/** * Meteora DBC (Dynamic Bonding Curve) CLI Skill * * Launch tokens on Meteora's bonding curves with configurable market cap, * anti-sniper fees, LP distribution, and fee claiming. * * Commands: * * LAUNCH: * /dbc launch [options] Launch token on Meteora DBC * * POOL STATUS: * /dbc status Check pool status + migration progress * * TRADING: * /dbc buy Buy tokens on bonding curve * /dbc sell Sell tokens back to curve * /dbc quote [--sell] Get swap quote * * FEE CLAIMING: * /dbc claim [--partner] Claim creator/partner trading fees * * INFO: * /dbc help Show all commands */ const getSolanaModules = async () => { const [wallet, dbc] = await Promise.all([ import('../../../solana/wallet.js'), import('../../../solana/meteora-dbc.js'), ]); return { wallet, dbc }; }; function isConfigured(): boolean { return !!(process.env.SOLANA_PRIVATE_KEY || process.env.SOLANA_KEYPAIR_PATH); } const KNOWN_STABLECOIN_MINTS: Record = { 'EPjFWdd5AufqSSqeM2qN1xzybapC8G4wEGGkZwyTDt1v': 6, // USDC 'Es9vMFrzaCERmJfrF4H2FYD4KCoNkY11McCe8BenwNYB': 6, // USDT }; function getTokenDecimals(mint: string): number { return KNOWN_STABLECOIN_MINTS[mint] ?? 9; } // ============================================================================ // Flag parsing helper // ============================================================================ function parseFlag(args: string[], flag: string): string | undefined { const idx = args.findIndex(a => a === flag); if (idx >= 0 && args[idx + 1]) { return args[idx + 1]; } return undefined; } function hasFlag(args: string[], flag: string): boolean { return args.includes(flag); } // ============================================================================ // Launch Handler // ============================================================================ async function handleLaunch(args: string[]): Promise { if (!isConfigured()) { return 'DBC not configured. Set SOLANA_PRIVATE_KEY or SOLANA_KEYPAIR_PATH.'; } if (args.length < 3) { return `Usage: /dbc launch [options] Options: --mcap Initial market cap in SOL (default: 30) --grad Graduation market cap in SOL (default: 500) --supply Total supply (default: 1000000000) --decimals Token decimals 6-9 (default: 6) --fee-start Starting fee bps (default: 500 = 5%) --fee-end Ending fee bps (default: 100 = 1%) --fee-decay Fee decay duration in seconds (default: 3600) --migration <0|1> DAMM v1 (0) or v2 (1) (default: 1) --metadata-uri Pre-uploaded metadata URI --initial Initial buy after launch (SOL amount) --creator-fee Creator trading fee % (default: 80) --dry-run Simulate without executing Example: /dbc launch "My Token" MTK "A great token" --mcap 50 --grad 800 --initial 0.5`; } const name = args[0]; const symbol = args[1]; const description = args[2]; const mcap = parseFloat(parseFlag(args, '--mcap') || '30'); const grad = parseFloat(parseFlag(args, '--grad') || '500'); const supply = parseInt(parseFlag(args, '--supply') || '1000000000', 10); const decimals = parseInt(parseFlag(args, '--decimals') || '6', 10); const feeStart = parseInt(parseFlag(args, '--fee-start') || '500', 10); const feeEnd = parseInt(parseFlag(args, '--fee-end') || '100', 10); const feeDecay = parseInt(parseFlag(args, '--fee-decay') || '3600', 10); const migration = parseInt(parseFlag(args, '--migration') || '1', 10); const metadataUri = parseFlag(args, '--metadata-uri'); const initialBuy = parseFlag(args, '--initial'); const creatorFee = parseInt(parseFlag(args, '--creator-fee') || '80', 10); const dryRun = hasFlag(args, '--dry-run'); if (dryRun) { return `**DBC Launch Preview (Dry Run)** Name: ${name} Symbol: ${symbol} Description: ${description} Total Supply: ${supply.toLocaleString()} Decimals: ${decimals} Initial Market Cap: ${mcap} SOL Graduation Market Cap: ${grad} SOL Starting Fee: ${(feeStart / 100).toFixed(1)}% Ending Fee: ${(feeEnd / 100).toFixed(1)}% Fee Decay: ${feeDecay}s Migration: DAMM v${migration === 0 ? '1' : '2'} Creator Trading Fee: ${creatorFee}% ${metadataUri ? `Metadata URI: ${metadataUri}` : 'Metadata URI: (none - provide with --metadata-uri)'} ${initialBuy ? `Initial Buy: ${initialBuy} SOL` : 'Initial Buy: none'} LP Distribution: Partner Locked: 50% Creator Locked: 45% Creator Liquid: 5% **No transaction sent (dry run).**`; } if (!metadataUri) { return 'Error: --metadata-uri is required. Upload your token metadata JSON to IPFS first, then provide the URI.'; } try { const { wallet, dbc } = await getSolanaModules(); const keypair = wallet.loadSolanaKeypair(); const connection = wallet.getSolanaConnection(); const config = { initialMarketCap: mcap, migrationMarketCap: grad, totalTokenSupply: supply, tokenDecimals: decimals, startingFeeBps: feeStart, endingFeeBps: feeEnd, feeDecayDurationSec: feeDecay, migrationOption: migration, creatorTradingFeePercent: creatorFee, dynamicFeeEnabled: true, }; if (initialBuy) { const buyLamports = dbc.toLamports(initialBuy, 9).toString(); const result = await dbc.createDbcPoolWithFirstBuy(connection, keypair, { name, symbol, uri: metadataUri, config, buyAmountLamports: buyLamports, }); return `**Token Launched on Meteora DBC!