### Full Token Creation and Minting Example

Source: https://docs.keeta.com/features/native-tokenization/token-creation/mint-tokens.md

A comprehensive TypeScript example demonstrating the complete process of creating and minting a new token using the KeetaNet SDK. It includes account generation, client setup, token configuration, and transaction publishing.

```typescript
import * as KeetaNet from "@keetanetwork/keetanet-client";

// Function to create and mint a new token
async function createToken(userClient: KeetaNet.UserClient) {
    const builder = userClient.initBuilder();

    // Generate the token account identifier
    const pendingTokenAccount = builder.generateIdentifier(KeetaNet.lib.Account.AccountKeyAlgorithm.TOKEN);
    await builder.computeBlocks();
    const tokenAccount = pendingTokenAccount.account;

    // Set token info and permissions
    builder.setInfo(
        {
            name: '', // Token name (add as needed)
            description: '', // Description (add as needed)
            metadata: '', // Metadata (add as needed)
            defaultPermission: new KeetaNet.lib.Permissions([
                'ACCESS', // Public token
            ]),
        },
        { account: tokenAccount },
    );

    // Increase (mint) total token supply and distribute the tokens
    builder.modifyTokenSupply(10_000n, { account: tokenAccount });
    builder.send(account, 10_000n, tokenAccount, undefined, { account: tokenAccount });

    // Publish the transaction to the network
    await builder.publish();

    console.log("Token account created and minted.");
    return tokenAccount;
}

// Main function demonstrating token creation
async function main() {
    // Generate a random seed for account creation
    const seed = KeetaNet.lib.Account.generateRandomSeed({ asString: true });
    console.log("seed =", seed);

    // Create a liquidity provider account from the seed
    const liquidityProviderAccount = KeetaNet.lib.Account.fromSeed(seed, 0);

    // Instantiate a user client connected to the test network
    const liquidityProviderClient = KeetaNet.UserClient.fromNetwork("test", liquidityProviderAccount);

    // Create and mint the token
    const tokenAccount = await createToken(liquidityProviderClient);

    // Log the token identifier that was created
    console.log("Token Account =", tokenAccount.publicKeyString.get());

    // Log balances of the liquidity provider
    console.log("liquidityProviderClient.balances[] =", await liquidityProviderClient.allBalances());
}

main()
    .then(() => {
        console.log("Done");
        process.exit(0);
    })
    .catch((err) => {
        console.error("Error:", err);
        process.exit(1);
    });

```

--------------------------------

### Complete Send Token Example

Source: https://docs.keeta.com/components/blocks/operations/send.md

A full example demonstrating loading the SDK, setting up accounts, defining recipients, building, and publishing a transaction to send 1 KTA.

```typescript
const KeetaNet = require('@keetanetwork/keetanet-client');

// ⚠️ Demo seed, replace with working seed
const DEMO_ACCOUNT_SEED = 'D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0';

async function main() {
	const sender = KeetaNet.lib.Account.fromSeed(DEMO_ACCOUNT_SEED, 0);
	const client = KeetaNet.UserClient.fromNetwork('test', sender);

	const recipient = KeetaNet.lib.Account.fromPublicKeyString(
		'keeta_aabszsbrqppriqddrkptq5awubshpq3cgsoi4rc624xm6phdt74vo5w7wipwtmi'
	);

	const builder = client.initBuilder();
	builder.send(recipient, 1n, client.baseToken); // send 1 KTA

	await client.computeBuilderBlocks(builder); // optional but recommended
	await client.publishBuilder(builder);       // send it to the network

	console.log('✅ Sent 1 KTA');
}

main().catch(console.error);
```

--------------------------------

### Mint and Burn Tokens Example

Source: https://docs.keeta.com/features/native-tokenization/token-creation/burn-tokens.md

This TypeScript example demonstrates how to create a new token account, mint an initial supply, and then burn a portion of that supply using the Keeta SDK. It includes generating a seed, initializing a user client, and publishing transactions to the network. Ensure you have the Keeta SDK installed and configured for the 'test' network.

```typescript
import * as KeetaNet from "@keetanetwork/keetanet-client";

async function main() {
    // Generate random seed for account creation
    const seed = KeetaNet.lib.Account.generateRandomSeed({ asString: true });
    console.log("seed =", seed);

    // Create account and user client
    const account = KeetaNet.lib.Account.fromSeed(seed, 0);
    const userClient = KeetaNet.UserClient.fromNetwork("test", account);

    // Create and mint new token
    const builderMint = userClient.initBuilder();
    const pendingTokenAccount = builderMint.generateIdentifier(KeetaNet.lib.Account.AccountKeyAlgorithm.TOKEN);
    await builderMint.computeBlocks();
    const tokenAccount = pendingTokenAccount.account;

    builderMint.setInfo(
        {
            name: '',
            description: '',
            metadata: '',
            defaultPermission: new KeetaNet.lib.Permissions(['ACCESS']),
        },
        { account: tokenAccount }
    );
    builderMint.modifyTokenSupply(10_000n, { account: tokenAccount });

    await builderMint.publish();

    console.log("Token account created and minted.");
    console.log("Balances after minting:", await userClient.allBalances());

    // Burn some tokens
    const builderBurn = userClient.initBuilder();
    builderBurn.modifyTokenSupply(-2_500n, { account: tokenAccount });
    await builderBurn.publish();

    console.log("2,500 tokens burned from account", tokenAccount.publicKeyString.toString());
    console.log("Balances after burning:", await userClient.allBalances());
}

main()
    .then(() => {
        console.log("Done");
        process.exit(0);
    })
    .catch((err) => {
        console.error("Error:", err);
        process.exit(1);
    });

