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* Android Split Tokens Format for Android/Jetpack Compose
*
* Generates multiple Kotlin files with structured token output:
* - SalesforceCosmosSystemColors.kt - System color objects (Light/Dark)
* - SalesforceCosmosReferenceColors.kt - Reference color objects (Light/Dark)
* - SalesforceCosmosSemanticColors.kt - Semantic color objects (Light/Dark)
* - SalesforceCosmosPaletteColors.kt - Palette color objects (per color family, Light/Dark)
* - SalesforceCosmosFonts.kt - Font size/weight/family objects
* - SalesforceCosmosShapes.kt - Border radius object
* - SalesforceCosmosSpacing.kt - Spacing object
* - SalesforceCosmosSizing.kt - Sizing object
* - SalesforceCosmosMotionDuration.kt - Duration object
*
* Note: Deprecated tokens are included with @Deprecated annotation.
*/
import Color from 'colorjs.io';
import {
convertDurationToMs,
getRawValueUnitValue,
resolveTokenReference,
isTokenReference,
parseOklch,
expandHexColor,
getTokensForCategory,
shouldSkipToken,
isDeprecatedToken,
isSystemColorToken,
isReferenceColorToken,
isSemanticColorToken,
generateDimensionOutput,
generateDurationOutput,
groupFontTokens,
generateFontFamilyOutput,
generateFontWeightOutput,
generateFontDimensionOutput,
generateLineHeightOutput,
generateTruncationOutput,
getTokenDescription,
PATH_INDEX,
CATEGORY,
FONT_SUBCATEGORY,
FONT_MODIFIER,
} from '../utils/mobile-helpers.js';
import { MODE_EXTENSION_KEY } from '../utils/constants.js';
import { processColorTokens } from '../utils/mobile-color-helpers.js';
// ============================================================================
// FILE HEADER GENERATOR
// ============================================================================
/**
* Generate file header with conditional imports based on what the file needs
* @param {string} purpose - Description of the file's purpose
* @param {Object} options - Import options
* @param {boolean} options.needsColor - Whether Color import is needed
* @param {boolean} options.needsDp - Whether dp import is needed
* @param {boolean} options.needsSp - Whether sp import is needed
* @returns {string} - File header with appropriate imports
*/
function generateFileHeader(purpose, options = { needsColor: false, needsDp: false, needsSp: false }) {
const imports = [];
if (options.needsColor) imports.push('import androidx.compose.ui.graphics.Color');
if (options.needsDp) imports.push('import androidx.compose.ui.unit.dp');
if (options.needsSp) imports.push('import androidx.compose.ui.unit.sp');
const importSection = imports.length > 0 ? imports.join('\n') + '\n\n' : '';
return `/*
* AUTO-GENERATED FILE. DO NOT EDIT.
*
* ${purpose}
*
* This file is intended for Compose-based Android projects.
*
* Note: Deprecated tokens are marked with @Deprecated annotation.
