.nav-dropdown-content {
  width: var(--radix-dropdown-menu-trigger-width);
}

.nav-dropdown-item[data-dropdown-item="CDP API v2"]
  > .nav-dropdown-item-text-container
  > .nav-dropdown-item-title::after {
  content: "Beta" !important;
  background-color: #004cec1a;
  color: #0052ff;
  font-size: 0.75rem;
  font-weight: 600;
  padding: 2px 8px;
  border-radius: 12px;
  margin-left: 8px;
}


@font-face {
  font-family: "Coinbase Text Medium";
  src: url("https://mintlify-assets.b-cdn.net/fonts/coinbase/Coinbase_Text-Medium-web-1.32.woff2")
    format("woff2");
  font-weight: 500;
  font-style: normal;
}

.dark li[id="topbar-cta-button"] > a > span {
  background-color: #578bf9 !important;
}

.dark li[id="topbar-cta-button"] > a > div > svg {
  color: #101521 !important;
}

.dark li[id="topbar-cta-button"] > a > div > span {
  color: #101521 !important;
}

div[data-callout-type="info"] {
  background-color: #f5f8fe !important;
  color: #0052fe !important;
  border-color: #ccdcfe !important;
}

div[data-callout-type="info"] > div > svg {
  color: white !important;
}

div[data-callout-type="info"] > div > svg > path {
  fill: #0052fe !important;
}

.dark div[data-callout-type="info"] {
  background-color: #001133 !important;
  color: #578bf9 !important;
  border-color: #2c406c !important;
}

.dark div[data-callout-type="info"] > div > svg > path {
  fill: #578bf9 !important;
}

div[data-callout-type="note"] {
  background-color: rgba(250, 250, 250, 0.5) !important;
  color: #578bf9 !important;
  border-color: rgba(113, 113, 122, 0.2) !important;
}

div[data-callout-type="note"] > div > svg {
  color: white !important;
}

div[data-callout-type="note"] > div > ul > li {
  color: #18181b !important;
}

.dark div[data-callout-type="note"] > div > ul > li {
  color: #e4e4e7 !important;
}

div[data-callout-type="note"] > div > svg > path {
  fill: #0052fe !important;
}

.dark div[data-callout-type="note"] {
  background-color: rgba(113, 113, 122, 0.1) !important;
  color: #578bf9 !important;
  border-color: rgba(113, 113, 122, 0.3) !important;
}

.dark div[data-callout-type="note"] > div > svg > path {
  fill: #578bf9 !important;
}

.dark div[data-callout-type="note"] > div > p {
  color: #e4e4e7 !important;
}
div[data-callout-type="note"] > div > p {
  color: #18181b !important;
}

#\/ {
  display: none;
}

h1,
h2,
span {
  letter-spacing: 0.02em !important;
}

/* Nav section header styles */
.nav-section-header {
  font-size: 0.7rem !important;
  font-weight: 600 !important;
  text-transform: uppercase !important;
  letter-spacing: 0.05em !important;
  color: #6b7280 !important;
  padding: 12px 8px 4px 8px !important;
  margin-bottom: 4px !important;
}

.nav-section-header.with-divider {
  border-top: 1px solid #e5e7eb !important;
  margin-top: 8px !important;
}

.dark .nav-section-header {
  color: #9ca3af !important;
}

.dark .nav-section-header.with-divider {
  border-top-color: rgba(255, 255, 255, 0.1) !important;
}

.version-option:hover {
  background-color: #f1f5f9 !important;
}

.dark .version-option:hover {
  background-color: #4b5563 !important;
}

/* Version-specific visibility rules to prevent flash on page load */
/* Initially hide v1 Wallet API content by default */
li[data-group-tag="v1"][data-title="Wallet API"] {
  display: none !important;
}

/* Show v1 content only when the URL contains v1 */
body.url-contains-v1 li[data-group-tag="v1"][data-title="Wallet API"] {
  display: block !important;
}

/* Ensure v2 content is visible by default */
li[data-group-tag="v2"][data-title="Wallet API"] {
  display: block !important;
}

/* Hide v2 content when v1 is active */
body.url-contains-v1 li[data-group-tag="v2"][data-title="Wallet API"] {
  display: none !important;
}