```

--------------------------------

### Full Example: Minting and Burning Tokens

Source: https://docs.keeta.com/components/blocks/operations/modifytokensupply.md

A complete example demonstrating how to load a token account, initialize a builder, modify the token supply (either minting or burning), and publish the transaction.

```typescript
// Step 1: Load token account
const tokenAccount = Client.lib.Account.fromPublicKeyString(tokenPublicKey)
if (!tokenAccount.isToken()) {
  throw new Error("Invalid token public key")
}

// Step 2: Start builder
const builder = userClient.initBuilder()

// Step 3a: Burn 100 tokens
builder.modifyTokenSupply(-100n, { account: tokenAccount })
// Step 3b: Or mint 100 tokens
builder.modifyTokenSupply(100n, { account: tokenAccount })

// Step 4: Publish the transaction
await userClient.publishBuilder(builder)
```

--------------------------------

### Full Code Example for Storage Account Creation

Source: https://docs.keeta.com/components/accounts/storage-accounts/create-a-storage-account.md

This comprehensive example demonstrates the entire process of creating a token account, a storage account, and managing permissions for multiple user accounts. It includes account generation, client initialization, and publishing transactions.

```typescript
import * as KeetaNet from "@keetanetwork/keetanet-client";

// Token creation function
async function createToken(userClient: KeetaNet.UserClient) {
    const builder = userClient.initBuilder();

    // Create a new token account
    const pendingTokenAccount = builder.generateIdentifier(KeetaNet.lib.Account.AccountKeyAlgorithm.TOKEN)
    await builder.computeBlocks();
    const tokenAccount = pendingTokenAccount.account;
    console.log("tokenAccount.publicKey =", tokenAccount.publicKeyString.toString());

    // Setting the token account default permissions
    builder.setInfo(
        {
            name: '',
            description: '',
            metadata: '',
            defaultPermission: new KeetaNet.lib.Permissions([
                'ACCESS', // Public token
            ]),
        },
        { account: tokenAccount },
    )

    // Minting the token
    builder.modifyTokenSupply(10_000n, { account: tokenAccount });
    builder.modifyTokenBalance(tokenAccount, 10_000n)

    // Publish the blocks
    await userClient.publishBuilder(builder);
    console.log("Token account created and minted.\n");

    return tokenAccount;
}

async function main() {
    const seed = KeetaNet.lib.Account.generateRandomSeed({ asString: true });
    console.log("seed =", seed);

    /**
     * Creating liquidity provider account and token account
     */
    console.log("\nCreating liquidity provider account and token account...");
    const liquidityProviderAccount = KeetaNet.lib.Account.fromSeed(seed, 0);
    const liquidityProviderClient = KeetaNet.UserClient.fromNetwork("test", liquidityProviderAccount);
    const tokenAccount = await createToken(liquidityProviderClient);
    console.log("liquidityProviderClient.balances[] =", await liquidityProviderClient.allBalances());

    /**
     * Creating two user accounts (accountA and accountB)
     * to demonstrate shared storage account creation.
     */
    const accountA = KeetaNet.lib.Account.fromSeed(seed, 1);
    const accountB = KeetaNet.lib.Account.fromSeed(seed, 2);
    const userClientA = KeetaNet.UserClient.fromNetwork("test", accountA);
    const userClientB = KeetaNet.UserClient.fromNetwork("test", accountB);

    console.log("\nGetting accounts:");
    console.log("accountA.publicKey =", accountA.publicKeyString.toString());
    console.log("accountB.publicKey =", accountB.publicKeyString.toString());

    /**
     * Checking owned storage accounts
     */
    console.log("\nChecking storage accounts before creation:");
    console.log("accountA.storageAccounts[] =", (await userClientA.listACLsByPrincipal()).filter(acl => acl.entity.isStorage()));
    console.log("accountB.storageAccounts[] =", (await userClientB.listACLsByPrincipal()).filter(acl => acl.entity.isStorage()));

    /**
     * Creating a storage account
     */
    // Initialize the user client builder
    const builder = userClientA.initBuilder();

    // Create a new storage account
    const pendingStorageAccount = builder.generateIdentifier(KeetaNet.lib.Account.AccountKeyAlgorithm.STORAGE);

    // Compute the pending storage account
    await builder.computeBlocks();

    // Get the storage account
    const storageAccount = pendingStorageAccount.account;
    console.log("storageAccount.publicKey =", storageAccount.publicKeyString.toString());

    // Setting the storage account default permissions
    builder.setInfo({
        name: '',
        description: '',
        metadata: '',
        defaultPermission: new KeetaNet.lib.Permissions([
            'STORAGE_CAN_HOLD', // Allow the storage account to hold any token
            'STORAGE_DEPOSIT', // Allow everyone to deposit into the storage account
        ])
    }, { account: storageAccount });

    // Until here, only `accountA` has access to the storageAccount, his permission is "OWNER".

    /**
     * Adding permission for `accountB` on the `storageAccount`
     * 
     * Here we can set "ADMIN" or "SEND_ON_BEHALF" permissions for `accountB`.
     * "ADMIN" would allow `accountB` to manage the storage account, while
     * "SEND_ON_BEHALF" would allow `accountB` to send tokens from the storage account
     */
    builder.updatePermissions(
        accountB,
        new KeetaNet.lib.Permissions(['SEND_ON_BEHALF']),
        undefined,
        undefined,
        { account: storageAccount }
    );

    // Publish the blocks
    await userClientA.publishBuilder(builder);
    console.log("Storage account created and permissions updated.");
    
    /**
     * Checking owned storage accounts
     */
    console.log("\nChecking storage accounts after creation:");
    console.log("accountA.storageAccounts[] =", (await userClientA.listACLsByPrincipal()).filter(acl => acl.entity.isStorage()).map(acl => acl.entity.publicKeyString.toString()));
}

