (operatorImage === '=') {
+                    operation = 'set';
+                    value = this.#evaluateVariableValue(operatorChildren, context);
+                } else if (operatorImage === '+=') {
+                    operation = 'add';
+                    value = this.#evaluateVariableValue(operatorChildren, context);
+                }
+            }
+        }
+        // Map operation to macro name
+        const macroNameMap = {
+            get: isGlobal ? 'getglobalvar' : 'getvar',
+            set: isGlobal ? 'setglobalvar' : 'setvar',
+            inc: isGlobal ? 'incglobalvar' : 'incvar',
+            dec: isGlobal ? 'decglobalvar' : 'decvar',
+            add: isGlobal ? 'addglobalvar' : 'addvar',
+        };
+        const targetMacroName = macroNameMap[operation];
+        // Build args array based on operation
+        const args = [varName];
+        if (value !== null) {
+            args.push(value);
+        }
+        const range = this.#getMacroRange(macroNode);
+        /** @type {MacroCall} */
+        const call = {
+            name: targetMacroName,
+            args,
+            flags: createEmptyFlags(),
+            isScoped: false,
+            isVariableShorthand: true,
+            rawInner: text.slice(
+                (/** @type {IToken|undefined} */ (children['Macro.Start']?.[0])?.endOffset ?? range.startOffset) + 1,
+                (/** @type {IToken|undefined} */ (children['Macro.End']?.[0])?.startOffset ?? range.endOffset + 1) - 1,
+            ),
+            rawWithBraces: text.slice(range.startOffset, range.endOffset + 1),
+            rawArgs: args,
+            range,
+            cstNode: macroNode,
+            env,
+        };
+        const result = resolveMacro(call);
+        return typeof result === 'string' ? result : String(result ?? '');
+    }
+    /**
+     * Evaluates the value part of a variable expression (after = or +=).
+     * Resolves any nested macros in the value.
+     *
+     * @param {Record<string, any>} operatorChildren - The children of the variableOperator node.
+     * @param {EvaluationContext} context - The evaluation context.
+     * @returns {string}
+     */
+    #evaluateVariableValue(operatorChildren, context) {
+        const { text } = context;
+        const valueNodes = /** @type {CstNode[]} */ (operatorChildren['Var.value'] || []);
+        const valueNode = valueNodes[0];
+        if (!valueNode) {
+            return '';
+        }
+        const valueChildren = valueNode.children || {};
+        // Get all tokens and nested macros from the value
+        const identifierTokens = /** @type {IToken[]} */ (valueChildren.Identifier || []);
+        const unknownTokens = /** @type {IToken[]} */ (valueChildren.Unknown || []);
+        const nestedMacros = /** @type {CstNode[]} */ (valueChildren.macro || []);
+        // Get the range of the value
+        const allTokens = [...identifierTokens, ...unknownTokens];
+        const allRanges = [
+            ...allTokens.map(t => ({ startOffset: t.startOffset, endOffset: t.endOffset })),
+            ...nestedMacros.map(m => this.#getMacroRange(m)),
+        ];
+        if (allRanges.length === 0) {
+            return '';
+        }
+        const startOffset = Math.min(...allRanges.map(r => r.startOffset));
+        const endOffset = Math.max(...allRanges.map(r => r.endOffset));
+        // If no nested macros, return the raw text (trimmed)
+        if (nestedMacros.length === 0) {
+            return text.slice(startOffset, endOffset + 1).trim();
+        }
+        // Evaluate nested macros
+        const nestedWithRange = nestedMacros.map(node => ({
+            node,
+            range: this.#getMacroRange(node),
+        }));
+        nestedWithRange.sort((a, b) => a.range.startOffset - b.range.startOffset);
+        let result = '';
+        let cursor = startOffset;
+        for (const entry of nestedWithRange) {
+            if (entry.range.startOffset > cursor) {
+                result += text.slice(cursor, entry.range.startOffset);
+            }
+            result += this.#evaluateMacroNode(entry.node, context);
+            cursor = entry.range.endOffset + 1;
+        }
+        if (cursor <= endOffset) {
+            result += text.slice(cursor, endOffset + 1);
+        }
+        return result.trim();
+    }
+    /**
      * Evaluates a single argument node by resolving nested macros and reconstructing
      * the original argument text.
+     *

      */
     #extractMacroInfo(macroNode) {
         const children = macroNode.children || {};
-        const identifierTokens = /** @type {IToken[]} */ (children['Macro.identifier'] || []);
+        // Check if this is a variable expression - they can't be scoped
+        const variableExprNode = (children.variableExpr || [])[0];
+        if (variableExprNode) {
+            return null; // Variable expressions don't support scoped content
+        }
+        // Regular macro - get info from macroBody
+        const macroBodyNode = /** @type {CstNode?} */ ((children.macroBody || [])[0]);
+        const bodyChildren = macroBodyNode?.children || {};
+        const identifierTokens = /** @type {IToken[]} */ (bodyChildren['Macro.identifier'] || []);
         const name = identifierTokens[0]?.image || '';
         if (!name) return null;
-        // Check for closing block flag
+        // Check for closing block flag (inside macroBody)
-        const flagTokens = /** @type {IToken[]} */ (children['flags'] || []);
+        const flagTokens = /** @type {IToken[]} */ (children.flags || []);
         const isClosing = flagTokens.some(token => token.image === MacroFlagType.CLOSING_BLOCK);
         return { name, isClosing };

             return true;
+        }
-        // Count current arguments in the macro
+        // Count current arguments in the macro (now inside macroBody)
         const children = macroNode.children || {};
-        const argumentsNode = /** @type {CstNode?} */ ((children.arguments || [])[0]);
+        const macroBodyNode = /** @type {CstNode?} */ ((children.macroBody || [])[0]);
+        const bodyChildren = macroBodyNode?.children || {};
+        const argumentsNode = /** @type {CstNode?} */ ((bodyChildren.arguments || [])[0]);
         const argumentNodes = /** @type {CstNode[]} */ (argumentsNode?.children?.argument || []);
         const currentArgCount = argumentNodes.length;

public/scripts/macros/engine/MacroFlags.js+2 -37 Viewed

  * @property {boolean} filter - Whether the filter (`>`) flag is set.
  * @property {boolean} closingBlock - Whether the closing block (`/`) flag is set.
  * @property {boolean} preserveWhitespace - Whether the preserve whitespace (`#`) flag is set.
- * @property {boolean} varDot - Whether the variable dot (`.`) flag is set.
- * @property {boolean} varDollar - Whether the variable dollar (`$`) flag is set.
  * @property {string[]} raw - The raw flag symbols in order of appearance.
  */

      */
     PRESERVE_WHITESPACE: '#',
-    /**
+    // Note: Variable shorthand (. and $) are NOT flags - they are special prefixes
-     * Variable shorthand flag (`.`).
+    // that trigger the variable expression parsing branch. See MacroLexer.js Var tokens.
-     * Shorthand for variable access: `{{.myvar}}` equivalent to `{{getvar::myvar}}`.
-     * @status TBD - Not implemented in v1
-     */
-    VAR_DOT: '.',
-    /**
-     * Variable shorthand flag (`$`).
-     * Alternative shorthand for variable access: `{{$myvar}}`.
-     * @status TBD - Not implemented in v1
-     */
-    VAR_DOLLAR: '$',
 });
 /**

         implemented: true,
         affectsParser: false,
     }],
-    [MacroFlagType.VAR_DOT, {
-        type: MacroFlagType.VAR_DOT,
-        name: 'Variable (dot)',
-        description: 'Shorthand for variable access using dot notation.',
-        implemented: false,
-        affectsParser: false,
-    }],
-    [MacroFlagType.VAR_DOLLAR, {
-        type: MacroFlagType.VAR_DOLLAR,
-        name: 'Variable (dollar)',
-        description: 'Shorthand for variable access using dollar notation.',
-        implemented: false,
-        affectsParser: false,
-    }],
 ]);
 /**

         filter: false,
         closingBlock: false,
         preserveWhitespace: false,
-        varDot: false,
-        varDollar: false,
         raw: [],
     };
+}

             case MacroFlagType.PRESERVE_WHITESPACE:
                 flags.preserveWhitespace = true;
                 break;
-            case MacroFlagType.VAR_DOT:
-                flags.varDot = true;
-                break;
-            case MacroFlagType.VAR_DOLLAR:
-                flags.varDollar = true;
-                break;
             default:
                 console.warn(`Can't parse unknown macro flag: ${symbol}`);
+        }