.nav-tag-pill-text[data-nav-tag="v1"] {
  cursor: pointer !important;
  user-select: none !important;
  display: flex !important;
  align-items: center !important;
  padding: 2px 8px !important;
}

.nav-tag-pill-text[data-nav-tag="v2"] {
  cursor: pointer !important;
  user-select: none !important;
  display: flex !important;
  align-items: center !important;
  padding: 2px 8px !important;
}

/* Add dropdown arrow using ::after pseudo-element */
.nav-tag-pill-text[data-nav-tag="v1"]::after,
.nav-tag-pill-text[data-nav-tag="v2"]::after {
  color: #004cec !important;
  content: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='12' height='12' viewBox='0 0 24 24' fill='none' stroke='%23004cec' stroke-width='3' stroke-linecap='round' stroke-linejoin='round'%3E%3Cpath d='m6 9 6 6 6-6'/%3E%3C/svg%3E");
  margin-left: 4px;
  padding-top: 4px;
  opacity: 0.6;
}

#footer > div {
  padding-top: 5rem !important;
  padding-bottom: 4rem !important;
}

.tab-container > ul {
  margin-bottom: 1rem !important;
}

.code-block {
  margin-top: 0px !important;
}

button[data-component-part="tab-button"] {
  font-size: 1rem !important;
}

@media (min-width: 1024px) {
  div[id="content-container"] {
    padding-left: 4rem !important;
    padding-right: 1rem !important;
  }
}

#sidebar-title {
  font-family: "Coinbase Text Medium", sans-serif !important;
  color: #111827 !important;
  font-size: 0.8rem !important;
  font-weight: 500 !important;
}

.dark #sidebar-title {
  font-family: "Coinbase Text Medium", sans-serif !important;
  color: #e5e7eb !important;
  font-size: 0.8rem !important;
  font-weight: 500 !important;
}


// Get the target element - specifically the inner div with the disclaimer text
const targetElement = document.querySelector(
  "#chat-assistant-sheet > div > div.chat-assistant-sheet-content > div > div",
);

if (targetElement) {
  // Clear the existing content
  targetElement.textContent = "";

  // Create the disclaimer text
  const disclaimerText = document.createTextNode(
    "This is an AI generated summary and may contain mistakes. It is not intended to give advice, including legal, financial or tax advice. It does not have access to your account information. By using this AI-assistant, you agree to the ",
  );

  // Create the link element
  const tosLink = document.createElement("a");
  tosLink.href =
    "https://www.coinbase.com/legal/developer-platform/terms-of-service";
  tosLink.textContent = "CDP ToS";
  tosLink.target = "_blank";
  tosLink.rel = "noopener noreferrer";
  tosLink.style.borderBottom = "1px solid rgb(var(--primary))";

  // Add the period after the link
  const period = document.createTextNode(".");

  // Append all elements to the disclaimer div
  targetElement.appendChild(disclaimerText);
  targetElement.appendChild(tosLink);
  targetElement.appendChild(period);
}


const isProduction = window.location.hostname === "docs.cdp.coinbase.com";

const DEVELOPMENT_ENVIRONMENT_ID = "5ZyvBnXc4D7y";
const PRODUCTION_ENVIRONMENT_ID = "zxxktKL2Pd1v";

const ENVIRONMENT_ID = isProduction
  ? PRODUCTION_ENVIRONMENT_ID
  : DEVELOPMENT_ENVIRONMENT_ID;

// code below comes from https://docs.sprig.com/docs/web-javascript#install-with-html-recommended
(function (l, e, a, p) {
  if (window.Sprig) return;
  window.Sprig = function () {
    S._queue.push(arguments);
  };
  var S = window.Sprig;
  S.appId = a;
  S._queue = [];
  window.UserLeap = S;
  a = l.createElement("script");
  a.async = 1;
  a.src = e + "?id=" + S.appId;
  p = l.getElementsByTagName("script")[0];
  p.parentNode.insertBefore(a, p);
})(document, "https://cdn.sprig.com/shim.js", ENVIRONMENT_ID);


const { execSync } = require("child_process");
const path = require("path");

const specId = process.argv[2];