*/
package com.salesforce.android.sharedui.tokens
${importSection}`;
}
// ============================================================================
// DEPRECATION ANNOTATION
// ============================================================================
/**
* Generate Kotlin @Deprecated annotation for a token
* @param {object} token - Token object
* @returns {string} - Kotlin @Deprecated annotation
*/
function generateDeprecationAnnotation(token) {
const description = token.$description || token.original?.$description || '';
const message = description || `Token ${token.path.join('.')} is deprecated`;
const escapedMessage = message.replace(/"/g, '\\"');
const originalValue = token.original?.$value;
if (originalValue && isTokenReference(originalValue)) {
const replacement = originalValue.slice(1, -1);
return ` @Deprecated("${escapedMessage}", replaceWith = ReplaceWith("${replacement}"))\n`;
}
return ` @Deprecated("${escapedMessage}")\n`;
}
// ============================================================================
// COLOR UTILITIES
// ============================================================================
// Constants for color conversions
const COMPOSE_COLOR_PREFIX = '0xFF';
const HEX_COLOR_LENGTH = 6;
/**
* Convert OKLCH color format to hexadecimal
*/
function oklchToHex(oklch) {
const components = parseOklch(oklch);
if (!components) {
throw new Error(`[Android-Split] Could not parse OKLCH color: ${JSON.stringify(oklch)}`);
}
const [L, C, H] = components;
const color = new Color('oklch', [L, C, H]);
const srgb = color.to('srgb');
return srgb.toString({ format: 'hex' }).toUpperCase().replace('#', '');
}
/**
* Convert hex color to Compose Color constructor format
*/
function toComposeColor(hex) {
const cleanHex = expandHexColor(hex);
// Validate hex length after expansion
if (cleanHex.length !== HEX_COLOR_LENGTH) {
throw new Error(`[Android-Split] Invalid hex color: "${hex}" (expected 3 or 6 character hex)`);
}
return `Color(${COMPOSE_COLOR_PREFIX}${cleanHex})`;
}
/**
* Resolve a color value to uppercase hex
*/
function resolveColorToHex(colorValue, allTokens, visited = new Set()) {
if (!colorValue) return null;
// Handle token reference
if (isTokenReference(colorValue)) {
const refValue = resolveTokenReference(colorValue, allTokens, visited);
if (refValue !== null) {
return resolveColorToHex(refValue, allTokens, visited);
}
return null;
}
// Handle OKLCH (string or object)
if (parseOklch(colorValue)) {
return oklchToHex(colorValue);
}
// Handle hex string
Eif (typeof colorValue === 'string') {
const cleanHex = expandHexColor(colorValue);
// Validate after expansion to ensure we have a 6-digit hex
if (cleanHex.length === HEX_COLOR_LENGTH && /^[0-9a-f]{6}$/i.test(cleanHex)) {
return cleanHex.toUpperCase();
}
}
return null;
}
// ============================================================================
// NAMING UTILITIES
// ============================================================================
/**
* Convert token path to short property name for objects
* Example: ['slds', 'g', 'spacing', '1'] -> 'spacing1'
*/
function pathToShortPropertyName(path) {
// Skip namespace and scope (slds.g), then take from category onwards
const relevantPath = path.slice(PATH_INDEX.CATEGORY);
// Helper to convert a segment with hyphens to camelCase
const toCamelCase = (segment) => {
return segment.replace(/-([a-z])/g, (g) => g[1].toUpperCase());
};
return relevantPath
.map((segment, index) => {
const camelSegment = toCamelCase(segment);
// First segment lowercase, subsequent segments capitalize first letter
if (index === 0) {
return camelSegment.toLowerCase();
}
return camelSegment.charAt(0).toUpperCase() + camelSegment.slice(1);
})
.join('');
}
/**
* Convert token path to property name for scoped font objects
* Skips category and subcategory since they're already in the class name
* Example: ['slds', 'g', 'font', 'scale', '1'] -> 'scale1'
*/
function pathToScopedFontPropertyName(path) {
// For font tokens, include subcategory + name for better clarity
// Path structure: [slds, g, font, subcategory, name, ...]