public/scripts/macros/engine/MacroLexer.js+109 -22 Viewed

  */
 export const MACRO_IDENTIFIER_PATTERN = /^[a-zA-Z][\w-_]*$/;
+/**
+ * Pattern for valid variable shorthand identifiers.
+ * Must start with a letter, followed by word chars (letters, digits, underscore) or hyphens,
+ * but must end with a word character (not a hyphen).
+ *
+ * Used for variable shorthand syntax like .varName or $varName.
+ */
+export const MACRO_VARIABLE_SHORTHAND_PATTERN = /[a-zA-Z](?:[\w\-_]*[\w])?/;
 /** @enum {string} */
-const modes = {
+const modes = Object.freeze({
     plaintext: 'plaintext_mode',
     macro_def: 'macro_def_mode',
     macro_identifier_end: 'macro_identifier_end_mode',
     macro_args: 'macro_args_mode',
     macro_filter_modifer: 'macro_filter_modifer_mode',
     macro_filter_modifier_end: 'macro_filter_modifier_end_mode',
-};
+    // Variable shorthand modes
+    var_identifier: 'var_identifier_mode',
+    var_after_identifier: 'var_after_identifier_mode',
+    var_value: 'var_value_mode',
+});
-/** @readonly */
+/**
-const Tokens = {
+ * All lexer tokens used by the macro parser.
-    // General capture-all plaintext without macros. Consumes any character that is not the first '{' of a macro opener '{{'.
+ * @readonly
+ */
+const Tokens = Object.freeze({
+/** General capture-all plaintext without macros. Consumes any character that is not the first '{' of a macro opener '{{'. */
     Plaintext: createToken({ name: 'Plaintext', pattern: /(?:[^{]|\{(?!\{))+/u, line_breaks: true }),
-    // Single literal '{' that appears immediately before a macro opener '{{'.
+    /** Single literal '{' that appears immediately before a macro opener '{{' */
     PlaintextOpenBrace: createToken({ name: 'Plaintext.OpenBrace', pattern: /\{(?=\{\{)/ }),
-    // General macro capture
+    /** General macro capture */
     Macro: {
         Start: createToken({ name: 'Macro.Start', pattern: /\{\{/ }),
-        // Separate macro identifier needed, that is similar to the global indentifier, but captures the actual macro "name"
-        // We need this, because this token is going to switch lexer mode, while the general identifier does not.
         /**
          * Macro execution flags - special symbols that modify macro resolution behavior.
          * - `!` = immediate resolve (TBD)

          * - `~` = re-evaluate (TBD)
          * - `/` = closing block marker for scoped macros
          * - `#` = preserve whitespace (don't auto-trim scoped content), also legacy handlebars compatibility
-         * - `.` = variable shorthand (TBD)
-         * - `$` = variable shorthand alternative (TBD)
          */
-        Flags: createToken({ name: 'Macro.Flag', pattern: /[!?~#/.$]/ }),
+        Flags: createToken({ name: 'Macro.Flag', pattern: /[!?~#/]/ }),
         /**
          * Filter flag (`>`) - separate token because it changes parsing behavior.
          * When present, `|` characters inside the macro are treated as filter/pipe operators.
          */
         FilterFlag: createToken({ name: 'Macro.FilterFlag', pattern: />/ }),
         DoubleSlash: createToken({ name: 'Macro.DoubleSlash', pattern: /\/\// }),
+        /**
+         * Separate macro identifier needed, that is similar to the global indentifier, but captures the actual macro "name"
+         * We need this, because this token is going to switch lexer mode, while the general identifier does not.
+         */
         Identifier: createToken({ name: 'Macro.Identifier', pattern: IDENTIFIER_LEXER_PATTERN }),
-        // At the end of an identifier, there has to be whitspace, or must be directly followed by colon/double-colon separator, output modifier or closing braces
+        /** At the end of an identifier, there has to be whitspace, or must be directly followed by colon/double-colon separator, output modifier or closing braces */
         EndOfIdentifier: createToken({ name: 'Macro.EndOfIdentifier', pattern: /(?:\s+|(?=:{1,2})|(?=[|}]))/, group: Lexer.SKIPPED }),
         BeforeEnd: createToken({ name: 'Macro.BeforeEnd', pattern: /(?=\}\})/, group: Lexer.SKIPPED }),
         End: createToken({ name: 'Macro.End', pattern: /\}\}/ }),
     },
-    // Captures that only appear inside arguments
+    /** Captures that only appear inside arguments */
     Args: {
         DoubleColon: createToken({ name: 'Args.DoubleColon', pattern: /::/ }),
         Colon: createToken({ name: 'Args.Colon', pattern: /:/ }),

         EscapedPipe: createToken({ name: 'Filter.EscapedPipe', pattern: /\\\|/ }),
         Pipe: createToken({ name: 'Filter.Pipe', pattern: /\|/ }),
         Identifier: createToken({ name: 'Filter.Identifier', pattern: IDENTIFIER_LEXER_PATTERN }),
-        // At the end of an identifier, there has to be whitspace, or must be directly followed by colon/double-colon separator, output modifier or closing braces
+        /** At the end of an identifier, there has to be whitspace, or must be directly followed by colon/double-colon separator, output modifier or closing braces */
         EndOfIdentifier: createToken({ name: 'Filter.EndOfIdentifier', pattern: /(?:\s+|(?=:{1,2})|(?=[|}]))/, group: Lexer.SKIPPED }),
     },

     Identifier: createToken({ name: 'Identifier', pattern: IDENTIFIER_LEXER_PATTERN }),
     WhiteSpace: createToken({ name: 'WhiteSpace', pattern: /\s+/, group: Lexer.SKIPPED }),
-    // Capture unknown characters one by one, to still allow other tokens being matched once they are there.
+    /** Variable shorthand tokens */
-    // This includes any possible braces that is not the double closing braces as MacroEnd.
+    Var: {
+        /** Local variable prefix (`.`) - triggers variable shorthand for local variables */
+        LocalPrefix: createToken({ name: 'Var.LocalPrefix', pattern: /\./ }),
+        /** Global variable prefix (`$`) - triggers variable shorthand for global variables */
+        GlobalPrefix: createToken({ name: 'Var.GlobalPrefix', pattern: /\$/ }),
+        /**
+         * Variable identifier - allows hyphens inside but not at the end to avoid conflict with -- operator.
+         * Pattern: starts with letter, optionally followed by word chars/hyphens, but must end with word char.
+         * Examples: myVar, my-var, my_var, myVar123, my-long-var-name
+         * Invalid: my-, my--, -var
+         */
+        Identifier: createToken({ name: 'Var.Identifier', pattern: MACRO_VARIABLE_SHORTHAND_PATTERN }),
+        /** Increment operator (`++`) */
+        Increment: createToken({ name: 'Var.Increment', pattern: /\+\+/ }),
+        /** Decrement operator (`--`) */
+        Decrement: createToken({ name: 'Var.Decrement', pattern: /--/ }),
+        /** Add/append operator (`+=`) - must come before Equals to avoid conflict */
+        PlusEquals: createToken({ name: 'Var.PlusEquals', pattern: /\+=/ }),
+        /** Set operator (`=`) */
+        Equals: createToken({ name: 'Var.Equals', pattern: /=/ }),
+    },
+    /**
+     * Capture unknown characters one by one, to still allow other tokens being matched once they are there.
+     * This includes any possible braces that is not the double closing braces as MacroEnd.
+     */
     Unknown: createToken({ name: 'Unknown', pattern: /([^}]|\}(?!\}))/ }),
-    // TODO: Capture-all rest for now, that is not the macro end or opening of a new macro. Might be replaced later down the line.
+    /** TODO: Capture-all rest for now, that is not the macro end or opening of a new macro. Might be replaced later down the line. */
     Text: createToken({ name: 'Text', pattern: /.+(?=\}\}|\{\{)/, line_breaks: true }),
-    // DANGER ZONE: Careful with this token. This is used as a way to pop the current mode, if no other token matches.
+    /**
-    // Can be used in modes that don't have a "defined" end really, like when capturing a single argument, argument list, etc.
+     * DANGER ZONE: Careful with this token. This is used as a way to pop the current mode, if no other token matches.
-    // Has to ALWAYS be the last token.
+     * Can be used in modes that don't have a "defined" end really, like when capturing a single argument, argument list, etc.
+     * Has to ALWAYS be the last token.
+     */
     ModePopper: createToken({ name: 'ModePopper', pattern: () => [''], line_breaks: false, group: Lexer.SKIPPED }),
-};
+});
 /** @type {Map<string,string>} Saves all token definitions that are marked as entering modes */
 const enterModesMap = new Map();
+/**
+ * Lexer definition object that maps states/modes to their token rules.
+ * Each mode defines which tokens are valid in that context and how to transition between modes.
+ * @readonly
+ */
 const Def = {
     modes: {
         [modes.plaintext]: [