const openApiSpecs = [
  {
    id: "cdp-api-v2",
    name: "CDP API V2",
    url: "https://drla6sbl8l00t.cloudfront.net/openapi.yaml",
    path: path.join(__dirname, "../api-reference/v2/cdp-api-v2.yaml"),
  },
];

openApiSpecs.forEach((spec) => {
  if (spec.id !== specId) {
    return;
  }

  console.log(`Fetching latest ${spec.name} OpenAPI spec...`);
  // Add a random query parameter to prevent retrieval of a cached copy from CloudFront
  const urlWithNoCacheParam = `${spec.url}?nocache=${Date.now()}`;
  execSync(`curl ${urlWithNoCacheParam} -o ${spec.path}`, { stdio: "inherit" });
});


/**
 * Script to generate error documentation from OpenAPI specifications.
 *
 * The generated documentation is organized by HTTP status code and error type,
 * with up to MAX_EXAMPLES unique examples per error type.
 *
 * @usage node generate-openapi-error-page.js <spec-id>
 * @example node generate-openapi-error-page.js cdp-api-v2
 */

const path = require("path");
const fs = require("fs");
const yaml = require("js-yaml");

const baseUrl = "https://docs.cdp.coinbase.com/";
const specId = process.argv[2];

const openApiSpecs = [
  {
    id: "cdp-api-v2",
    name: "CDP API V2",
    specPath: path.join(__dirname, "../api-reference/v2/cdp-api-v2.yaml"),
    outputPath: path.join(__dirname, "../api-reference/v2/errors.mdx"),
  },
];

// Add validation for spec-id
if (!specId) {
  console.error("Error: No spec-id provided");
  console.error("Usage: node generate-openapi-error-page.js <spec-id>");
  process.exit(1);
}

const matchingSpec = openApiSpecs.find((spec) => spec.id === specId);
if (!matchingSpec) {
  console.error(`Error: Invalid spec-id "${specId}"`);
  console.error(
    "Available spec-ids:",
    openApiSpecs.map((s) => s.id).join(", "),
  );
  process.exit(1);
}

/**
 * Resolves a reference in the OpenAPI spec
 * @param {string} ref - The reference path (e.g. '#/components/responses/IdempotencyError')
 * @param {Object} spec - The full OpenAPI specification
 * @returns {Object} The resolved reference object
 */
function resolveRef(ref, spec) {
  const refParts = ref.replace("#/", "").split("/");
  return refParts.reduce((obj, key) => obj[key], spec);
}

/**
 * Gets the complete example by combining schema defaults with provided example
 * @param {Object} schema - The error schema definition
 * @param {Object} spec - The full OpenAPI specification for resolving refs
 * @param {Object} example - The provided example values
 * @returns {Object} Complete example with all schema fields
 */
function getCompleteExample(schema, spec, example = {}) {
  // If no example was provided, return null to skip this error
  if (Object.keys(example).length === 0) {
    return null;
  }

  // If schema is a reference, resolve it
  if (schema.$ref) {
    schema = resolveRef(schema.$ref, spec);
  }

  const complete = { ...example };

  // Add any missing required fields from schema
  if (schema.properties) {
    Object.entries(schema.properties).forEach(([field, prop]) => {
      if (!(field in complete)) {
        // If property is a reference, resolve it
        const resolvedProp = prop.$ref ? resolveRef(prop.$ref, spec) : prop;

        // Use example from property definition if available
        if (resolvedProp.example) {
          complete[field] = resolvedProp.example;
        } else if (resolvedProp.default) {
          complete[field] = resolvedProp.default;
        } else {
          // Use a descriptive placeholder for missing fields
          complete[field] = `<${field}>`;
        }
      }
    });

    // Add errorLink after all other properties are set
    const errorType = complete.errorType || "error-type";
    complete.errorLink = `${baseUrl}api-reference/v2/errors#${errorType}`;
  }

  return complete;
}

/**
 * Extracts error responses from an OpenAPI path object
 * @param {Object} pathObj - The OpenAPI path object containing response definitions
 * @param {Object} spec - The full OpenAPI specification for resolving refs
 * @returns {Array} Array of error objects with status, description and schema
 */
function extractErrorResponses(pathObj, spec) {
  const errors = [];