```

--------------------------------

### Full Code Example: Tokenizing a Real-World Asset

Source: https://docs.keeta.com/guides/tokenizing-real-world-assets.md

This comprehensive example shows the complete process of creating a non-fungible token (NFT) for a real-world asset on the Keeta test network. It covers account creation, metadata signing, transaction construction, token generation, setting supply to 1, attaching metadata, and publishing the transaction. Ensure you have the '@keetanetwork/keetanet-client' library installed.

```typescript
const KeetaNet = require('@keetanetwork/keetanet-client');

const DEMO_SEED = 'D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0';
const ASSET_ID = 'asset://unique-asset-id-001';

async function main() {
  // 1️⃣ Create two accounts from the seed:
  // - signer: sends the transaction
  // - authority: signs the metadata (can be same as signer for demo)
  const signer = KeetaNet.lib.Account.fromSeed(DEMO_SEED, 0);
  const authority = KeetaNet.lib.Account.fromSeed(DEMO_SEED, 1);

  // 2️⃣ Connect to the Keeta test network using the signer account
  const client = KeetaNet.UserClient.fromNetwork('test', signer);

  // 3️⃣ Create and sign the asset metadata
  const assetIdBuffer = Buffer.from(ASSET_ID, 'utf-8');
  const signatureBuffer = await authority.sign(assetIdBuffer);

  const metadata = {
    asset_id: ASSET_ID,
    authority: authority.publicKeyString.get(),
    signature: signatureBuffer.toString('base64')
  };

  const metadataBase64 = Buffer.from(JSON.stringify(metadata)).toString('base64');

  // 4️⃣ Start building a transaction
  const builder = client.initBuilder();
  builder.updateAccounts({
    signer,
    account: signer
  });

  // 5️⃣ Generate a new token account (this will be your NFT)
  const token = builder.generateIdentifier(KeetaNet.lib.Account.AccountKeyAlgorithm.TOKEN);

  // 6️⃣ Compute a block to seal the token creation (required before you can modify it)
  await client.computeBuilderBlocks(builder);

  // 7️⃣ Set the token supply to 1 — making it a non-fungible token
  builder.modifyTokenSupply(1n, {
    account: token.account
  });

  // 8️⃣ Attach the metadata and set default permissions (allow others to hold it)
  builder.setInfo({
    name: 'RWA-DEMO',
    description: 'Non-Fungible Token representing a real-world asset',
    metadata: metadataBase64,
    defaultPermission: new KeetaNet.lib.Permissions(['ACCESS'], [])
  }, {
    account: token.account
  });

  // 9️⃣ Compute and publish all blocks to the network
  await client.computeBuilderBlocks(builder);
  await client.publishBuilder(builder);

  // 🔚 Done — log the token's public address
  console.log('✅ RWA Token created at:', token.account.publicKeyString.get());
}

main().catch(console.error);

```

--------------------------------

### Install KeetaNet SDK

Source: https://docs.keeta.com/introduction/start-developing.md

Install the KeetaNet SDK package using npm. This command includes TypeScript definitions for enhanced development experience.

```bash
npm install @keetanetwork/keetanet-client
```

--------------------------------

### Main Execution Flow for Storage Account Example

Source: https://docs.keeta.com/components/accounts/storage-accounts/single-token-storage-account.md

This snippet orchestrates the entire storage account example, including generating a seed, creating a user client, creating a storage account, and updating its permissions to hold the base token. It also includes logging for various stages and states.

```typescript
async function main() {
    const seed = KeetaNet.lib.Account.generateRandomSeed({ asString: true });
    console.log("seed =", seed);

    const account = KeetaNet.lib.Account.fromSeed(seed, 0);
    const userClient = KeetaNet.UserClient.fromNetwork("test", account);
    
    console.log("account.publicKey =", account.publicKeyString.toString());    
    console.log("account.storageAccounts[] =", (await userClient.listACLsByPrincipal()).filter(acl => acl.entity.isStorage()));

    /**
     * Create a new storage account with default permissions allowing deposits.
     * 
     * This will allow anyone to deposit into the storage account, but won't
     * allow the storage account to hold any tokens.
     */
    const storageAccount = await createStorageAccount(userClient);
    console.log("storageAccount.publicKey =", storageAccount.publicKeyString.toString());

    console.log("storageAccount.acls[] =", (await userClient.listACLsByEntity({ account: storageAccount })).map(acl => ({
        entity: acl.entity.publicKeyString.toString(),
        principal: acl.principal.publicKeyString.toString(),
        target: acl.target.publicKeyString.toString(),
        permissions: acl.permissions.base.flags,
    })));

    console.log("");
    
    console.log("storageAccount.defaultPermission =", (await userClient.state({ account: storageAccount })).info.defaultPermission?.base.flags);
    console.log("");

    // Keeta (KTA) base token account
    const tokenAccount = userClient.baseToken;

    /**
     * Add permission to allow the storage account to hold the base token (Keeta - KTA).
     */
    await userClient.updatePermissions(
        tokenAccount,
        new KeetaNet.lib.Permissions(['STORAGE_CAN_HOLD']),
        undefined,
        KeetaNet.lib.Block.AdjustMethod.ADD,
        { account: storageAccount }
    )

    console.log("storageAccount.acls[] =", (await userClient.listACLsByEntity({ account: storageAccount })).map(acl => ({
        entity: acl.entity.publicKeyString.toString(),
        principal: acl.principal.publicKeyString.toString(),
        target: acl.target.publicKeyString.toString(),
        permissions: acl.permissions.base.flags,
    })));

    /**
     * If you try to send tokens that are not the base token (KTA) to the storage account,
     * it will fail with an error:
     * "XX does not have required permissions to perform action on YY/undefined -- needs [STORAGE_CAN_HOLD, ACCESS]/[]"
     * 
     * But if you try to send the base token (KTA) to the storage account, it will succeed.
     */
}


main().then(() => {
    console.log("Done");
    process.exit(0);
}).catch((err) => {
    console.error("Error:", err);
    process.exit(1);
});
```