// Example: ['slds', 'g', 'font', 'scale', '1'] -> 'scale1'
// Example: ['slds', 'g', 'font', 'weight', '1'] -> 'weight1'
// Example: ['slds', 'g', 'font', 'weight', 'bold'] -> 'bold' (semantic names don't get prefix)
// Example: ['slds', 'g', 'font', 'line-clamp'] -> 'lineclamp' (hyphen converted to camelCase)
const subcategory = path[PATH_INDEX.SUBCATEGORY]; // e.g., 'scale', 'weight', 'line-clamp'
const nameParts = path.slice(4); // Everything after subcategory
// Check if this is a semantic name (non-numeric) - if so, don't prefix with subcategory
// Note: 'base', 'var', 'ratio', and 'neg' tokens should always get the subcategory prefix for consistency
const firstNamePart = nameParts[0];
const isSemanticName =
firstNamePart && !/^\d/.test(firstNamePart) && !['base', 'var', 'ratio', 'neg'].includes(firstNamePart);
// For semantic names, use just the name parts. For numeric/structured names, include subcategory
const allParts = isSemanticName ? nameParts : [subcategory, ...nameParts];
return allParts
.map((segment, index) => {
// First segment lowercase, rest capitalize
if (index === 0) {
// Convert hyphens to camelCase for first segment
return segment
.split('-')
.map((word, wordIndex) => {
if (wordIndex === 0) return word.toLowerCase();
return word.charAt(0).toUpperCase() + word.slice(1).toLowerCase();
})
.join('');
}
// Convert hyphens to camelCase and capitalize the first letter for subsequent segments
const camelSegment = segment.replace(/-([a-z])/g, (g) => g[1].toUpperCase());
return camelSegment.charAt(0).toUpperCase() + camelSegment.slice(1);
})
.join('');
}
/**
* Convert token path to property name for scoped color objects
*/
function pathToScopedColorPropertyName(path) {
// For color tokens, skip namespace, scope, and category (color)
const relevantPath = path.slice(PATH_INDEX.SUBCATEGORY);
return relevantPath
.map((segment, index) => {
// First segment lowercase, rest capitalize first letter
if (index === 0) {
return segment.toLowerCase();
}
// Convert hyphens to camelCase and capitalize the first letter for subsequent segments
const camelSegment = segment.replace(/-([a-z])/g, (g) => g[1].toUpperCase());
return camelSegment.charAt(0).toUpperCase() + camelSegment.slice(1);
})
.join('');
}
// ============================================================================
// ANDROID PLATFORM CONFIG
// ============================================================================
/**
* Format an inline comment for descriptions
* @param {string|null} description - Description text
* @returns {string} - Formatted inline comment or empty string
*/
function formatInlineComment(description) {
return description ? ` // ${description}` : '';
}
const ANDROID_DIMENSION_CONFIG = {
objectDeclaration: 'object {{name}} {',
objectClose: '}',
valueProperty: (propName, value, description) =>
` val ${propName} = ${value}.dp${formatInlineComment(description)}\n`,
referenceProperty: (propName, refPropName, unit, description) =>
` val ${propName} get() = ${refPropName}${formatInlineComment(description)}\n`,
percentProperty: (propName, value, description) =>
` val ${propName}Percent = ${value}${formatInlineComment(description)}\n`,
deprecationAnnotation: generateDeprecationAnnotation,
};
const ANDROID_DURATION_CONFIG = {
objectDeclaration: 'object {{name}} {',
objectClose: '}',
valueProperty: (propName, msValue, description) =>
` val ${propName} = ${msValue}L${formatInlineComment(description)}\n`,
referenceProperty: (propName, refPropName, description) =>
` val ${propName} get() = ${refPropName}${formatInlineComment(description)}\n`,
deprecationAnnotation: generateDeprecationAnnotation,
};
// Android pathToShortPropertyName ignores category parameter (simple version)
const androidPathToPropertyName = (path) => pathToShortPropertyName(path);
// ============================================================================
// FONTS OUTPUT HELPER
// ============================================================================
/**
* Generate font tokens output for Android
* @param {object} params - Parameters
* @param {object} params.dictionary - Token dictionary