  // Look through each method (GET, POST, etc)
  Object.values(pathObj).forEach((method) => {
    if (!method.responses) return;

    // Look for error responses (4xx, 5xx)
    Object.entries(method.responses).forEach(([status, response]) => {
      if (!status.startsWith("4") && !status.startsWith("5")) return;

      // Resolve reference if present
      const resolvedResponse = response.$ref
        ? resolveRef(response.$ref, spec)
        : response;

      // Only process if there's a JSON schema
      if (resolvedResponse?.content?.["application/json"]?.schema) {
        const { schema } = resolvedResponse.content["application/json"];
        const resolvedSchema = schema.$ref
          ? resolveRef(schema.$ref, spec)
          : schema;

        // Handle both single example and multiple examples
        const examples =
          resolvedResponse.content["application/json"].examples ||
          (resolvedResponse.content["application/json"].example
            ? {
                default: {
                  value: resolvedResponse.content["application/json"].example,
                },
              }
            : {});

        // Process each example
        Object.entries(examples).forEach(([exampleName, exampleObj]) => {
          const completeExample = getCompleteExample(
            resolvedSchema,
            spec,
            exampleObj.value,
          );

          // Skip if no complete example could be generated
          if (!completeExample) return;

          errors.push({
            status,
            description: resolvedResponse.description,
            schema: resolvedSchema,
            example: completeExample,
            exampleName, // Include example name for multiple examples
          });
        });
      }
    });
  });

  return errors;
}

/**
 * Gets error instructions for a given error type
 * @param {string} errorType - The error type to get instructions for
 * @param {Object} spec - The full OpenAPI specification
 * @returns {string|null} The error instructions markdown if found, null otherwise
 */
function getErrorInstructions(errorType, spec) {
  // Look for instructions in the ErrorType schema
  const errorTypeSchema = spec.components.schemas.ErrorType;
  if (errorTypeSchema?.["x-error-instructions"]?.[errorType]) {
    return errorTypeSchema["x-error-instructions"][errorType];
  }
  return null;
}

/**
 * Replaces absolute URLs that start with baseUrl with relative links in generated content
 * Keeps errorLink as an absolute URL
 * @param {string} content - The content to process
 * @returns {string} Content with absolute URLs replaced by relative links
 */
function replaceAbsoluteUrls(content) {
  if (!baseUrl) return content;

  // Skip URLs in JSON examples (errorLink should remain as absolute URL)
  const parts = [];
  let inCodeBlock = false;
  let currentPart = "";

  content.split("\n").forEach((line) => {
    if (line.startsWith("```")) {
      inCodeBlock = !inCodeBlock;
      currentPart += `${line}\n`;

      if (!inCodeBlock) {
        // We've reached the end of a code block, add it without changes
        parts.push(currentPart);
        currentPart = "";
      }
    } else if (inCodeBlock) {
      // Inside a code block, don't replace URLs
      currentPart += `${line}\n`;
    } else {
      // Regular markdown text, replace absolute URLs with relative ones
      // Use a regex to match URLs that start with baseUrl
      const regex = new RegExp(`${baseUrl}([^\\s")]+)`, "g");
      const replacedLine = line.replace(regex, (match, urlPath) => {
        return `/${urlPath}`;
      });
      currentPart += `${replacedLine}\n`;
    }
  });

  // Add any remaining content
  if (currentPart) {
    parts.push(currentPart);
  }

  return parts.join("");
}

/**
 * Generates markdown documentation for API errors
 * @param {Object} spec - The parsed OpenAPI specification
 * @returns {string} Markdown formatted error documentation
 */
function generateErrorDocs(spec) {
  let markdown = `---
title: Errors
---

# API Errors

The CDP API uses conventional HTTP response codes to indicate the success or failure of an API request. 
In general:

- Codes in the \`2xx\` range indicate success
- Codes in the \`4xx\` range indicate an error that failed given the information provided (e.g., a 
  required parameter was omitted)
- Codes in the \`5xx\` range indicate an error on CDP's backend servers. 