             // An explicit double-slash will be treated above flags to consume, as it'll introduce a comment macro. Directly following is the args then.
             enter(Tokens.Macro.DoubleSlash, modes.macro_args),
+            // Variable shorthand prefixes - must come before flags to take precedence
+            // These enter the variable identifier mode to parse variable expressions
+            enter(Tokens.Var.LocalPrefix, modes.var_identifier),
+            enter(Tokens.Var.GlobalPrefix, modes.var_identifier),
             using(Tokens.Macro.Flags),
             // Filter flag is separate because it affects parsing behavior for pipes
             using(Tokens.Macro.FilterFlag),

             exits(Tokens.Macro.BeforeEnd, modes.macro_identifier_end),
             exits(Tokens.Filter.EndOfIdentifier, modes.macro_filter_modifer),
         ],
+        // After seeing `.` or `$`, expect a variable identifier
+        [modes.var_identifier]: [
+            using(Tokens.WhiteSpace),
+            // Consume the variable identifier and move to operator detection
+            enter(Tokens.Var.Identifier, modes.var_after_identifier, { andExits: modes.var_identifier }),
+            // If no valid identifier found, exit back (will result in parser error)
+            exits(Tokens.ModePopper, modes.var_identifier),
+        ],
+        // After the variable identifier, look for operators or end
+        [modes.var_after_identifier]: [
+            using(Tokens.WhiteSpace),
+            // Check for operators
+            using(Tokens.Var.Increment),
+            using(Tokens.Var.Decrement),
+            enter(Tokens.Var.PlusEquals, modes.var_value, { andExits: modes.var_after_identifier }),
+            enter(Tokens.Var.Equals, modes.var_value, { andExits: modes.var_after_identifier }),
+            // If we see the end, exit
+            exits(Tokens.Macro.BeforeEnd, modes.var_after_identifier),
+            // Fallback exit
+            exits(Tokens.ModePopper, modes.var_after_identifier),
+        ],
+        // After `=` or `+=`, capture the value (can contain nested macros)
+        [modes.var_value]: [
+            // Nested macros in value
+            enter(Tokens.Macro.Start, modes.macro_def),
+            using(Tokens.Identifier),
+            using(Tokens.WhiteSpace),
+            using(Tokens.Unknown),
+            // Exit when we're about to see the end
+            exits(Tokens.ModePopper, modes.var_value),
+        ],
     },
     defaultMode: modes.plaintext,
 };

public/scripts/macros/engine/MacroParser.js+61 -2 Viewed

             });
         });
-        // Basic Macro Structure
+        // Basic Macro Structure - can be either a regular macro or a variable expression
         $.macro = $.RULE('macro', () => {
             $.CONSUME(Tokens.Macro.Start);

                 ]);
             });
+            // Branch: either a variable expression (starts with . or $) or a regular macro
+            $.OR([
+                // Variable expression branch
+                { ALT: () => $.SUBRULE($.variableExpr) },
+                // Regular macro branch
+                { ALT: () => $.SUBRULE($.macroBody) },
+            ]);
+            $.CONSUME(Tokens.Macro.End);
+        });
+        // Regular macro body (flags + identifier + optional arguments)
+        $.macroBody = $.RULE('macroBody', () => {
             // Macro identifier (name)
             $.OR2([
                 { ALT: () => $.CONSUME(Tokens.Macro.DoubleSlash, { LABEL: 'Macro.identifier' }) },
                 { ALT: () => $.CONSUME(Tokens.Macro.Identifier, { LABEL: 'Macro.identifier' }) },
             ]);
             $.OPTION(() => $.SUBRULE($.arguments));
-            $.CONSUME(Tokens.Macro.End);
+        });
+        // Variable expression: .varName or $varName with optional operator
+        $.variableExpr = $.RULE('variableExpr', () => {
+            // Variable scope prefix
+            $.OR3([
+                { ALT: () => $.CONSUME(Tokens.Var.LocalPrefix, { LABEL: 'Var.scope' }) },
+                { ALT: () => $.CONSUME(Tokens.Var.GlobalPrefix, { LABEL: 'Var.scope' }) },
+            ]);
+            // Variable identifier (name)
+            $.CONSUME(Tokens.Var.Identifier, { LABEL: 'Var.identifier' });
+            // Optional operator
+            $.OPTION2(() => $.SUBRULE($.variableOperator));
+        });
+        // Variable operator: ++, --, = value, += value
+        $.variableOperator = $.RULE('variableOperator', () => {
+            $.OR4([
+                { ALT: () => $.CONSUME(Tokens.Var.Increment, { LABEL: 'Var.operator' }) },
+                { ALT: () => $.CONSUME(Tokens.Var.Decrement, { LABEL: 'Var.operator' }) },
+                {
+                    ALT: () => {
+                        $.CONSUME(Tokens.Var.Equals, { LABEL: 'Var.operator' });
+                        $.SUBRULE($.variableValue, { LABEL: 'Var.value' });
+                    },
+                },
+                {
+                    ALT: () => {
+                        $.CONSUME(Tokens.Var.PlusEquals, { LABEL: 'Var.operator' });
+                        $.SUBRULE2($.variableValue, { LABEL: 'Var.value' });
+                    },
+                },
+            ]);
+        });
+        // Variable value: everything after = or += until the end
+        // Can contain nested macros and any other tokens
+        $.variableValue = $.RULE('variableValue', () => {
+            $.MANY2(() => {
+                $.OR5([
+                    { ALT: () => $.SUBRULE($.macro) }, // Nested macros
+                    { ALT: () => $.CONSUME(Tokens.Identifier) },
+                    { ALT: () => $.CONSUME(Tokens.Unknown) },
+                ]);
+            });
         });
         // Arguments Parsing

public/scripts/slash-commands/SlashCommandParser.js+408 -12 Viewed

 import { SlashCommandAutoCompleteNameResult } from './SlashCommandAutoCompleteNameResult.js';
 import { SlashCommandUnnamedArgumentAssignment } from './SlashCommandUnnamedArgumentAssignment.js';
 import { SlashCommandEnumValue } from './SlashCommandEnumValue.js';
-import { EnhancedMacroAutoCompleteOption, MacroFlagAutoCompleteOption, MacroClosingTagAutoCompleteOption, parseMacroContext } from '../autocomplete/EnhancedMacroAutoCompleteOption.js';
+import {
+    EnhancedMacroAutoCompleteOption,
+    MacroFlagAutoCompleteOption,
+    MacroClosingTagAutoCompleteOption,
+    VariableShorthandAutoCompleteOption,
+    VariableShorthandDefinitions,
+    VariableNameAutoCompleteOption,
+    VariableOperatorAutoCompleteOption,
+    VariableOperatorDefinitions,
+    isValidVariableShorthandName,
+    parseMacroContext,
+    SimpleAutoCompleteOption,
+} from '../autocomplete/EnhancedMacroAutoCompleteOption.js';
 import { MacroFlagDefinitions, MacroFlagType } from '../macros/engine/MacroFlags.js';
 import { MacroParser } from '../macros/engine/MacroParser.js';
 import { MacroCstWalker } from '../macros/engine/MacroCstWalker.js';

 import { SlashCommandBreak } from './SlashCommandBreak.js';
 import { macros as macroSystem } from '../macros/macro-system.js';
 import { AutoCompleteOption } from '../autocomplete/AutoCompleteOption.js';
+import { chat_metadata } from '/script.js';
+import { extension_settings } from '../extensions.js';
 /** @typedef {import('./SlashCommand.js').NamedArgumentsCapture} NamedArgumentsCapture */
 /** @typedef {import('./SlashCommand.js').NamedArguments} NamedArguments */