* @param {string} [params.themePrefix='SalesforceCosmos'] - Theme-specific class name prefix
* @returns {string} - Generated Kotlin code
*/
function generateFontsOutput({ dictionary, themePrefix = 'SalesforceCosmos' }) {
const tokens = dictionary.allTokens;
const fontTokens = getTokensForCategory(tokens, CATEGORY.FONT);
let output = generateFileHeader('Font design tokens for Android.', { needsSp: true });
// Group font tokens by sub-category using shared helper
const {
sizes: fontSizes,
weights: fontWeights,
families: fontFamilies,
lineHeights: fontLineHeights,
scales: fontScales,
truncation: fontTruncation,
} = groupFontTokens(fontTokens);
// Font Families - object with val
if (fontFamilies.length > 0) {
output += `object ${themePrefix}FontFamily {\n`;
const familyOutputs = generateFontFamilyOutput(fontFamilies, tokens, {
pathToPropertyName: pathToScopedFontPropertyName,
formatValue: (propName, fontStack, description) =>
` val ${propName} = "${fontStack}"${formatInlineComment(description)}\n`,
formatReference: (propName, refPropName, objectName, description) =>
` val ${propName} get() = ${objectName}.${refPropName}${formatInlineComment(description)}\n`,
objectName: `${themePrefix}FontFamily`,
deprecationAnnotation: generateDeprecationAnnotation,
});
output += familyOutputs.join('');
output += '}\n\n';
}
// Font Weights - object with val
if (fontWeights.length > 0) {
output += `object ${themePrefix}FontWeight {\n`;
const weightOutputs = generateFontWeightOutput(
fontWeights,
pathToScopedFontPropertyName,
(propName, value, description) => ` val ${propName} = ${value}${formatInlineComment(description)}\n`,
generateDeprecationAnnotation,
);
output += weightOutputs.join('');
output += '}\n\n';
}
// Font Sizes - object with val
if (fontSizes.length > 0) {
output += `object ${themePrefix}FontSize {\n`;
const sizeOutputs = generateFontDimensionOutput(fontSizes, tokens, {
pathToPropertyName: pathToScopedFontPropertyName,
formatValue: (propName, value, token, description) =>
` val ${propName} = ${value}.sp${formatInlineComment(description)}\n`,
formatReference: (propName, refToken, allTokens, description) => {
const refPropName = pathToScopedFontPropertyName(refToken.path);
return ` val ${propName} get() = ${themePrefix}FontScale.${refPropName}${formatInlineComment(description)}\n`;
},
useDimensionConversion: true,
expectedSubcategory: FONT_SUBCATEGORY.SCALE,
deprecationAnnotation: generateDeprecationAnnotation,
});
output += sizeOutputs.join('');
output += '}\n\n';
}
// Font Scales - object with val
if (fontScales.length > 0) {
output += `object ${themePrefix}FontScale {\n`;
const scaleOutputs = generateFontDimensionOutput(fontScales, tokens, {
pathToPropertyName: pathToScopedFontPropertyName,
formatValue: (propName, value, token, description) => {
// Check if this is a number type (like ratio) vs dimension type (like rem/px)
if (token.$type === 'number') {
return ` val ${propName} = ${value}f${formatInlineComment(description)}\n`;
}
return ` val ${propName} = ${value}.sp${formatInlineComment(description)}\n`;
},
formatReference: (propName, refToken, allTokens, description) => {
const refPropName = pathToScopedFontPropertyName(refToken.path);
return ` val ${propName} get() = ${refPropName}${formatInlineComment(description)}\n`;
},
useDimensionConversion: true, // Changed from false - Android scales need dimension conversion for px units
expectedSubcategory: FONT_SUBCATEGORY.SCALE,
deprecationAnnotation: generateDeprecationAnnotation,
});
output += scaleOutputs.join('');
output += '}\n\n';
}
// Font Line Heights - object with val
if (fontLineHeights.length > 0) {
output += `object ${themePrefix}FontLineHeight {\n`;
// Helper to build lineHeight property name from token path
const buildLineHeightName = (path, isDeprecated = false) => {
let nameParts = [];
// Current path: ['slds', 'g', 'font', 'line', 'height', ...]
if (path[3] === FONT_SUBCATEGORY.LINE && path[4] === FONT_MODIFIER.HEIGHT) {
nameParts = path.slice(5);
} else if (path[3] === FONT_SUBCATEGORY.LINEHEIGHT) {
// Deprecated path: ['slds', 'g', 'font', 'lineheight', ...]
Eif (isDeprecated) {
// Keep deprecated names distinct to avoid collisions with current line.height.* tokens.