  <Info>
  \`5xx\` errors are not a guarantee of failure; there's always the chance that the operation may have 
  succeeded in our back-end. Therefore, your application should treat the operation's status as 
  **unknown**.
  </Info>

Each error response includes:
- \`errorType\`: A machine-readable error code
- \`errorMessage\`: A human-readable message providing more detail
- \`correlationId\`: A unique identifier for the request that can help with debugging
- \`errorLink\`: A link to detailed documentation about the specific error type

`;

  // Group errors by status code and error type
  const errorsByStatus = new Map();
  const MAX_EXAMPLES = 3;

  Object.entries(spec.paths).forEach(([, pathObj]) => {
    const errors = extractErrorResponses(pathObj, spec);
    errors.forEach((error) => {
      if (!errorsByStatus.has(error.status)) {
        errorsByStatus.set(error.status, new Map());
      }
      const errorTypeMap = errorsByStatus.get(error.status);
      const { example } = error;
      const errorType = example?.errorType || "unknown";

      // Store all examples for this error type
      if (!errorTypeMap.has(errorType)) {
        errorTypeMap.set(errorType, {
          description: error.description,
          examples: [],
          instructions: getErrorInstructions(errorType, spec),
        });
      }

      // Add this example if it's unique and we haven't hit the limit
      const errorInfo = errorTypeMap.get(errorType);
      const isDuplicate = errorInfo.examples.some(
        (e) => JSON.stringify(e) === JSON.stringify(example),
      );
      if (!isDuplicate && errorInfo.examples.length < MAX_EXAMPLES) {
        errorInfo.examples.push(example);
      }
    });
  });

  // Sort by status code
  const sortedStatuses = Array.from(errorsByStatus.keys()).sort();

  // Generate documentation for each status code and its error types
  sortedStatuses.forEach((status) => {
    markdown += `## HTTP ${status}\n\n`;

    const errorTypeMap = errorsByStatus.get(status);
    const errorTypes = Array.from(errorTypeMap.entries());

    errorTypes.forEach(([errorType, error]) => {
      markdown += `### ${errorType}\n\n`;

      // Add error instructions if they exist
      if (error.instructions) {
        markdown += `${error.instructions}\n\n`;
      }

      // Add up to MAX_EXAMPLES examples for this error type
      error.examples.forEach((example, index) => {
        if (error.examples.length > 1) {
          markdown += `**Example ${index + 1}:**\n\n`;
        } else {
          markdown += `**Example error response:**\n\n`;
        }
        markdown += `\`\`\`json lines wrap\n${JSON.stringify(example, null, 2)}\n\`\`\`\n\n`;
      });
    });
  });

  return markdown;
}

openApiSpecs.forEach((spec) => {
  if (spec.id !== specId) {
    return;
  }

  console.log(`Reading ${spec.name} OpenAPI spec...`);

  try {
    // Read and parse YAML file
    const fileContents = fs.readFileSync(spec.specPath, "utf8");
    const openApiSpec = yaml.load(fileContents);

    // Generate error documentation
    const errorDocs = generateErrorDocs(openApiSpec);

    // Process the content to replace absolute URLs with relative links
    // This doesn't affect errorLink in JSON examples which will remain absolute
    const processedDocs = replaceAbsoluteUrls(errorDocs);

    // Write to output file
    fs.writeFileSync(spec.outputPath, processedDocs);
    console.log(`Generated error documentation at ${spec.outputPath}`);
  } catch (error) {
    console.error("Error processing OpenAPI spec:", error);
    process.exit(1);
  }
});


#!/usr/bin/env node

const fs = require("fs");
const path = require("path");

// Configuration
const OPENAPI_PATH = path.join(
  __dirname,
  "..",
  "api-reference",
  "v2",
  "cdp-api-v2.yaml",
);
const API_REFERENCE_DIR = path.join(
  __dirname,
  "..",
  "api-reference",
  "v2",
  "rest-api",
);