--------------------------------

### Full Code Example for Storage Account Operations

Source: https://docs.keeta.com/components/accounts/storage-accounts/create-a-storage-account.md

This comprehensive example demonstrates various operations related to storage accounts, including listing storage accounts, checking balances before and after deposits, and performing token transfers from both a liquidity provider and a storage account.

```typescript
console.log("accountB.storageAccounts[] =",(await userClientB.listACLsByPrincipal()).filter(acl => acl.entity.isStorage()).map(acl => acl.entity.publicKeyString.toString()));

/**
 * Checking balances before deposit
 */
console.log("\nChecking balances before deposit:");
console.log("accountA.balances[] =", await userClientA.allBalances());
console.log("accountB.balances[] =", await userClientB.allBalances());
console.log("accountA.storageAccount.balances[] =", await userClientA.allBalances({ account: storageAccount }));
console.log("accountB.storageAccount.balances[] =", await userClientB.allBalances({ account: storageAccount }));

/**
 * Depositing tokens from the liquidity provider
 * LP -> SEND 1_000 -> storageAccount
 * LP -> SEND 5_000 -> accountA
 */
console.log("\nDepositing tokens from the liquidity provider...");
const builderSend = await liquidityProviderClient.initBuilder();
builderSend.send(storageAccount, 1_000n, tokenAccount);
builderSend.send(accountA, 5_000n, tokenAccount);
await liquidityProviderClient.publishBuilder(builderSend);

/**
 * Checking balances after deposit
 */
console.log("\nChecking balances after deposit:");
console.log("accountA.balances[] =", await userClientA.allBalances());
console.log("accountB.balances[] =", await userClientB.allBalances());
console.log("accountA.storageAccount.balances[] =", await userClientA.allBalances({ account: storageAccount }));
console.log("accountB.storageAccount.balances[] =", await userClientB.allBalances({ account: storageAccount }));

/**
 * Depositing tokens from the storage account
 * accountB using storageAccount -> SEND 500 -> accountA
 * accountB using storageAccount -> SEND 300 -> accountB
 */
await userClientB.send(accountA, 500n, tokenAccount, undefined, { account: storageAccount });
await userClientB.send(accountB, 300n, tokenAccount, undefined, { account: storageAccount });
console.log("\nChecking balances after accountB sends 500 tokens from storageAccount to accountA:");
console.log("accountA.balances[] =", await userClientA.allBalances());
console.log("accountB.balances[] =", await userClientB.allBalances());
console.log("accountA.storageAccount.balances[] =", await userClientA.allBalances({ account: storageAccount }));
console.log("accountB.storageAccount.balances[] =", await userClientB.allBalances({ account: storageAccount }));
}

main().then(() => {
    console.log("Done");
    process.exit(0);
}).catch((err) => {
    console.error("Error:", err);
    process.exit(1);
});
```

--------------------------------

### Query Documentation with GET Request

Source: https://docs.keeta.com/applications/public-network.md

To ask questions about the documentation, perform an HTTP GET request on the current page URL with the 'ask' query parameter. The question should be specific and in natural language.

```HTTP
GET https://docs.keeta.com/applications/public-network.md?ask=<question>
```

--------------------------------

### Query Documentation

Source: https://docs.keeta.com/components/blocks/operations/modifytokenbalance.md

Perform an HTTP GET request to a documentation URL with an 'ask' query parameter to get dynamic answers and relevant excerpts from the documentation.

```http
GET https://docs.keeta.com/components/blocks/operations/modifytokenbalance.md?ask=<question>
```

--------------------------------

### Running an FX Anchor Server

Source: https://docs.keeta.com/anchors/overview/anchor-server.md

This example demonstrates how to set up and run an FX Anchor Server using the SDK. It includes the necessary imports and basic server configuration.

```typescript
import express from "express";
import { AnchorServer } from "@keeta/anchor-server";

const app = express();

const server = new AnchorServer({
  app,
  // ... other configuration options
});

server.start(3000).then(() => {
  console.log("FX Anchor Server started on port 3000");
});