                     } else {
                         conditionStartOffset = context.identifierStart + identifier.length;
+                    }
-                    const conditionStartInText = macro.start + 2 + conditionStartOffset;
+                    let conditionStartInText = macro.start + 2 + conditionStartOffset;
                     // Build if-condition options using macroContent for padding calculation
                     const allMacros = macroSystem.registry.getAllMacros({ excludeHiddenAliases: true });
                     const options = this.#buildIfConditionOptions(context, allMacros, macroContent);
+                    // For variable shorthand in {{if}} condition, adjust identifier and start position
+                    // Same fix as for regular variable shorthands - identifier must be just the var name
+                    // Also handle ! inversion prefix: !.var or !$var or !macroName
+                    const trimmedCondition = conditionText.trim();
+                    const hasInversion = trimmedCondition.startsWith('!');
+                    // Trim whitespace after ! to handle "! $myvar" syntax
+                    const conditionAfterInversion = hasInversion ? trimmedCondition.slice(1).trimStart() : trimmedCondition;
+                    const isTypingVarShorthand = conditionAfterInversion.startsWith('.') || conditionAfterInversion.startsWith('$');
+                    let resultIdentifier = conditionText;
+                    let resultStart = conditionStartInText;
+                    if (isTypingVarShorthand) {
+                        // Identifier = just the variable name part (without prefix and without !)
+                        resultIdentifier = conditionAfterInversion.slice(1);
+                        // Start = after the ! (if any) and the prefix
+                        const prefixChar = conditionAfterInversion[0];
+                        const prefixPosInCondition = conditionText.indexOf(prefixChar, hasInversion ? 1 : 0);
+                        resultStart = conditionStartInText + prefixPosInCondition + 1;
+                    } else if (hasInversion && conditionAfterInversion.length === 0) {
+                        // Just ! (possibly with whitespace) typed - identifier should be empty so other options can match
+                        resultIdentifier = '';
+                        // Start at end of actual condition text (including any whitespace after !)
+                        // This ensures cursor is within the name range for filtering
+                        resultStart = conditionStartInText + conditionText.length;
+                    } else if (hasInversion && conditionAfterInversion.length > 0) {
+                        // Typing a macro name after ! (e.g., !descr) - identifier should be just the macro name
+                        resultIdentifier = conditionAfterInversion;
+                        // Start = after the ! and any whitespace, at the beginning of the macro name
+                        const macroNameStart = trimmedCondition.indexOf(conditionAfterInversion);
+                        resultStart = conditionStartInText + macroNameStart;
+                    }
                     const result = new AutoCompleteNameResult(
-                        conditionText,
+                        resultIdentifier,
-                        conditionStartInText,
+                        resultStart,
                         options,
                         false,
-                        () => 'Use {{macro}} syntax for dynamic conditions',
+                        () => isTypingVarShorthand
-                        () => 'Enter a macro name or {{macro}} for the condition',
+                            ? 'Enter a variable name for the condition'
+                            : 'Use {{macro}} syntax for dynamic conditions',
+                        () => isTypingVarShorthand
+                            ? 'Enter a variable name or select from the list'
+                            : 'Enter a macro name or {{macro}} for the condition',
                     );
                     return result;
+                }
+                /** @type {()=>string|undefined} */
+                let makeNoMatchText = undefined;
+                /** @type {()=>string|undefined} */
+                let makeNoOptionsText = undefined;
                 const options = this.#buildEnhancedMacroOptions(context, textUpToCursor);
+                // For variable shorthands, calculate the correct identifier and start position
+                // based on what the user is currently typing (variable name, operator, or value)
+                let resultIdentifier = identifier;
+                let resultStart = identifierStartInText;
+                if (context.isVariableShorthand && context.variablePrefix) {
+                    // Find where the prefix is in the macro content
+                    const prefixIndex = macroContent.indexOf(context.variablePrefix);
+                    if (context.isTypingVariableName) {
+                        // Typing variable name: identifier = variableName, start = after prefix
+                        resultIdentifier = context.variableName;
+                        if (prefixIndex >= 0) {
+                            resultStart = macro.start + 2 + prefixIndex + 1; // +1 to skip the prefix
+                        }
+                    } else if (context.isTypingOperator) {
+                        // Typing operator: identifier = partial operator text (if any), start = after variable name
+                        // Using partial operator as identifier ensures cursor is within name range for filtering
+                        resultIdentifier = context.partialOperator || '';
+                        if (prefixIndex >= 0) {
+                            // Start after prefix + variable name length
+                            resultStart = macro.start + 2 + prefixIndex + 1 + context.variableName.length;
+                            // If no partial operator (just whitespace after var name), set start to cursor
+                            // This ensures cursor is in the name range for filtering
+                            if (!context.partialOperator) {
+                                resultStart = index;
+                            }
+                        }
+                    } else if (context.isOperatorComplete) {
+                        // Operator complete (++ or --) - show context but no value input needed
+                        resultIdentifier = '';
+                        resultStart = index; // Cursor at end
+                    } else if (context.hasInvalidTrailingChars) {
+                        // Invalid chars after variable name: show the invalid chars for warning
+                        resultIdentifier = context.invalidTrailingChars || '';
+                        if (prefixIndex >= 0) {
+                            resultStart = macro.start + 2 + prefixIndex + 1 + context.variableName.length;
+                        }
+                    } else if (context.isTypingValue) {
+                        // Typing value: identifier = value being typed, start = after operator
+                        resultIdentifier = context.variableValue;
+                        if (prefixIndex >= 0) {
+                            const operatorLen = context.variableOperator?.length ?? 0;
+                            resultStart = macro.start + 2 + prefixIndex + 1 + context.variableName.length + operatorLen;
+                            // Skip any whitespace between operator and value
+                            while (resultStart < index && /\s/.test(text[resultStart])) {
+                                resultStart++;
+                            }
+                            makeNoMatchText = () => `Type any value you want to ${context.variableOperator == '+=' ? `add to the variable '${context.variableName}'` : `set the variable '${context.variableName}' to`}.`;
+                            makeNoOptionsText = () => 'Enter a variable value';
+                        }
+                    } else {
+                        // Fallback: use variable name
+                        resultIdentifier = context.variableName;
+                        if (prefixIndex >= 0) {
+                            resultStart = macro.start + 2 + prefixIndex + 1;
+                        }
+                    }
+                    if (!makeNoMatchText && !makeNoOptionsText) {
+                        makeNoMatchText = () => 'Invalid syntax or variable name (must be alphanumeric, not ending in hyphen or underscore). Use a valid macro name or syntax.';
+                        makeNoOptionsText = () => 'Enter a variable name to create or use a new variable';
+                    }
+                }
                 const result = new AutoCompleteNameResult(
-                    identifier,
+                    resultIdentifier,
-                    identifierStartInText,
+                    resultStart,
                     options,
                     false,
+                    makeNoMatchText,
+                    makeNoOptionsText,
                 );
                 return result;
+            }

      * When typing arguments (after ::), prioritizes the exact macro match.
      * @param {import('../autocomplete/EnhancedMacroAutoCompleteOption.js').MacroAutoCompleteContext} context
      * @param {string} [textUpToCursor] - Full document text up to cursor, for unclosed scope detection.
-     * @returns {(EnhancedMacroAutoCompleteOption|MacroFlagAutoCompleteOption|MacroClosingTagAutoCompleteOption)[]}
+     * @returns {(EnhancedMacroAutoCompleteOption|MacroFlagAutoCompleteOption|MacroClosingTagAutoCompleteOption|VariableShorthandAutoCompleteOption|VariableNameAutoCompleteOption|VariableOperatorAutoCompleteOption)[]}
      */
     #buildEnhancedMacroOptions(context, textUpToCursor = '') {
-        /** @type {(EnhancedMacroAutoCompleteOption|MacroFlagAutoCompleteOption|MacroClosingTagAutoCompleteOption)[]} */
+        /** @type {(EnhancedMacroAutoCompleteOption|MacroFlagAutoCompleteOption|MacroClosingTagAutoCompleteOption|VariableShorthandAutoCompleteOption|VariableNameAutoCompleteOption|VariableOperatorAutoCompleteOption)[]} */
         const options = [];
+        // Handle variable shorthand mode
+        if (context.isVariableShorthand) {
+            return this.#buildVariableShorthandOptions(context);
+        }
         // Check for unclosed scoped macros and suggest closing tags first
         const unclosedScopes = this.#findUnclosedScopes(textUpToCursor);
         if (unclosedScopes.length > 0) {

             // If inside a scoped {{if}}, also suggest {{else}}
             if (innermostScope.name === 'if') {
-                // TODO: TEsting
                 const macroDef = macroSystem.registry.getPrimaryMacro('else');
                 const elseOption = new EnhancedMacroAutoCompleteOption(macroDef);
                 elseOption.sortPriority = 2;
-                // const elseOption = new MacroElseAutoCompleteOption();
                 options.push(elseOption);
+            }
+        }

                 flagOption.sortPriority = isSelectable ? 10 : 12;
                 options.push(flagOption);
+            }
+            // Add variable shorthand prefix options (. for local, $ for global)
+            // These allow users to type variable shorthands instead of macro names
+            for (const [, varShorthandDef] of VariableShorthandDefinitions) {
+                const varOption = new VariableShorthandAutoCompleteOption(varShorthandDef);
+                varOption.sortPriority = 8; // Between implemented flags (10) and unimplemented (12)
+                options.push(varOption);
+            }
+        }
         // Get all macros from the registry (excluding hidden aliases)