return pathToScopedFontPropertyName(path);
}
nameParts = path.slice(4);
} else E{
// Fallback for unexpected structures
nameParts = path.slice(4);
}
const prefix = 'lineHeight';
return [prefix, ...nameParts]
.map((segment, index) => {
if (index === 0) {
return segment;
}
const camelSegment = segment.replace(/-([a-z])/g, (g) => g[1].toUpperCase());
return camelSegment.charAt(0).toUpperCase() + camelSegment.slice(1);
})
.join('');
};
const lineHeightOutputs = generateLineHeightOutput(fontLineHeights, tokens, {
pathToPropertyName: buildLineHeightName,
formatValue: (propName, value, description) =>
` val ${propName} = ${value}f${formatInlineComment(description)}\n`,
formatReference: (propName, refPropName, description) =>
` val ${propName} get() = ${refPropName}${formatInlineComment(description)}\n`,
deprecationAnnotation: generateDeprecationAnnotation,
});
output += lineHeightOutputs.join('');
output += '}\n\n';
}
// Font Line Clamp - object with val
if (fontTruncation.length > 0) {
output += `object ${themePrefix}FontLineClamp {\n`;
const truncationOutputs = generateTruncationOutput(
fontTruncation,
pathToScopedFontPropertyName,
(propName, value, description) =>
` val ${propName} = ${value}f${formatInlineComment(description)}\n`,
generateDeprecationAnnotation,
);
output += truncationOutputs.join('');
output += '}\n\n';
}
return output.trimEnd() + '\n';
}
// ============================================================================
// COLOR OUTPUT HELPERS
// ============================================================================
//
// Generic function to generate color format with light/dark objects
// Used by System, Semantic, and Reference color formats
//
// ============================================================================
/**
* Generate Android color format with light/dark mode support
* @param {object} config - Configuration object
* @param {Array} config.tokens - All tokens from dictionary
* @param {Function} config.filterFn - Function to filter tokens for this format
* @param {string} config.fileHeader - Header comment for the file
* @param {string} config.objectNameLight - Object name for light mode (e.g., 'SalesforceCosmosSystemColorsLight')
* @param {string} config.objectNameDark - Object name for dark mode (e.g., 'SalesforceCosmosSystemColorsDark')
* @param {Function} config.getRefProperty - Function to get reference property string for a token (refToken, isDark) => string | null
* @param {boolean} config.useDarkFallback - Whether to use light value as fallback when dark value is missing (default: true)
* @returns {string} - Generated Kotlin code
*/
function generateColorFormatWithModes({
tokens,
filterFn,
fileHeader,
objectNameLight,
objectNameDark,
getRefProperty,
useDarkFallback = true,
deprecationAnnotation,
}) {
const colorTokens = tokens.filter(filterFn);
let output = generateFileHeader(fileHeader, { needsColor: true });
// Use shared helper to process color tokens
const { lightColors, darkColors } = processColorTokens({
tokens: colorTokens,
allTokens: tokens,
getPropName: pathToScopedColorPropertyName,
getRefProperty,
resolveColor: (colorValue, allTokens) => {
const hex = resolveColorToHex(colorValue, allTokens);
return hex ? toComposeColor(hex) : null;
},
useDarkFallback,
});
// Output Light object
output += `object ${objectNameLight} {\n`;
lightColors.forEach(({ name, color, description, token, deprecated }) => {
if (deprecated && deprecationAnnotation) {
output += deprecationAnnotation(token);
}
if (color.startsWith('Salesforce')) {
output += ` val ${name} get() = ${color}${formatInlineComment(description)}\n`;
} else {
output += ` val ${name} = ${color}${formatInlineComment(description)}\n`;
}
});
output += '}\n\n';
// Output Dark object
output += `object ${objectNameDark} {\n`;
darkColors.forEach(({ name, color, description, token, deprecated }) => {
if (deprecated && deprecationAnnotation) {
output += deprecationAnnotation(token);
}
if (color.startsWith('Salesforce')) {
output += ` val ${name} get() = ${color}${formatInlineComment(description)}\n`;
} else {
output += ` val ${name} = ${color}${formatInlineComment(description)}\n`;
}
});
output += '}\n';
return output;
}
// ============================================================================
// SYSTEM COLORS OUTPUT HELPER
// ============================================================================
/**
* Generate system color tokens output for Android
* @param {object} params - Parameters
* @param {object} params.dictionary - Token dictionary
* @param {string} [params.themePrefix='SalesforceCosmos'] - Theme-specific class name prefix
* @returns {string} - Generated Kotlin code with Light and Dark color objects