```

--------------------------------

### Create and Share Encrypted Container

Source: https://docs.keeta.com/anchors/overview/encrypted-containers.md

This TypeScript example demonstrates how to create an encrypted container, add recipients, and share it. It requires the Keeta SDK and specific setup for encryption and signing.

```typescript
import {
  EncryptedContainer,
  Keypair,
  PublicKey,
} from "@keeta/sdk";

async function createAndShareContainer() {
  // 1. Create a new container
  const container = new EncryptedContainer();

  // 2. Add plaintext data
  const plaintext = Buffer.from("This is my secret data.");
  container.addPlaintext(plaintext);

  // 3. Define recipients (replace with actual public keys)
  const recipient1 = Keypair.generate().publicKey;
  const recipient2 = Keypair.generate().publicKey;

  // 4. Add recipients to the container
  container.addRecipient(recipient1);
  container.addRecipient(recipient2);

  // 5. Optionally sign the container (requires a sender keypair)
  const senderKeypair = Keypair.generate(); // Replace with your actual keypair
  await container.sign(senderKeypair);

  // 6. Serialize the container to ASN.1 format
  const serializedContainer = container.serialize();

  console.log("Serialized Encrypted Container:", serializedContainer.toString('hex'));

  // In a real application, you would now share 'serializedContainer'
  // with the recipients. They would then deserialize and decrypt it
  // using their private keys.
}

createAndShareContainer().catch(console.error);
```

--------------------------------

### Query Documentation

Source: https://docs.keeta.com/guides/deploying-a-node.md

Perform an HTTP GET request to query the documentation dynamically. Replace <question> with your specific query.

```http
GET https://docs.keeta.com/guides/deploying-a-node.md?ask=<question>
```

--------------------------------

### Query Documentation Dynamically

Source: https://docs.keeta.com/architecture/consensus/vote-stapling.md

To get additional information not directly on a page, perform an HTTP GET request with the 'ask' query parameter. The question should be specific and in natural language.

```HTTP
GET https://docs.keeta.com/architecture/consensus/vote-stapling.md?ask=<question>
```

--------------------------------

### Initialize KeetaNet SDK in Browser

Source: https://docs.keeta.com/introduction/start-developing.md

Use the KeetaNet SDK directly in a browser via a script tag. This example demonstrates generating a seed, creating an account, and connecting to the test network.

```html
<html>
  <head>
    <script src="https://static.test.keeta.com/keetanet-browser.js"></script>
  </head>
  <body>
    <script>
      // Generate a random seed
      const seed = KeetaNet.lib.Account.generateRandomSeed({ asString: true });

      // Create an account from the seed
      const account = KeetaNet.lib.Account.fromSeed(seed, 0);

      // Connect to the test network
      const client = KeetaNet.UserClient.fromNetwork('test', account);

      // Fetch and log some chain info
      client.chain().then(console.debug);
    </script>
  </body>
</html>

```

--------------------------------

### Query Documentation Dynamically

Source: https://docs.keeta.com/architecture/data-structure.md

To ask questions about the documentation, perform an HTTP GET request on the page URL with the 'ask' query parameter. The question should be specific and self-contained.

```HTTP
GET https://docs.keeta.com/architecture/data-structure.md?ask=<question>
```

--------------------------------

### Query Documentation Dynamically

Source: https://docs.keeta.com/applications

Perform an HTTP GET request to query the documentation with a specific question. The response includes a direct answer and relevant excerpts.

```http
GET https://docs.keeta.com/applications.md?ask=<question>
```

--------------------------------

### Account Setup and Initial State

Source: https://docs.keeta.com/components/accounts/storage-accounts/single-token-storage-account.md

Generates a random seed, creates an account, and initializes a user client connected to the Keeta test network. It also logs the account's public key and lists any existing storage accounts.

```typescript
async function main() {
    const seed = KeetaNet.lib.Account.generateRandomSeed({ asString: true });
    console.log("seed =", seed);

    const account = KeetaNet.lib.Account.fromSeed(seed, 0);
    const userClient = KeetaNet.UserClient.fromNetwork("test", account);
    
    console.log("account.publicKey =", account.publicKeyString.toString());    
    console.log("account.storageAccounts[] =", (await userClient.listACLsByPrincipal()).filter(acl => acl.entity.isStorage()));
}
```

--------------------------------

### HTTP GET Request to Query Documentation

Source: https://docs.keeta.com/components/ledger/get-ledger-history.md

Send an HTTP GET request to a documentation URL with the 'ask' query parameter to ask a specific question. The response will provide a direct answer along with relevant excerpts and sources.

```http
GET https://docs.keeta.com/components/ledger/get-ledger-history.md?ask=<question>
```

--------------------------------

### Query Documentation Dynamically

Source: https://docs.keeta.com/anchors/anchor-types.md

To get specific information not readily available on a page, perform an HTTP GET request to the page URL with an 'ask' query parameter. The question should be clear and self-contained.

```http
GET https://docs.keeta.com/anchors/anchor-types.md?ask=<question>
```

--------------------------------

### Querying Documentation with 'ask' Parameter

Source: https://docs.keeta.com/scalability/eliminating-mempools.md

To get additional information not directly present on a page, perform an HTTP GET request with the 'ask' query parameter. The question should be specific and in natural language.

```HTTP
GET https://docs.keeta.com/scalability/eliminating-mempools.md?ask=<question>
```

--------------------------------

### Query Documentation Dynamically

Source: https://docs.keeta.com/components/certificates.md

To ask questions about the documentation, perform an HTTP GET request on the page URL with the 'ask' query parameter. The question should be specific and in natural language.

```HTTP
GET https://docs.keeta.com/components/certificates.md?ask=<question>
```