+    }
     /**
+     * Builds autocomplete options for variable shorthand syntax (.varName or $varName).
+     * @param {import('../autocomplete/EnhancedMacroAutoCompleteOption.js').MacroAutoCompleteContext} context
+     * @param {Object} [opts] - Optional configuration.
+     * @param {boolean} [opts.forIfCondition=false] - If true, options are for {{if}} condition (closes with }}).
+     * @param {string} [opts.paddingAfter=''] - Whitespace to add before closing }}.
+     * @returns {(EnhancedMacroAutoCompleteOption|MacroFlagAutoCompleteOption|MacroClosingTagAutoCompleteOption|VariableShorthandAutoCompleteOption|VariableNameAutoCompleteOption|VariableOperatorAutoCompleteOption)[]}
+     */
+    #buildVariableShorthandOptions(context, opts = {}) {
+        const { forIfCondition = false, paddingAfter = '' } = opts;
+        /** @type {(VariableShorthandAutoCompleteOption|VariableNameAutoCompleteOption|VariableOperatorAutoCompleteOption)[]} */
+        const options = [];
+        const isLocal = context.variablePrefix === '.';
+        const scope = isLocal ? 'local' : 'global';
+        // Always show the typed variable prefix as a non-completable option (like flags do)
+        // This allows the details panel to show information about the prefix
+        const prefixDef = VariableShorthandDefinitions.get(context.variablePrefix);
+        if (prefixDef) {
+            const prefixOption = new VariableShorthandAutoCompleteOption(prefixDef);
+            prefixOption.valueProvider = () => ''; // Already typed, don't re-insert
+            prefixOption.makeSelectable = false;
+            prefixOption.sortPriority = 1; // Show at top
+            options.push(prefixOption);
+        }
+        // If typing the variable name, suggest existing variables
+        if (context.isTypingVariableName) {
+            // Get existing variable names from the appropriate scope
+            // Filter to only include names that are valid for shorthand syntax
+            const existingVariables = this.#getVariableNames(scope)
+                .filter(name => isValidVariableShorthandName(name));
+            // Add existing variables that match the typed name
+            for (const varName of existingVariables) {
+                const option = new VariableNameAutoCompleteOption(varName, scope, false);
+                // For {{if}} condition, provide full value with closing braces
+                if (forIfCondition) {
+                    option.valueProvider = () => `${varName}${paddingAfter}}}`; // No variable prefix, as that has been written and committed already.
+                    option.makeSelectable = true;
+                }
+                // Variables matching the typed prefix get higher priority
+                if (varName.startsWith(context.variableName)) {
+                    option.sortPriority = 3;
+                } else {
+                    option.sortPriority = 10;
+                }
+                options.push(option);
+            }
+            // If typing a name that doesn't exist, offer to create a new variable
+            // But if the name is invalid for shorthand syntax, show a warning instead
+            if (context.variableName.length > 0 && !existingVariables.includes(context.variableName)) {
+                const isInvalid = !isValidVariableShorthandName(context.variableName);
+                const newVarOption = new VariableNameAutoCompleteOption(context.variableName, scope, true, isInvalid);
+                newVarOption.sortPriority = isInvalid ? 2 : 4; // Invalid names get higher priority to show warning
+                if (isInvalid) {
+                    // Make it non-selectable since it can't be used
+                    newVarOption.valueProvider = () => '';
+                    newVarOption.makeSelectable = false;
+                } else if (forIfCondition) {
+                    // For {{if}} condition, provide full value with closing braces
+                    newVarOption.valueProvider = () => `${context.variablePrefix}${context.variableName}${paddingAfter}}}`;
+                }
+                options.push(newVarOption);
+            }
+        }
+        // If there are invalid trailing characters after the variable name, show a warning
+        if (context.hasInvalidTrailingChars) {
+            // Show the full invalid name (variableName + invalidTrailingChars) with a warning
+            const fullInvalidName = context.variableName + (context.invalidTrailingChars || '');
+            const invalidOption = new VariableNameAutoCompleteOption(
+                fullInvalidName,
+                scope,
+                false,
+                true, // isInvalidName - triggers warning display
+            );
+            invalidOption.valueProvider = () => ''; // Don't insert anything
+            invalidOption.makeSelectable = false;
+            invalidOption.sortPriority = 2;
+            invalidOption.matchProvider = () => true; // Always show
+            options.push(invalidOption);
+            // Return early - don't show operators when syntax is invalid
+            return options;
+        }
+        // If ready for operator (after variable name), suggest operators
+        if (context.isTypingOperator) {
+            // Show the current variable name as context (already typed)
+            const varNameOption = new VariableNameAutoCompleteOption(context.variableName, scope, false);
+            varNameOption.valueProvider = () => ''; // Already typed, don't re-insert
+            varNameOption.sortPriority = 2;
+            varNameOption.matchProvider = () => true; // Always show
+            options.push(varNameOption);
+            // Then show available operators, filtered by partial prefix if any
+            const partialOp = context.partialOperator || '';
+            for (const [, operatorDef] of VariableOperatorDefinitions) {
+                // Filter by partial operator prefix if user is typing one
+                if (partialOp && !operatorDef.symbol.startsWith(partialOp)) {
+                    continue;
+                }
+                const opOption = new VariableOperatorAutoCompleteOption(operatorDef);
+                opOption.sortPriority = 5;
+                // Always match operators when showing operator suggestions
+                opOption.matchProvider = () => true;
+                options.push(opOption);
+            }
+        }
+        // If typing value (after = or +=), no autocomplete needed - freeform text
+        // But we can show the current context for reference
+        if (context.isTypingValue) {
+            // Show the current variable name as context
+            const varNameOption = new VariableNameAutoCompleteOption(context.variableName, scope, false);
+            varNameOption.valueProvider = () => ''; // Context only
+            varNameOption.sortPriority = 2;
+            varNameOption.matchProvider = () => true; // Always show
+            options.push(varNameOption);
+            // Show the operator that was used
+            if (context.variableOperator) {
+                const opDef = VariableOperatorDefinitions.get(context.variableOperator);
+                if (opDef) {
+                    const opOption = new VariableOperatorAutoCompleteOption(opDef);
+                    opOption.valueProvider = () => ''; // Already typed
+                    opOption.sortPriority = 3;
+                    opOption.matchProvider = () => true; // Always show
+                    options.push(opOption);
+                }
+            }
+        }
+        // If operator is complete (++ or --), show context without value input
+        if (context.isOperatorComplete) {
+            // Show the current variable name as context
+            const varNameOption = new VariableNameAutoCompleteOption(context.variableName, scope, false);
+            varNameOption.valueProvider = () => ''; // Context only
+            varNameOption.sortPriority = 2;
+            varNameOption.matchProvider = () => true; // Always show
+            options.push(varNameOption);
+            // Show the operator that was used
+            if (context.variableOperator) {
+                const opDef = VariableOperatorDefinitions.get(context.variableOperator);
+                if (opDef) {
+                    const opOption = new VariableOperatorAutoCompleteOption(opDef);
+                    opOption.valueProvider = () => ''; // Already typed
+                    opOption.sortPriority = 3;
+                    opOption.matchProvider = () => true; // Always show
+                    options.push(opOption);
+                }
+            }
+        }
+        return options;
+    }
+    /**
+     * Gets variable names from the specified scope.
+     * @param {'local'|'global'} scope - The variable scope.
+     * @returns {string[]} Array of variable names.
+     */
+    #getVariableNames(scope) {
+        try {
+            // Import chat_metadata and extension_settings dynamically to avoid circular deps
+            // These are the same sources used by commonEnumProviders.variables
+            if (scope === 'local') {
+                // Local variables are in chat_metadata.variables
+                return Object.keys(chat_metadata?.variables ?? {});
+            } else {
+                // Global variables are in extension_settings.variables.global
+                return Object.keys(extension_settings?.variables?.global ?? {});
+            }
+        } catch {
+            return [];
+        }
+    }
+    /**
      * Builds autocomplete options for {{if}} condition - shows zero-arg macros as shorthand.
      * @param {import('../autocomplete/EnhancedMacroAutoCompleteOption.js').MacroAutoCompleteContext} context
      * @param {import('../macros/engine/MacroRegistry.js').MacroDefinition[]} allMacros