*/
function generateSystemColorsOutput({ dictionary, themePrefix = 'SalesforceCosmos' }) {
const tokens = dictionary.allTokens;
return generateColorFormatWithModes({
tokens,
filterFn: (token) => !shouldSkipToken(token) && isSystemColorToken(token),
fileHeader: 'System color design tokens for Android.',
objectNameLight: `${themePrefix}SystemColorsLight`,
objectNameDark: `${themePrefix}SystemColorsDark`,
getRefProperty: (refToken, isDark) => {
if (isReferenceColorToken(refToken)) {
const refPropName = pathToScopedColorPropertyName(refToken.path);
const className = isDark ? `${themePrefix}ReferenceColorsDark` : `${themePrefix}ReferenceColorsLight`;
return `${className}.${refPropName}`;
}
return null;
},
useDarkFallback: true,
deprecationAnnotation: generateDeprecationAnnotation,
});
}
// ============================================================================
// REFERENCE COLORS OUTPUT HELPER
// ============================================================================
/**
* Generate reference color tokens output for Android
* @param {object} params - Parameters
* @param {object} params.dictionary - Token dictionary
* @param {string} [params.themePrefix='SalesforceCosmos'] - Theme-specific class name prefix
* @returns {string} - Generated Kotlin code with Light and Dark color objects
*/
function generateReferenceColorsOutput({ dictionary, themePrefix = 'SalesforceCosmos' }) {
const tokens = dictionary.allTokens;
return generateColorFormatWithModes({
tokens,
filterFn: (token) => !shouldSkipToken(token) && isReferenceColorToken(token),
fileHeader: 'Reference color design tokens for Android.',
objectNameLight: `${themePrefix}ReferenceColorsLight`,
objectNameDark: `${themePrefix}ReferenceColorsDark`,
getRefProperty: () => null,
deprecationAnnotation: generateDeprecationAnnotation,
});
}
// ============================================================================
// SEMANTIC COLORS OUTPUT HELPER
// ============================================================================
/**
* Generate semantic color tokens output for Android
* @param {object} params - Parameters
* @param {object} params.dictionary - Token dictionary
* @param {string} [params.themePrefix='SalesforceCosmos'] - Theme-specific class name prefix
* @returns {string} - Generated Kotlin code with Light and Dark color objects
*/
function generateSemanticColorsOutput({ dictionary, themePrefix = 'SalesforceCosmos' }) {
const tokens = dictionary.allTokens;
return generateColorFormatWithModes({
tokens,
filterFn: (token) => !shouldSkipToken(token) && isSemanticColorToken(token),
fileHeader: 'Semantic color design tokens for Android.',
objectNameLight: `${themePrefix}SemanticColorsLight`,
objectNameDark: `${themePrefix}SemanticColorsDark`,
getRefProperty: (refToken, isDark) => {
if (isSystemColorToken(refToken)) {
const refPropName = pathToScopedColorPropertyName(refToken.path);
const className = isDark ? `${themePrefix}SystemColorsDark` : `${themePrefix}SystemColorsLight`;
return `${className}.${refPropName}`;
}
if (isReferenceColorToken(refToken)) {
const refPropName = pathToScopedColorPropertyName(refToken.path);
const className = isDark ? `${themePrefix}ReferenceColorsDark` : `${themePrefix}ReferenceColorsLight`;
return `${className}.${refPropName}`;
}
return null;
},
useDarkFallback: true,
deprecationAnnotation: generateDeprecationAnnotation,
});
}
// ============================================================================
// PALETTE COLORS OUTPUT HELPER
// ============================================================================
/**
* Generate palette color tokens output for Android
* @param {object} params - Parameters
* @param {object} params.dictionary - Token dictionary
* @param {string} [params.themePrefix='SalesforceCosmos'] - Theme-specific class name prefix
* @returns {string} - Generated Kotlin code with Light and Dark color objects per palette family
*/
function generatePaletteColorsOutput({ dictionary, themePrefix = 'SalesforceCosmos' }) {
const tokens = dictionary.allTokens;
// Filter for slds.g.color.palette.* tokens, not alias.palette.*
const paletteTokens = tokens.filter(
(token) =>
token.path[0] === 'slds' &&
token.path[1] === 'g' &&
token.path[2] === 'color' &&
token.path[3] === 'palette',
);
let output = generateFileHeader('Palette color design tokens for Android.', { needsColor: true });
// Group by color family
const colorFamilies = new Map();
paletteTokens.forEach((token) => {
Iif (shouldSkipToken(token)) return;
// Palette tokens have path: ['slds', 'g', 'color', 'palette', '{family}', '{scale}']
// e.g., ['slds', 'g', 'color', 'palette', 'neutral', '0']
const family = token.path[4]; // 'neutral', 'blue', 'red', etc.