--------------------------------

### Query Documentation via HTTP GET

Source: https://docs.keeta.com/other-documentation/official-links.md

Use this method to ask specific questions about the documentation. The response includes direct answers and relevant excerpts.

```HTTP
GET https://docs.keeta.com/other-documentation/official-links.md?ask=<question>
```

--------------------------------

### Query Documentation

Source: https://docs.keeta.com/other-documentation/product-manual.md

Perform an HTTP GET request to query the documentation dynamically. The 'ask' parameter should contain a specific, self-contained question in natural language.

```http
GET https://docs.keeta.com/other-documentation/product-manual.md?ask=<question>
```

--------------------------------

### Query Documentation with 'ask' Parameter

Source: https://docs.keeta.com/components/blocks/operations.md

To get additional information not explicitly present on a page, perform an HTTP GET request to the page URL with the 'ask' query parameter. The question should be specific and in natural language.

```HTTP
GET https://docs.keeta.com/components/blocks/operations.md?ask=<question>
```

--------------------------------

### Basic FX Client Flow

Source: https://docs.keeta.com/anchors/anchor-types/fx-foreign-exchange.md

Demonstrates the fundamental steps for a client to perform a foreign exchange conversion using the FX Anchor service. This example covers requesting a quote, verifying it, and constructing the atomic swap transaction.

```typescript
import { KeetaClient, AnchorAddress } from "@keeta/sdk";
import { ConversionInput, Quote, QuoteVerificationError } from "@keeta/sdk/anchor/fx";
import { ethers } from "ethers";

async function run() {
  // Initialize Keeta client
  const client = new KeetaClient(process.env.KEETA_RPC_URL);

  // Get FX Anchor address
  const fxAnchorAddress = await client.getAnchorAddress(AnchorAddress.FX);

  // Define conversion details
  const input: ConversionInput = {
    from: "0x0000000000000000000000000000000000000001", // Example token address
    to: "0x0000000000000000000000000000000000000002", // Example token address
    amount: ethers.utils.parseUnits("100", 18), // 100 units of 'from' token
    affinity: "from", // Amount refers to the 'from' token
  };

  // Request a quote from the FX Anchor
  const quote = await client.fx.requestQuote(fxAnchorAddress, input);

  // Verify the quote signature and details
  const verification = await client.fx.verifyQuote(quote);

  if (verification === QuoteVerificationError.Ok) {
    console.log("Quote verified successfully!");

    // Construct the atomic swap transaction
    const tx = await client.fx.buildSwapTx(fxAnchorAddress, quote);

    // Sign and send the transaction (example using a local signer)
    const signer = new ethers.Wallet(process.env.PRIVATE_KEY, client.provider);
    const sentTx = await signer.sendTransaction(tx);
    const receipt = await sentTx.wait();

    console.log("Swap transaction confirmed:", receipt.transactionHash);
  } else {
    console.error("Quote verification failed:", verification);
  }
}

run().catch(console.error);

```

--------------------------------

### Query Documentation Page

Source: https://docs.keeta.com/applications/private-sub-network.md

To ask questions about the documentation, perform an HTTP GET request on the page URL with the 'ask' query parameter. The question should be specific and in natural language.

```HTTP
GET https://docs.keeta.com/applications/private-sub-network.md?ask=<question>
```

--------------------------------

### Querying Documentation via HTTP GET

Source: https://docs.keeta.com/anchors/anchor-types/asset-movement/ethereum-vm-anchors.md

This demonstrates how to query the documentation dynamically by appending an 'ask' query parameter to the page URL. This is useful for retrieving specific information not explicitly present on the page.

```http
GET https://docs.keeta.com/anchors/anchor-types/asset-movement/ethereum-vm-anchors.md?ask=<question>

```

--------------------------------

### Initialize Transaction Builder

Source: https://docs.keeta.com/components/blocks/operations/modifytokensupply.md

Start a new transaction builder instance using the user client. This builder will be used to construct and modify the transaction.

```typescript
const builder = userClient.initBuilder()
```

--------------------------------

### Query Documentation Dynamically

Source: https://docs.keeta.com/other-documentation

Perform an HTTP GET request to query the documentation dynamically. Use the 'ask' query parameter with a specific question in natural language. The response includes the answer and relevant excerpts.

```HTTP
GET https://docs.keeta.com/other-documentation.md?ask=<question>
```

--------------------------------

### Query Documentation API

Source: https://docs.keeta.com/introduction/start-developing.md

Perform an HTTP GET request to the documentation URL with an 'ask' query parameter to dynamically query the documentation. This is useful for retrieving specific information or clarifications.

```http
GET https://docs.keeta.com/introduction/start-developing.md?ask=<question>
```

--------------------------------

### Query Documentation Dynamically

Source: https://docs.keeta.com/components/accounts/storage-accounts/create-a-storage-account.md

Perform an HTTP GET request to query the documentation dynamically. Use this when the answer is not explicitly present, you need clarification, or want to retrieve related documentation sections.

```http
GET https://docs.keeta.com/components/accounts/storage-accounts/create-a-storage-account.md?ask=<question>
```

--------------------------------

### Query Ledger Documentation

Source: https://docs.keeta.com/components/ledger.md

To ask questions about this documentation, perform an HTTP GET request on the current page URL with the 'ask' query parameter. The question should be specific and in natural language.

```HTTP
GET https://docs.keeta.com/components/ledger.md?ask=<question>
```

--------------------------------

### Generate Accounts and Connect to Keeta Test Network

Source: https://docs.keeta.com/components/accounts/storage-accounts/create-a-storage-account.md