         const leadingMatch = macroInnerText.match(/^(\s*)/);
         const paddingAfter = leadingMatch ? leadingMatch[1] : '';
+        // Get the condition text being typed (trimmed for detection)
+        const conditionText = (context.args[0] || '').trim();
+        // Check for inversion prefix (!) - also trim whitespace after !
+        const hasInversionPrefix = conditionText.startsWith('!');
+        const conditionAfterInversion = hasInversionPrefix ? conditionText.slice(1).trimStart() : conditionText;
+        const inversionOption = new SimpleAutoCompleteOption({
+            name: '!',
+            symbol: '🔁',
+            description: 'Invert condition (NOT)',
+            detailedDescription: 'Inverts the condition result. If the condition is truthy, it becomes falsy, and vice versa.<br><br>Example: <code>{{if !myVar}}</code> executes when <code>myVar</code> is empty or zero.',
+            type: 'inverse',
+        });
+        // Check if condition starts with a variable shorthand prefix (with or without !)
+        const isTypingVariableShorthand = conditionAfterInversion.startsWith('.') || conditionAfterInversion.startsWith('$');
+        if (isTypingVariableShorthand) {
+            // User is typing a variable shorthand - reuse #buildVariableShorthandOptions
+            const prefix = /** @type {'.'|'$'} */ (conditionAfterInversion[0]);
+            const varNameTyped = conditionAfterInversion.slice(1); // Variable name after the prefix
+            // If inverted, show the ! as non-selectable context
+            if (hasInversionPrefix) {
+                inversionOption.valueProvider = () => ''; // Already typed
+                inversionOption.makeSelectable = false;
+                inversionOption.sortPriority = 0;
+                options.push(inversionOption);
+            }
+            // Create a synthetic context for #buildVariableShorthandOptions
+            /** @type {import('../autocomplete/EnhancedMacroAutoCompleteOption.js').MacroAutoCompleteContext} */
+            const varContext = {
+                ...context,
+                isVariableShorthand: true,
+                variablePrefix: prefix,
+                variableName: varNameTyped,
+                isTypingVariableName: true,
+                isTypingOperator: false,
+                isTypingValue: false,
+                isOperatorComplete: false,
+                hasInvalidTrailingChars: false,
+                variableOperator: null,
+                variableValue: '',
+            };
+            const varOptions = this.#buildVariableShorthandOptions(varContext, { forIfCondition: true, paddingAfter });
+            options.push(...varOptions);
+            return options;
+        }
+        // Not typing a variable shorthand - show macro options, variable shorthand prefixes, and inversion
+        // Show ! inversion option at the top when nothing typed, or keep it visible (non-selectable) if already typed
+        if (conditionText.length === 0) {
+            // Nothing typed - offer ! as selectable option
+            inversionOption.valueProvider = () => '!';
+            inversionOption.makeSelectable = true;
+            inversionOption.sortPriority = -1; // Show at very top
+            options.push(inversionOption);
+        } else if (hasInversionPrefix && conditionAfterInversion.length === 0) {
+            // Just ! typed - show it as non-selectable context, then show macro names and variable prefixes
+            inversionOption.valueProvider = () => ''; // Already typed
+            inversionOption.makeSelectable = false;
+            inversionOption.sortPriority = -1;
+            options.push(inversionOption);
+        }
+        // Add variable shorthand prefix options when no content typed yet (or just ! typed)
+        if (conditionAfterInversion.length === 0) {
+            for (const [, prefixDef] of VariableShorthandDefinitions) {
+                const prefixOption = new VariableShorthandAutoCompleteOption(prefixDef);
+                // Complete with just the prefix symbol
+                prefixOption.valueProvider = () => prefixDef.type;
+                prefixOption.makeSelectable = true;
+                prefixOption.sortPriority = 0; // Show at top
+                options.push(prefixOption);
+            }
+        }
         // Add zero-arg macros as condition shorthand options
         for (const macro of allMacros) {
             // Only include macros that require zero arguments (can be auto-resolved)

tests/.eslintrc.cjs+1 -0 Viewed

         'node_modules/**/*',
     ],
     globals: {
+        SillyTavern: 'readonly',
     },
     rules: {
         'no-unused-vars': ['error', { args: 'none' }],

tests/frontend/MacroEngine.e2e.js+207 -0 Viewed

             expect(output).toBe('Message (by EnvChar)');
         });
     });
+    test.describe('Variable Shorthand Syntax', () => {
+        // {{.myvar}} - get local variable
+        test('should get local variable with . shorthand', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{.myvar}}', { local: { myvar: 'hello' } });
+            expect(output).toBe('hello');
+        });
+        // {{$myvar}} - get global variable
+        test('should get global variable with $ shorthand', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{$myvar}}', { global: { myvar: 'world' } });
+            expect(output).toBe('world');
+        });
+        // {{.myvar = value}} - set local variable (setvar returns empty string)
+        test('should set local variable with = shorthand', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{.myvar = test}}Value: {{.myvar}}', { local: {} });
+            // setvar returns '', then "Value: ", then getvar returns "test"
+            expect(output).toBe('Value: test');
+        });
+        // {{.counter++}} - increment local variable (incvar returns new value)
+        test('should increment local variable with ++ shorthand', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{.counter++}}', { local: { counter: '5' } });
+            expect(output).toBe('6');
+        });
+        // {{$counter--}} - decrement global variable (decvar returns new value)
+        test('should decrement global variable with -- shorthand', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{$counter--}}', { global: { counter: '10' } });
+            expect(output).toBe('9');
+        });
+        // {{.myvar += 5}} - add to local variable (addvar returns empty string)
+        test('should add to local variable with += shorthand', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{.myvar += 3}}Then: {{.myvar}}', { local: { myvar: '7' } });
+            // addvar returns '', then "Then: ", then getvar returns "10"
+            expect(output).toBe('Then: 10');
+        });
+        // Nested macro in value: {{.myvar = {{user}}}}
+        test('should support nested macro in variable value', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{.greeting = Hello {{user}}}}{{.greeting}}', { local: {} });
+            // setvar returns '', then getvar returns "Hello User"
+            expect(output).toBe('Hello User');
+        });
+        // Whitespace handling: {{ .myvar = value }}
+        test('should handle whitespace in variable shorthand', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{ .myvar = spaced }}{{.myvar}}', { local: {} });
+            // setvar returns '', then getvar returns "spaced"
+            expect(output).toBe('spaced');
+        });
+        // Variable with hyphen in name: {{.my-var}}
+        test('should handle variable name with hyphens', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{.my-var}}', { local: { 'my-var': 'hyphenated' } });
+            expect(output).toBe('hyphenated');
+        });
+        // Variable with underscore: {{.my_var}}
+        test('should handle variable name with underscores', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{.my_var}}', { local: { 'my_var': 'underscored' } });
+            expect(output).toBe('underscored');
+        });
+        // Non-existent variable returns empty string
+        test('should return empty string for non-existent variable', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, 'Value:[{{.nonexistent}}]', { local: {} });
+            expect(output).toBe('Value:[]');
+        });
+        // Increment non-existent variable (should start from 0)
+        test('should increment non-existent variable starting from 0', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{.newcounter++}}', { local: {} });
+            expect(output).toBe('1');
+        });
+        // Chain multiple operations
+        test('should handle multiple variable operations in sequence', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{.x = 5}}{{.x++}}{{.x += 10}}{{.x}}', { local: {} });
+            // setvar returns '', incvar returns '6', addvar returns '', getvar returns '16'
+            expect(output).toBe('616');
+        });
+    });
+    test.describe('Variable Shorthand in {{if}} Macro', () => {
+        // {{if .myvar}}...{{/if}} - truthy local variable
+        test('should evaluate truthy local variable in if condition', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{if .flag}}Yes{{/if}}', { local: { flag: '1' } });
+            expect(output).toBe('Yes');
+        });
+        // {{if .myvar}}...{{/if}} - falsy local variable
+        test('should evaluate falsy local variable in if condition', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{if .flag}}Yes{{/if}}', { local: { flag: '' } });
+            expect(output).toBe('');
+        });
+        // {{if $globalvar}}...{{/if}} - truthy global variable
+        test('should evaluate truthy global variable in if condition', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{if $enabled}}Active{{/if}}', { global: { enabled: 'true' } });
+            expect(output).toBe('Active');
+        });
+        // {{if !.myvar}}...{{/if}} - inverted condition
+        test('should evaluate inverted variable condition', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{if !.flag}}Not set{{/if}}', { local: { flag: '' } });
+            expect(output).toBe('Not set');
+        });
+        // {{if !$globalvar}}...{{/if}} - inverted global
+        test('should evaluate inverted global variable condition', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{if !$disabled}}Enabled{{/if}}', { global: { disabled: '' } });
+            expect(output).toBe('Enabled');
+        });
+        // {{if ! .myvar}}...{{/if}} - inverted with whitespace
+        test('should evaluate inverted condition with whitespace after !', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{if ! .empty}}Empty{{/if}}', { local: { empty: '' } });
+            expect(output).toBe('Empty');
+        });
+        // Non-existent variable is falsy
+        test('should treat non-existent variable as falsy in if condition', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{if .nonexistent}}Yes{{else}}No{{/if}}', { local: {} });
+            expect(output).toBe('No');
+        });
+        // {{if .myvar}}...{{else}}...{{/if}} - with else branch
+        test('should handle else branch with variable shorthand', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{if .active}}On{{else}}Off{{/if}}', { local: { active: 'yes' } });
+            expect(output).toBe('On');
+        });
+        // Variable with hyphen in if condition
+        test('should handle variable with hyphen in if condition', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{if .is-valid}}Valid{{/if}}', { local: { 'is-valid': '1' } });
+            expect(output).toBe('Valid');
+        });
+        // Combine set and if
+        test('should work with variable set before if check', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{.ready = yes}}{{if .ready}}Ready!{{/if}}', { local: {} });
+            expect(output).toBe('Ready!');
+        });
+        // Zero is falsy
+        test('should treat zero as falsy in if condition', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{if .count}}Has count{{else}}No count{{/if}}', { local: { count: '0' } });
+            expect(output).toBe('No count');
+        });
+        // Non-zero number is truthy
+        test('should treat non-zero number as truthy in if condition', async ({ page }) => {
+            const output = await evaluateWithEngineAndVariables(page, '{{if .count}}Count: {{.count}}{{/if}}', { local: { count: '42' } });
+            expect(output).toBe('Count: 42');
+        });
+    });
 });
 /**