const scale = token.path[5]; // '0', '10', '50', etc.
Iif (!family || !scale) return;
if (!colorFamilies.has(family)) {
colorFamilies.set(family, { light: [], dark: [] });
}
const tokenValue = getRawValueUnitValue(token);
const darkValue = token.$extensions?.[MODE_EXTENSION_KEY]?.dark?.$value;
const description = getTokenDescription(token);
const deprecated = isDeprecatedToken(token);
// Property name is just the family + scale since they're in family-specific objects
// e.g., 'neutral50', 'blue10' within SalesforceCosmospaletteNeutralLight
const propName = `${family}${scale}`;
// Light value - pass full tokens array so references can be resolved
const lightHex = resolveColorToHex(tokenValue, tokens);
Eif (lightHex) {
colorFamilies
.get(family)
.light.push({ name: propName, color: toComposeColor(lightHex), description, token, deprecated });
}
// Dark value - fallback to light value if dark doesn't resolve
const darkHex = darkValue ? resolveColorToHex(darkValue, tokens) : lightHex;
Eif (darkHex) {
colorFamilies
.get(family)
.dark.push({ name: propName, color: toComposeColor(darkHex), description, token, deprecated });
}
});
// Output each color family as separate objects
const sortedFamilies = Array.from(colorFamilies.keys()).sort();
sortedFamilies.forEach((family) => {
const familyName = family.charAt(0).toUpperCase() + family.slice(1);
const { light, dark } = colorFamilies.get(family);
// Light object
output += `object ${themePrefix}Palette${familyName}Light {\n`;
light.forEach(({ name, color, description, token, deprecated }) => {
Iif (deprecated) {
output += generateDeprecationAnnotation(token);
}
output += ` val ${name} = ${color}${formatInlineComment(description)}\n`;
});
output += '}\n\n';
// Dark object - only create if there are dark colors
Eif (dark.length > 0) {
output += `object ${themePrefix}Palette${familyName}Dark {\n`;
dark.forEach(({ name, color, description, token, deprecated }) => {
Iif (deprecated) {
output += generateDeprecationAnnotation(token);
}
output += ` val ${name} = ${color}${formatInlineComment(description)}\n`;
});
output += '}\n\n';
}
});
return output.trimEnd() + '\n';
}
// ============================================================================
// COMBINED FORMAT (all tokens in one file)
// ============================================================================
/**
* Helper to extract the content after the package and imports from a format output
*/
function stripFileHeader(content) {
const lines = content.split('\n');
let startIndex = 0;
let foundPackage = false;
// Find everything after the header comment, package, and imports
for (let i = 0; i < lines.length; i++) {
const line = lines[i].trim();
// Skip until we find package declaration
if (line.startsWith('package ')) {
foundPackage = true;
continue;
}
// After package, skip import lines
if (foundPackage && line.startsWith('import ')) {
continue;
}
// After package and imports, skip blank lines
if (foundPackage && line === '') {
continue;
}
// Found the first real content line (not header, package, import, or blank)
if (foundPackage && line !== '') {
startIndex = i;
break;
}
}
return lines.slice(startIndex).join('\n');
}
export const androidTokensAllFormat = ({ dictionary, options }) => {
const { themePrefix = 'SalesforceCosmos' } = options || {};
let output = generateFileHeader('All design tokens combined for comparison.', {
needsColor: true,
needsDp: true,
needsSp: true,
});
const tokenTypes = [
'spacing',
'sizing',
'shapes',
'motion-duration',
'fonts',
'system-colors',
'reference-colors',
'semantic-colors',
'palette-colors',
];
const sectionLabels = [
'SPACING',
'SIZING',
'SHAPES',
'MOTION DURATION',
'FONTS',
'SYSTEM COLORS',
'REFERENCE COLORS',
'SEMANTIC COLORS',
'PALETTE COLORS',
];
tokenTypes.forEach((tokenType, index) => {
if (index > 0) output += '\n';
output += `// ============================================================================\n`;
output += `// ${sectionLabels[index]}\n`;
output += `// ============================================================================\n\n`;
output += stripFileHeader(androidFormat({ dictionary, options: { tokenType, themePrefix } }));
});
return output;
};
// Mark formats as nested to avoid collision warnings
androidTokensAllFormat.nested = true;
// ============================================================================
// UNIFIED MOBILE FORMAT
// ============================================================================
/**
* Unified Android format that routes to appropriate rendering based on tokenType option.