// Mapping of tag names to their overview file paths
const TAG_TO_FILE_MAPPING = {
  "EVM Accounts": "evm-accounts/evm-accounts.mdx",
  "EVM Smart Accounts": "evm-smart-accounts/evm-smart-accounts.mdx",
  "EVM Swaps": "evm-swaps/evm-swaps.mdx",
  "EVM Token Balances": "evm-token-balances/evm-token-balances.mdx",
  Faucets: "faucets/faucets.mdx",
  "Payments (Alpha)": "payments/payments.mdx",
  "Policy Engine": "policy-engine/policy-engine.mdx",
  "Solana Accounts": "solana-accounts/solana-accounts.mdx",
  "Solana Token Balances": "solana-token-balances/solana-token-balances.mdx",
  "x402 Facilitator": "x402-facilitator/x402-facilitator.mdx",
};

// Simple YAML parser for tags section
function extractTagsFromYAML(yamlContent) {
  const tags = [];

  // Find the tags section - match until we hit a line that's not indented (next top-level key)
  const tagsMatch = yamlContent.match(/^tags:\s*\n((?:(?:  |\s{2,}).*\n)*)/m);

  if (!tagsMatch) {
    return tags;
  }

  const tagsSection = tagsMatch[1];

  // Split by tag entries (starting with "  - name:")
  const tagEntries = tagsSection
    .split(/(?=^  - name:)/m)
    .filter((entry) => entry.trim());

  for (const entry of tagEntries) {
    const nameMatch = entry.match(/name:\s*(.+)/);
    const descriptionMatch = entry.match(
      /description:\s*(?:\|-?\s*\n)?((?:(?:      |\s{6,}).*\n?)*)/,
    );

    if (nameMatch && descriptionMatch) {
      const name = nameMatch[1].trim();
      let description = descriptionMatch[1];

      // Clean up the description - preserve relative indentation
      const lines = description.split("\n");

      // Find the minimum indentation (excluding empty lines)
      const minIndent = lines
        .filter((line) => line.trim())
        .reduce((min, line) => {
          const indent = line.match(/^(\s*)/)[1].length;
          return Math.min(min, indent);
        }, Infinity);

      // Remove the base indentation while preserving relative indentation
      description = lines
        .map((line) => line.slice(minIndent))
        .join("\n")
        .trim();

      tags.push({ name, description });
    }
  }

  return tags;
}

// Function to read and parse the OpenAPI spec
function readOpenAPISpec() {
  try {
    const fileContents = fs.readFileSync(OPENAPI_PATH, "utf8");
    return fileContents;
  } catch (error) {
    console.error("Error reading OpenAPI spec:", error);
    process.exit(1);
  }
}

// Function to extract tag descriptions from OpenAPI spec
function extractTagDescriptions(yamlContent) {
  const tagDescriptions = {};
  const tags = extractTagsFromYAML(yamlContent);

  tags.forEach((tag) => {
    if (tag.name && tag.description) {
      tagDescriptions[tag.name] = tag.description;
    }
  });

  return tagDescriptions;
}

// Function to update MDX file with new description
function updateMDXFile(filePath, tagName, description) {
  const fullPath = path.join(API_REFERENCE_DIR, filePath);

  // Check if file exists
  if (!fs.existsSync(fullPath)) {
    console.warn(`Warning: File not found: ${fullPath}`);
    return false;
  }

  try {
    let content = fs.readFileSync(fullPath, "utf8");

    // Find the frontmatter section
    const frontmatterMatch = content.match(/^---\n([\s\S]*?)\n---\n/);
    if (!frontmatterMatch) {
      console.warn(`Warning: No frontmatter found in ${filePath}`);
      return false;
    }

    const frontmatter = frontmatterMatch[1];

    // Create new content with updated description
    const newContent = `---
${frontmatter}
---

${description}
`;

    // Write the updated content
    fs.writeFileSync(fullPath, newContent, "utf8");
    console.log(`✓ Updated ${filePath}`);
    return true;
  } catch (error) {
    console.error(`Error updating ${filePath}:`, error);
    return false;
  }
}

// Main function
function main() {
  console.log("Starting OpenAPI overview pages update...\n");

  // Read OpenAPI spec
  const yamlContent = readOpenAPISpec();
  console.log("✓ OpenAPI spec loaded successfully\n");

  // Extract tag descriptions
  const tagDescriptions = extractTagDescriptions(yamlContent);
  console.log(
    `Found ${Object.keys(tagDescriptions).length} tags with descriptions\n`,
  );