         page.off('console', handler);
+    }
+}
+/**
+ * Evaluates the given input string with pre-set variables.
+ * Variables are set via SillyTavern.getContext().variables which is where
+ * the variable macros read/write their data.
+ *
+ * @param {import('@playwright/test').Page} page
+ * @param {string} input
+ * @param {{ local?: Record<string, string>, global?: Record<string, string> }} variables
+ * @returns {Promise<string>}
+ */
+async function evaluateWithEngineAndVariables(page, input, variables) {
+    const result = await page.evaluate(async ({ input, variables }) => {
+        /** @type {import('../../public/scripts/macros/engine/MacroEngine.js')} */
+        const { MacroEngine } = await import('./scripts/macros/engine/MacroEngine.js');
+        /** @type {import('../../public/scripts/macros/engine/MacroEnvBuilder.js')} */
+        const { MacroEnvBuilder } = await import('./scripts/macros/engine/MacroEnvBuilder.js');
+        // Get the SillyTavern context for variable access
+        const ctx = SillyTavern.getContext();
+        // Pre-set local variables
+        if (variables.local) {
+            for (const [key, value] of Object.entries(variables.local)) {
+                ctx.variables.local.set(key, value);
+            }
+        }
+        // Pre-set global variables
+        if (variables.global) {
+            for (const [key, value] of Object.entries(variables.global)) {
+                ctx.variables.global.set(key, value);
+            }
+        }
+        /** @type {import('../../public/scripts/macros/engine/MacroEnvBuilder.js').MacroEnvRawContext} */
+        const rawEnv = {
+            content: input,
+            name1Override: 'User',
+            name2Override: 'Character',
+        };
+        const env = MacroEnvBuilder.buildFromRawEnv(rawEnv);
+        const output = await MacroEngine.evaluate(input, env);
+        return output;
+    }, { input, variables });
+    return result;
+}

tests/frontend/MacroLexer.e2e.js+228 -30 Viewed

             expect(tokens).toEqual(expectedTokens);
         });
-        // {{.variable}}
-        test('should support . flag', async ({ page }) => {
-            const input = '{{.variable}}';
-            const tokens = await runLexerGetTokens(page, input);
-            const expectedTokens = [
-                { type: 'Macro.Start', text: '{{' },
-                { type: 'Macro.Flag', text: '.' },
-                { type: 'Macro.Identifier', text: 'variable' },
-                { type: 'Macro.End', text: '}}' },
-            ];
-            expect(tokens).toEqual(expectedTokens);
-        });
-        // {{$variable}}
-        test('should support alias $ flag', async ({ page }) => {
-            const input = '{{$variable}}';
-            const tokens = await runLexerGetTokens(page, input);
-            const expectedTokens = [
-                { type: 'Macro.Start', text: '{{' },
-                { type: 'Macro.Flag', text: '$' },
-                { type: 'Macro.Identifier', text: 'variable' },
-                { type: 'Macro.End', text: '}}' },
-            ];
-            expect(tokens).toEqual(expectedTokens);
-        });
         // {{#legacy}}
         test('should support legacy # flag', async ({ page }) => {
             const input = '{{#legacy}}';

         });
         // {{ ! .importantvariable }}
         test('should support multiple flags with whitespace', async ({ page }) => {
-            const input = '{{ !.importantvariable }}';
+            const input = '{{ !#importantvariable }}';
             const tokens = await runLexerGetTokens(page, input);
             const expectedTokens = [
                 { type: 'Macro.Start', text: '{{' },
                 { type: 'Macro.Flag', text: '!' },
-                { type: 'Macro.Flag', text: '.' },
+                { type: 'Macro.Flag', text: '#' },
                 { type: 'Macro.Identifier', text: 'importantvariable' },
                 { type: 'Macro.End', text: '}}' },
             ];

         });
     });
+    test.describe('Variable Shorthand Syntax', () => {
+        // {{.variable}} - Local variable get
+        test('should tokenize local variable shorthand', async ({ page }) => {
+            const input = '{{.myvar}}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.LocalPrefix', text: '.' },
+                { type: 'Var.Identifier', text: 'myvar' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{$variable}} - Global variable get
+        test('should tokenize global variable shorthand', async ({ page }) => {
+            const input = '{{$myvar}}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.GlobalPrefix', text: '$' },
+                { type: 'Var.Identifier', text: 'myvar' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{.my-var}} - Variable with hyphen in name
+        test('should tokenize variable with hyphen in name', async ({ page }) => {
+            const input = '{{.my-var}}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.LocalPrefix', text: '.' },
+                { type: 'Var.Identifier', text: 'my-var' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{.counter++}} - Increment operator
+        test('should tokenize increment operator', async ({ page }) => {
+            const input = '{{.counter++}}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.LocalPrefix', text: '.' },
+                { type: 'Var.Identifier', text: 'counter' },
+                { type: 'Var.Increment', text: '++' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{$counter--}} - Decrement operator
+        test('should tokenize decrement operator', async ({ page }) => {
+            const input = '{{$counter--}}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.GlobalPrefix', text: '$' },
+                { type: 'Var.Identifier', text: 'counter' },
+                { type: 'Var.Decrement', text: '--' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{.myvar = value}} - Set operator
+        test('should tokenize set operator with value', async ({ page }) => {
+            const input = '{{.myvar = hello}}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.LocalPrefix', text: '.' },
+                { type: 'Var.Identifier', text: 'myvar' },
+                { type: 'Var.Equals', text: '=' },
+                { type: 'Identifier', text: 'hello' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{.myvar += 5}} - Add operator
+        test('should tokenize add operator with value', async ({ page }) => {
+            const input = '{{.myvar += 5}}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.LocalPrefix', text: '.' },
+                { type: 'Var.Identifier', text: 'myvar' },
+                { type: 'Var.PlusEquals', text: '+=' },
+                { type: 'Unknown', text: '5' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{ !.importantvariable }} - Variable prefix after flags
+        test('should tokenize variable prefix after flags', async ({ page }) => {
+            const input = '{{ !.importantvariable }}';
+            const tokens = await runLexerGetTokens(page, input);
+            // When . is encountered, it triggers variable mode regardless of previous flags
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Macro.Flag', text: '!' },
+                { type: 'Var.LocalPrefix', text: '.' },
+                { type: 'Var.Identifier', text: 'importantvariable' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{.my-long-var-name}} - Variable with multiple hyphens
+        test('should tokenize variable with multiple hyphens', async ({ page }) => {
+            const input = '{{.my-long-var-name}}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.LocalPrefix', text: '.' },
+                { type: 'Var.Identifier', text: 'my-long-var-name' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{.myvar = Hello {{user}}}} - Nested macro in value
+        test('should tokenize nested macro in variable value', async ({ page }) => {
+            const input = '{{.myvar = Hello {{user}}}}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.LocalPrefix', text: '.' },
+                { type: 'Var.Identifier', text: 'myvar' },
+                { type: 'Var.Equals', text: '=' },
+                { type: 'Identifier', text: 'Hello' },
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Macro.Identifier', text: 'user' },
+                { type: 'Macro.End', text: '}}' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{ .myvar }} - Whitespace around variable shorthand
+        test('should tokenize variable shorthand with surrounding whitespace', async ({ page }) => {
+            const input = '{{ .myvar }}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.LocalPrefix', text: '.' },
+                { type: 'Var.Identifier', text: 'myvar' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{$myVar123}} - Variable with numbers
+        test('should tokenize variable with numbers in name', async ({ page }) => {
+            const input = '{{$myVar123}}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.GlobalPrefix', text: '$' },
+                { type: 'Var.Identifier', text: 'myVar123' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{.my_var}} - Variable with underscore
+        test('should tokenize variable with underscore in name', async ({ page }) => {
+            const input = '{{.my_var}}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.LocalPrefix', text: '.' },
+                { type: 'Var.Identifier', text: 'my_var' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+        // {{.counter ++ }} - Increment with whitespace
+        test('should tokenize increment operator with surrounding whitespace', async ({ page }) => {
+            const input = '{{.counter ++ }}';
+            const tokens = await runLexerGetTokens(page, input);
+            const expectedTokens = [
+                { type: 'Macro.Start', text: '{{' },
+                { type: 'Var.LocalPrefix', text: '.' },
+                { type: 'Var.Identifier', text: 'counter' },
+                { type: 'Var.Increment', text: '++' },
+                { type: 'Macro.End', text: '}}' },
+            ];
+            expect(tokens).toEqual(expectedTokens);
+        });
+    });
     test.describe('Macro Output Modifiers', () => {
         // {{macro | outputModifier}}
         test('should support output modifier without arguments', async ({ page }) => {