* Uses pre-filtered tokens from Style Dictionary file-level filters.
*
* @param {object} params - Format parameters
* @param {object} params.dictionary - Style Dictionary dictionary object
* @param {object} params.options - Options object containing tokenType
* @param {string} params.options.tokenType - Type of tokens to format (spacing, sizing, shapes, etc.)
* @returns {string} - Formatted output for the specified token type
*/
export const androidFormat = ({ dictionary, options }) => {
const tokens = dictionary.allTokens;
const { tokenType, themePrefix = 'SalesforceCosmos' } = options || {};
Iif (!tokenType) {
throw new Error('[androidFormat] options.tokenType is required');
}
switch (tokenType) {
case 'spacing':
return generateDimensionOutput({
tokens,
category: CATEGORY.SPACING,
fileHeader: generateFileHeader('Spacing tokens for Android.', { needsDp: true }),
objectName: `${themePrefix}Spacing`,
config: ANDROID_DIMENSION_CONFIG,
pathToPropertyName: androidPathToPropertyName,
});
case 'sizing':
return generateDimensionOutput({
tokens,
category: CATEGORY.SIZING,
fileHeader: generateFileHeader('Sizing tokens for Android.', { needsDp: true }),
objectName: `${themePrefix}Sizing`,
config: ANDROID_DIMENSION_CONFIG,
pathToPropertyName: androidPathToPropertyName,
});
case 'shapes':
return generateDimensionOutput({
tokens,
category: CATEGORY.RADIUS,
fileHeader: generateFileHeader('Shape tokens (border radius) for Android.', { needsDp: true }),
objectName: `${themePrefix}Shapes`,
config: ANDROID_DIMENSION_CONFIG,
pathToPropertyName: androidPathToPropertyName,
});
case 'motion-duration':
return generateDurationOutput({
tokens,
fileHeader: generateFileHeader('Motion duration tokens for Android.'),
objectName: `${themePrefix}MotionDuration`,
config: ANDROID_DURATION_CONFIG,
pathToPropertyName: androidPathToPropertyName,
convertDuration: convertDurationToMs,
});
case 'fonts':
return generateFontsOutput({ dictionary, themePrefix });
case 'system-colors':
return generateSystemColorsOutput({ dictionary, themePrefix });
case 'reference-colors':
return generateReferenceColorsOutput({ dictionary, themePrefix });
case 'semantic-colors':
return generateSemanticColorsOutput({ dictionary, themePrefix });
case 'palette-colors':
return generatePaletteColorsOutput({ dictionary, themePrefix });
default:
throw new Error(`[androidFormat] Unknown tokenType: ${tokenType}`);
}
};
androidFormat.nested = true;
// ============================================================================
// TEST EXPORTS
// ============================================================================
/**
* Export internal functions for testing purposes only.
* These are not part of the public API.
*/
export const _testExports = {
oklchToHex,
toComposeColor,
resolveColorToHex,
pathToShortPropertyName,
pathToScopedFontPropertyName,
pathToScopedColorPropertyName,
generateColorFormatWithModes,
COMPOSE_COLOR_PREFIX,
HEX_COLOR_LENGTH,
};
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