Generates a random seed and creates three accounts: a liquidity provider, accountA, and accountB. Each account connects to the Keeta test network. Use this for initial setup.

```typescript
async function main() {
    const seed = KeetaNet.lib.Account.generateRandomSeed({ asString: true });
    console.log("seed =", seed);
    
    // Create liquidity provider account (token creator)
    const liquidityProviderAccount = KeetaNet.lib.Account.fromSeed(seed, 0);
    const liquidityProviderClient = KeetaNet.UserClient.fromNetwork("test", liquidityProviderAccount);
    
    // Create two user accounts for shared storage
    const accountA = KeetaNet.lib.Account.fromSeed(seed, 1);
    const accountB = KeetaNet.lib.Account.fromSeed(seed, 2);
    const userClientA = KeetaNet.UserClient.fromNetwork("test", accountA);
    const userClientB = KeetaNet.UserClient.fromNetwork("test", accountB);
    
    console.log("accountA.publicKey =", accountA.publicKeyString.toString());
    console.log("accountB.publicKey =", accountB.publicKeyString.toString());
}
```

--------------------------------

### Create and Configure a Storage Account

Source: https://docs.keeta.com/components/accounts/storage-accounts/single-token-storage-account.md

This snippet shows how to create a new storage account, set its default permissions to allow deposits, and publish it to the network. It requires an initialized KeetaNet.UserClient.

```typescript
import * as KeetaNet from "@keetanetwork/keetanet-client";

async function createStorageAccount(userClient: KeetaNet.UserClient) {
    // Initialize the user client builder
    const builder = userClient.initBuilder();

    // Create a new storage account
    const pendingStorageAccount = builder.generateIdentifier(KeetaNet.lib.Account.AccountKeyAlgorithm.STORAGE);

    // Compute the pending storage account
    await builder.computeBlocks();

    // Get the storage account
    const storageAccount = pendingStorageAccount.account;
    console.log("storageAccount.publicKey =", storageAccount.publicKeyString.toString());

    // Setting the storage account default permissions
    builder.setInfo(
        {
            name: '',
            description: '',
            metadata: '',
            defaultPermission: new KeetaNet.lib.Permissions([
                'STORAGE_DEPOSIT', // Allow everyone to deposit into the storage account
            ])
        },
        { account: storageAccount }
    );

    // Publish the builder to create the storage account
    await userClient.publishBuilder(builder);

    return storageAccount;
}
```

--------------------------------

### Create Storage Account and Set Permissions

Source: https://docs.keeta.com/components/accounts/storage-accounts/create-a-storage-account.md

Initializes and publishes a new storage account. Sets default permissions for holding and depositing tokens, and grants SEND_ON_BEHALF permission to another account.

```typescript
// Check initial storage accounts (should be empty)
console.log("\nChecking storage accounts before creation:");
console.log("accountA.storageAccounts[] =", (await userClientA.listACLsByPrincipal()).filter(acl => acl.entity.isStorage()));
console.log("accountB.storageAccounts[] =", (await userClientB.listACLsByPrincipal()).filter(acl => acl.entity.isStorage()));

// Create storage account
const builder = userClientA.initBuilder();
const pendingStorageAccount = builder.generateIdentifier(KeetaNet.lib.Account.AccountKeyAlgorithm.STORAGE);
await builder.computeBlocks();
const storageAccount = pendingStorageAccount.account;
console.log("storageAccount.publicKey =", storageAccount.publicKeyString.toString());

// Set default permissions
builder.setInfo({
    name: '',
    description: '',
    metadata: '',
    defaultPermission: new KeetaNet.lib.Permissions([
        'STORAGE_CAN_HOLD', // Allow holding any token
        'STORAGE_DEPOSIT',  // Allow anyone to deposit
    ])
}, { account: storageAccount });

// Grant SEND_ON_BEHALF permission to accountB
builder.updatePermissions(
    accountB,
    new KeetaNet.lib.Permissions(['SEND_ON_BEHALF']),
    undefined,
    undefined,
    { account: storageAccount }
);

// Publish storage account
await userClientA.publishBuilder(builder);
console.log("Storage account created and permissions updated.");

```

--------------------------------

### Get a Token Account

Source: https://docs.keeta.com/components/blocks/operations/modifytokensupply.md

Retrieve the token account object from its public key string. This is the first step before modifying its supply.

```typescript
const tokenAccount = Client.lib.Account.fromPublicKeyString(tokenPublicKey)
```

--------------------------------

### Query Documentation Dynamically

Source: https://docs.keeta.com/security

Use this method to ask questions about the documentation. The response includes a direct answer and relevant excerpts from the documentation.

```HTTP
GET https://docs.keeta.com/security.md?ask=<question>
```

--------------------------------

### Query Documentation Dynamically

Source: https://docs.keeta.com/other-documentation/brand-and-press.md

Use this method to ask specific questions about the documentation. The response includes a direct answer, relevant excerpts, and sources. This is useful when information is not explicitly present or requires clarification.

```http
GET https://docs.keeta.com/other-documentation/brand-and-press.md?ask=<question>
```

--------------------------------

### Get Public Address from New Account

Source: https://docs.keeta.com/introduction/create-your-first-account.md

Derives the public Keeta address from a newly generated seed and account. This address is used by others to send you tokens.

```typescript
import * as KeetaNet from '@keetanetwork/keetanet-client';

// Generate a secure random seed
const seed = KeetaNet.lib.Account.generateRandomSeed({ asString: true });

// Create a new account from the seed (index 0)
const account = KeetaNet.lib.Account.fromSeed(seed, 0);

// Get the public address
const publicKey = account.publicKeyString.toString();
console.log("Your public Keeta address:", publicKey);
```