  // Update each overview file
  let successCount = 0;
  let totalCount = 0;

  for (const [tagName, filePath] of Object.entries(TAG_TO_FILE_MAPPING)) {
    totalCount++;

    if (tagDescriptions[tagName]) {
      console.log(`Processing: ${tagName}`);
      if (updateMDXFile(filePath, tagName, tagDescriptions[tagName])) {
        successCount++;
      }
    } else {
      console.warn(`Warning: No description found for tag "${tagName}"`);
    }
    console.log("");
  }

  console.log(
    `\nUpdate complete! Successfully updated ${successCount}/${totalCount} files.`,
  );
}

// Run the script
main();


module.exports = {
  "*": "prettier --write --ignore-unknown",
};


Get a policy by ID

Contract ABI Specification following Solidity's external JSON interface format.

spender

amount

approve

from

Transfer

ERC20InvalidSpender

ABI function type for contract functions.

owner

balanceOf

Deprecated. Use pure or view from stateMutability instead.

Deprecated. Vyper used to provide gas estimates.

The list of ABI parameters used for this function.

Deprecated. Use payable or nonpayable from `stateMutability` instead.

The type of the ABI item, must be `function`.

Generic ABI item type encapsulating all other types besides `function`.

For additional information on the ABI JSON specification, see [the Solidity documentation](https://docs.soliditylang.org/en/latest/abi-spec.html#json).

Parameter definition for ABI functions, errors, and constructors.

tokenId

The internal Solidity type used by the compiler.

State mutability of a function in Solidity.

The code that indicates the type of error that occurred. These error codes can be used to determine how to handle the error.

A schema for specifying a criterion for the `value` field of an EVM transaction.

The amount of ETH, in wei, that the transaction's `value` field should be compared to.

The operator to use for the comparison. The transaction's `value` field will be on the left-hand side of the operator, and the `ethValue` field will be on the right-hand side.

The type of criterion to use. This should be `ethValue`.

A schema for specifying a criterion for the `to` field of an EVM transaction.

A list of 0x-prefixed EVM addresses that the transaction's `to` field should be compared to. There is a limit of 100 addresses per criterion.

The 0x-prefixed EVM address that the transaction's `to` field should be compared to.

The operator to use for the comparison. The transaction's `to` field will be on the left-hand side of the operator, and the `addresses` field will be on the right-hand side.

The type of criterion to use. This should be `evmAddress`.

A single condition to apply against the function and encoded arguments in the transaction's `data` field. Each `parameter` configuration must be successfully evaluated against the corresponding function argument in order for a policy to be accepted.

value

The name of a smart contract function being called.

An optional list of parameter conditions to apply against encoded arguments in the transaction's `data` field.

A list of parameter conditions to apply against encoded arguments in the transaction's `data` field.

A schema for specifying a criterion for the `data` field of an EVM transaction.

The ABI of the smart contract being called. This can be a partial structure with only specific functions.

A list of conditions to apply against the function and encoded arguments in the transaction's `data` field. Each condition must be met in order for this policy to be accepted or rejected.

The type of criterion to use. This should be `evmData`.

The name of the parameter to check against a transaction's calldata. If name is unknown, or is not named, you may supply an array index, e.g., `0` for first parameter.

The operator to use for the comparison. The value resolved at the `name` will be on the left-hand side of the operator, and the `value` field will be on the right-hand side.

A single value to compare the value resolved at `name` to. All values are encoded as strings. Refer to the table in the documentation for how values should be encoded, and which operators are supported for each type.

The operator to use for the comparison. The value resolved at the `name` will be on the left-hand side of the operator, and the `values` field will be on the right-hand side.

Values to compare against the resolved `name` value. All values are encoded as strings. Refer to the table in the documentation for how values should be encoded, and which operators are supported for each type.

A single potential value to compare against the resolved `name` value. All values are encoded as strings. Refer to the table in the documentation for how values should be encoded, and which operators are supported for each type.

A schema for specifying a criterion for the message being signed.

A regular expression the message is matched against. Accepts valid regular expression syntax described by [RE2](https://github.com/google/re2/wiki/Syntax).