tests/frontend/MacroParser.e2e.js+167 -8 Viewed

                 'Macro.End': '}}',
             });
         });
+    });
-        // {{.myvar}} - variable shorthand
+    test.describe('Variable Shorthand Syntax', () => {
-        test('should parse macro with variable dot shorthand flag', async ({ page }) => {
+        // {{.myvar}} - local variable get
+        test('should parse local variable shorthand', async ({ page }) => {
             const input = '{{.myvar}}';
             const macroCst = await runParser(page, input);
             expect(macroCst).toEqual({
                 'Macro.Start': '{{',
-                'flags': '.',
+                'variableExpr': {
-                'Macro.identifier': 'myvar',
+                    'Var.scope': '.',
+                    'Var.identifier': 'myvar',
+                },
                 'Macro.End': '}}',
             });
         });
-        // {{$myvar}} - variable shorthand
+        // {{$myvar}} - global variable get
-        test('should parse macro with variable dollar shorthand flag', async ({ page }) => {
+        test('should parse global variable shorthand', async ({ page }) => {
             const input = '{{$myvar}}';
             const macroCst = await runParser(page, input);
             expect(macroCst).toEqual({
                 'Macro.Start': '{{',
-                'flags': '$',
+                'variableExpr': {
-                'Macro.identifier': 'myvar',
+                    'Var.scope': '$',
+                    'Var.identifier': 'myvar',
+                },
+                'Macro.End': '}}',
+            });
+        });
+        // {{.my-var}} - variable with hyphen in name
+        test('should parse variable with hyphen in name', async ({ page }) => {
+            const input = '{{.my-var}}';
+            const macroCst = await runParser(page, input);
+            expect(macroCst).toEqual({
+                'Macro.Start': '{{',
+                'variableExpr': {
+                    'Var.scope': '.',
+                    'Var.identifier': 'my-var',
+                },
+                'Macro.End': '}}',
+            });
+        });
+        // {{.myvar = value}} - set operator
+        test('should parse variable set shorthand', async ({ page }) => {
+            const input = '{{.myvar = hello}}';
+            const macroCst = await runParser(page, input);
+            expect(macroCst).toEqual({
+                'Macro.Start': '{{',
+                'variableExpr': {
+                    'Var.scope': '.',
+                    'Var.identifier': 'myvar',
+                    'variableOperator': {
+                        'Var.operator': '=',
+                        'Var.value': {
+                            'Identifier': 'hello',
+                        },
+                    },
+                },
+                'Macro.End': '}}',
+            });
+        });
+        // {{.counter++}} - increment operator
+        test('should parse variable increment shorthand', async ({ page }) => {
+            const input = '{{.counter++}}';
+            const macroCst = await runParser(page, input);
+            expect(macroCst).toEqual({
+                'Macro.Start': '{{',
+                'variableExpr': {
+                    'Var.scope': '.',
+                    'Var.identifier': 'counter',
+                    'variableOperator': {
+                        'Var.operator': '++',
+                    },
+                },
+                'Macro.End': '}}',
+            });
+        });
+        // {{$counter--}} - decrement operator
+        test('should parse global variable decrement shorthand', async ({ page }) => {
+            const input = '{{$counter--}}';
+            const macroCst = await runParser(page, input);
+            expect(macroCst).toEqual({
+                'Macro.Start': '{{',
+                'variableExpr': {
+                    'Var.scope': '$',
+                    'Var.identifier': 'counter',
+                    'variableOperator': {
+                        'Var.operator': '--',
+                    },
+                },
+                'Macro.End': '}}',
+            });
+        });
+        // {{.myvar += 5}} - add operator
+        test('should parse variable add shorthand', async ({ page }) => {
+            const input = '{{.myvar += 5}}';
+            const macroCst = await runParser(page, input);
+            expect(macroCst).toEqual({
+                'Macro.Start': '{{',
+                'variableExpr': {
+                    'Var.scope': '.',
+                    'Var.identifier': 'myvar',
+                    'variableOperator': {
+                        'Var.operator': '+=',
+                        'Var.value': {
+                            'Unknown': '5',
+                        },
+                    },
+                },
+                'Macro.End': '}}',
+            });
+        });
+        // {{.myvar = Hello {{user}}}} - nested macro in value
+        test('should parse nested macro in variable value', async ({ page }) => {
+            const input = '{{.myvar = Hello {{user}}}}';
+            const macroCst = await runParser(page, input);
+            expect(macroCst).toEqual({
+                'Macro.Start': '{{',
+                'variableExpr': {
+                    'Var.scope': '.',
+                    'Var.identifier': 'myvar',
+                    'variableOperator': {
+                        'Var.operator': '=',
+                        'Var.value': {
+                            'Identifier': 'Hello',
+                            'macro': {
+                                'Macro.Start': '{{',
+                                'Macro.identifier': 'user',
+                                'Macro.End': '}}',
+                            },
+                        },
+                    },
+                },
+                'Macro.End': '}}',
+            });
+        });
+        // {{ .myvar = spaced }} - whitespace handling
+        test('should parse variable shorthand with whitespace', async ({ page }) => {
+            const input = '{{ .myvar = spaced }}';
+            const macroCst = await runParser(page, input);
+            expect(macroCst).toEqual({
+                'Macro.Start': '{{',
+                'variableExpr': {
+                    'Var.scope': '.',
+                    'Var.identifier': 'myvar',
+                    'variableOperator': {
+                        'Var.operator': '=',
+                        'Var.value': {
+                            'Identifier': 'spaced',
+                        },
+                    },
+                },
                 'Macro.End': '}}',
             });
         });

+        }
         if (node.children) {
             const simplifiedChildren = {};
+            // Special handling: merge macroBody children into parent (flatten the structure)
+            // This preserves backward compatibility with existing tests after parser refactor
+            if (node.children.macroBody && Array.isArray(node.children.macroBody) && node.children.macroBody.length === 1) {
+                const macroBody = node.children.macroBody[0];
+                if (macroBody.children) {
+                    for (const bodyKey in macroBody.children) {
+                        node.children[bodyKey] = macroBody.children[bodyKey];
+                    }
+                }
+                delete node.children.macroBody;
+            }
             for (const key in node.children) {
                 function simplifyChildNode(childNode, path) {
                     if (Array.isArray(childNode)) {