--------------------------------

### Using the FX Client

Source: https://docs.keeta.com/anchors/overview/anchor-client.md

Demonstrates how to use the KeetaAnchor.FX.Client to interact with foreign exchange operations. Ensure you have the necessary Keeta account and have imported the client library.

```typescript
import { KeetaAnchor } from "@keeta/keeta-anchor";

// Initialize the FX client
const fxClient = new KeetaAnchor.FX.Client();

// Fetch FX rates
const rates = await fxClient.getRates({
  baseAsset: "USD",
  quoteAsset: "EUR",
});

console.log(rates);

// Fetch FX quotes
const quotes = await fxClient.getQuotes({
  baseAsset: "USD",
  quoteAsset: "EUR",
  amount: 1000,
});

console.log(quotes);

// Execute an FX trade
const trade = await fxClient.executeTrade({
  baseAsset: "USD",
  quoteAsset: "EUR",
  amount: 1000,
  quoteId: quotes.quoteId,
});

console.log(trade);

```

--------------------------------

### Get Public Address from Existing Account

Source: https://docs.keeta.com/introduction/create-your-first-account.md

Retrieves the public Keeta address from an existing account using its seed. This is useful if you already have an account and need to share your address.

```typescript
const existingSeed = "your existing seed string...";
const account = KeetaNet.lib.Account.fromSeed(existingSeed, 0);
const publicKey = account.publicKeyString.toString();
```

--------------------------------

### Deploy the Pulumi Stack

Source: https://docs.keeta.com/guides/deploying-a-node.md

Build necessary binaries and deploy all infrastructure components using the Pulumi stack. This command will prompt for confirmation before proceeding.

```bash
make do-deploy
```

--------------------------------

### Initialize UserClient in NodeJS

Source: https://docs.keeta.com/introduction/start-developing.md

Create a UserClient instance in Node.js to connect to the Keeta Network. This requires a signer derived from a seed and the network name.

```typescript
const signer = KeetaNet.lib.Account.fromSeed(mySeed, 0);
const client = KeetaNet.UserClient.fromNetwork('test', signer);
```

--------------------------------

### Load Keeta SDK and Demo Seed

Source: https://docs.keeta.com/components/blocks/operations/send.md

Import the KeetaNet SDK and define a demo seed for account generation. In production, store seeds securely and avoid hardcoding.

```typescript
const KeetaNet = require('@keetanetwork/keetanet-client');

const DEMO_ACCOUNT_SEED = 'D3M0D3M0...';
```

--------------------------------

### Send 1 KTA Transaction

Source: https://docs.keeta.com/introduction/send-a-transaction.md

This example demonstrates how to send 1 KTA to a specified recipient address using the KeetaNet SDK. Ensure the sending account has sufficient balance before execution.

```typescript
/**
 * Load the KeetaNet Client SDK
 */
const KeetaNet = require('@keetanetwork/keetanet-client');

/**
 * This is the fake seed for the demo account, replace with a valid one
 */
const DEMO_ACCOUNT_SEED = 'D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0D3M0';

async function main() {
	// Create a signer account from the demo seed (account index 0)
	const signer_account = KeetaNet.lib.Account.fromSeed(DEMO_ACCOUNT_SEED, 0);
	console.log('🔑 Signer account:', signer_account.publicKeyString.get());

	// Connect to the Keeta test network
	const client = KeetaNet.UserClient.fromNetwork('test', signer_account);

	// Start building a transaction
	const builder = client.initBuilder();

	// Define the recipient (the faucet address for testing)
	const faucet_account = KeetaNet.lib.Account.fromPublicKeyString(
		'keeta_aabszsbrqppriqddrkptq5awubshpq3cgsoi4rc624xm6phdt74vo5w7wipwtmi'
	);

	// Add a send operation to the builder: 1 KTA to the faucet address
	builder.send(faucet_account, 1n, client.baseToken);

	// Compute the transaction blocks (Keeta breaks operations into blocks)
	const computed = await client.computeBuilderBlocks(builder);
	console.log('🧱 Computed blocks:', computed.blocks);

	// Publish the transaction to the network
	const transaction = await client.publishBuilder(builder);
	console.log('✅ Transaction published:', transaction);
}

main().then(
	() => process.exit(0),
	(err) => {
		console.error('❌ Error:', err);
		process.exit(1);
	}
);

```

--------------------------------

### Initialize Pulumi Stack with KMS

Source: https://docs.keeta.com/guides/deploying-a-node.md

Initialize a Pulumi stack, specifying a KMS for encrypting secrets. Replace placeholders with your specific project, location, keyring, and key.

```bash
pulumi stack init <name> --secrets-provider="gcpkms://projects/<p>/locations/<l>/keyRings/<r>/cryptoKeys/<k>"
```

--------------------------------

### Remove ACCESS Permission using SUBTRACT Method

Source: https://docs.keeta.com/components/blocks/operations/updatepermissions.md

This example shows how to remove a specific permission, like 'ACCESS', from an account using the `SUBTRACT` method in the `updatePermissions` operation. Ensure the calling account has the necessary rights.

```typescript
userClient.updatePermissions(
  accountToDenyAccess,
  permissionsToRemove,
  tokenAccount,
  Client.lib.Block.AdjustMethod.SUBTRACT,
  { account: tokenAccount }
);
```