The type of criterion to use. This should be `evmMessage`.

A schema for specifying a criterion for the intended `network` of an EVM transaction.

A list of EVM network identifiers that the transaction's intended `network` should be compared to.

The operator to use for the comparison. The transaction's intended `network` will be on the left-hand side of the operator, and the `networks` field will be on the right-hand side.

The type of criterion to use. This should be `evmNetwork`.

A schema for specifying criterion for an address field of an EVM typed message. The address can be deeply nested within the typed data's message.

A list of 0x-prefixed EVM addresses that the value located at the message's path should be compared to. There is a limit of 100 addresses per criterion.

The 0x-prefixed EVM address that the value located at the message's path should be compared to.

The operator to use for the comparison. The value located at the message's path will be on the left-hand side of the operator, and the `addresses` field will be on the right-hand side.

The path to the field to compare against this criterion. To reference deeply nested fields within the message, separate object keys by `.`, and access array values using `[index]`. If the field does not exist or is not an address, the operation will be rejected.

A schema for specifying criterion for a numerical field of an EVM typed message. The value can be deeply nested within the typed data's message.

The operator to use for the comparison. The value located at the message's path will be on the left-hand side of the operator, and the `value` field will be on the right-hand side.

The amount that the value located at the message's path should be compared to.

A schema for specifying criterion for a string field of an EVM typed message. The value can be deeply nested within the typed data's message.

A regular expression the field is matched against.

A reference to an established EIP standard. When referencing a `KnownAbiType` within a policy rule configuring an `EvmDataCriterion`, criteria will only decode function data officially documented in the standard. For more information on supported token standards, see the links below.
  - [erc20 - Token Standard](https://eips.ethereum.org/EIPS/eip-20).
  - [erc721 - Non-Fungible Token Standard](https://eips.ethereum.org/EIPS/eip-721).
  - [erc1155 - Multi Token Standard](https://eips.ethereum.org/EIPS/eip-1155).

A schema for specifying criteria for the PrepareUserOperation operation.

Whether matching the rule will cause the request to be rejected or accepted.

The operation to which the rule applies. Every element of the `criteria` array must match the specified operation.

A rule that limits the behavior of an account.

A schema for specifying criteria for the SignEvmTransaction operation.

A schema for specifying criteria for the SendUserOperation operation.

Whether any attempts to sign a hash will be accepted or rejected. This rule does not accept any criteria.

A schema for specifying the rejection criteria for the SignEvmMessage operation.

A schema for specifying criteria for the SignEvmTypedData operation.

A list of conditions to check against the data being signed. Each condition must be met for the rule to take effect.

The type of criterion to use. This should be `evmTypedDataField`.

An object containing EIP-712 type definitions, as well as a primary type for the root message object.

The name of the root EIP-712 type. This value must be included in the `types` object.

EIP-712 compliant map of model names to model definitions.

A schema for specifying criterion for a domain's verifying contract.

A list of 0x-prefixed EVM addresses that the domain's verifying contract should be compared to. There is a limit of 100 addresses per criterion.

The 0x-prefixed EVM address that the domain's verifying contract should be compared to.

The operator to use for the comparison. The domain's verifying contract will be on the left-hand side of the operator, and the `addresses` field will be on the right-hand side.

The type of criterion to use. This should be `evmTypedDataVerifyingContract`.

A schema for specifying criteria for the SignSolTransaction operation.

The criterion for the recipient addresses of a Solana transaction.

The Solana addresses that are compared to the list of addresses in the transaction's `accountKeys` (for legacy transactions) or `staticAccountKeys` (for V0 transactions) array.

The Solana address that is compared to the list of addresses in the transaction's `accountKeys` (for legacy transactions) or `staticAccountKeys` (for V0 transactions) array.

The operator to use for the comparison. Each of the addresses in the transaction's `accountKeys` (for legacy transactions) or `staticAccountKeys` (for V0 transactions) array will be on the left-hand side of the operator, and the addresses field will be on the right-hand side.

The type of criterion to use. This should be `solAddress`.

apiKeyAuth

An error response including the code for the type of error and a human-readable message describing the error.

CDP API V2

REST API

Get a policy by ID

Authorizations

Path Parameters

Response