** Name: ${name} Symbol: ${symbol} Mint: \`${result.baseMint}\` Pool: \`${result.poolAddress}\` Config: \`${result.configAddress}\` Initial Buy: ${initialBuy} SOL Transactions: ${result.signatures.map((s, i) => ` ${i + 1}. \`${s}\``).join('\n')} Explorer: https://solscan.io/token/${result.baseMint}`; } const result = await dbc.createDbcPool(connection, keypair, { name, symbol, uri: metadataUri, config, }); return `**Token Launched on Meteora DBC!** Name: ${name} Symbol: ${symbol} Mint: \`${result.baseMint}\` Pool: \`${result.poolAddress}\` Config: \`${result.configAddress}\` TX: \`${result.signature}\` Explorer: https://solscan.io/token/${result.baseMint}`; } catch (error) { return `Launch failed: ${error instanceof Error ? error.message : String(error)}`; } } // ============================================================================ // Status Handler // ============================================================================ async function handleStatus(mint: string): Promise { if (!mint) { return 'Usage: /dbc status '; } try { const { wallet, dbc } = await getSolanaModules(); const connection = wallet.getSolanaConnection(); const status = await dbc.getDbcPoolStatus(connection, mint); if (!status.found) { return `No DBC pool found for mint \`${mint}\``; } let output = `**DBC Pool Status** Mint: \`${mint}\` Pool: \`${status.poolAddress}\` Config: \`${status.configAddress}\` Creator: \`${status.creator}\` Migrated: ${status.isMigrated ? 'Yes' : 'No'} **Bonding Curve:** Quote Reserve: ${(Number(status.quoteReserve) / 1e9).toFixed(4)} SOL Migration Threshold: ${(Number(status.migrationThreshold) / 1e9).toFixed(4)} SOL Progress: ${status.progressPercent}%`; if (status.fees) { output += ` **Unclaimed Fees:** Creator Base: ${status.fees.creatorBase} Creator Quote: ${(Number(status.fees.creatorQuote) / 1e9).toFixed(6)} SOL Partner Base: ${status.fees.partnerBase} Partner Quote: ${(Number(status.fees.partnerQuote) / 1e9).toFixed(6)} SOL`; } return output; } catch (error) { return `Status check failed: ${error instanceof Error ? error.message : String(error)}`; } } // ============================================================================ // Buy Handler // ============================================================================ async function handleBuy(args: string[]): Promise { if (!isConfigured()) { return 'DBC not configured. Set SOLANA_PRIVATE_KEY.'; } if (args.length < 2) { return 'Usage: /dbc buy '; } const mint = args[0]; const amountSol = args[1]; try { const { wallet, dbc } = await getSolanaModules(); const keypair = wallet.loadSolanaKeypair(); const connection = wallet.getSolanaConnection(); // Lookup pool by mint const status = await dbc.getDbcPoolStatus(connection, mint); if (!status.found) { return `No DBC pool found for mint \`${mint}\``; } if (status.isMigrated) { return `Pool has already migrated to DAMM. Use /met swap instead.`; } const amountLamports = dbc.toLamports(amountSol, 9).toString(); const result = await dbc.swapOnDbcPool(connection, keypair, { poolAddress: status.poolAddress, amountIn: amountLamports, swapBaseForQuote: false, // BUY = quote->base }); return `**DBC Buy Complete** Mint: \`${mint.slice(0, 20)}...\` Amount: ${amountSol} SOL Direction: ${result.direction} TX: \`${result.signature}\``; } catch (error) { return `Buy failed: ${error instanceof Error ? error.message : String(error)}`; } } // ============================================================================ // Sell Handler // ============================================================================ async function handleSell(args: string[]): Promise { if (!isConfigured()) { return 'DBC not configured. Set SOLANA_PRIVATE_KEY.'; } if (args.length < 2) { return 'Usage: /dbc sell '; } const mint = args[0]; const amountTokens = args[1]; try { const { wallet, dbc } = await getSolanaModules(); const keypair = wallet.loadSolanaKeypair(); const connection = wallet.getSolanaConnection(); const status = await dbc.getDbcPoolStatus(connection, mint); if (!status.found) { return `No DBC pool found for mint \`${mint}\``; } if (status.isMigrated) { return `Pool has already migrated to DAMM. Use /met swap instead.`; } const tokenDecimals = getTokenDecimals(mint); const amountLamports = dbc.toLamports(amountTokens, tokenDecimals).toString(); const result = await dbc.swapOnDbcPool(connection, keypair, { poolAddress: status.poolAddress, amountIn: amountLamports, swapBaseForQuote: true, // SELL = base->quote }); return `**DBC Sell Complete** Mint: \`${mint.slice(0, 20)}...\` Amount: ${amountTokens} tokens Direction: ${result.direction} TX: \`${result.signature}\``; } catch (error) { return `Sell failed: ${error instanceof Error ? error.message : String(error)}`; } } // ============================================================================ // Quote Handler // ============================================================================ async function handleQuote(args: string[]): Promise { if (args.length < 2) { return 'Usage: /dbc quote [--sell]'; } const mint = args[0]; const amount = args[1]; const isSell = hasFlag(args, '--sell'); try { const { wallet, dbc } = await getSolanaModules(); const connection = wallet.getSolanaConnection(); const status = await dbc.getDbcPoolStatus(connection, mint); if (!status.found) { return `No DBC pool found for mint \`${mint}\``; } if (status.isMigrated) { return `Pool has migrated. Use /met quote instead.`; } // For buy: amount is SOL (9 decimals), for sell: amount is tokens (variable decimals) const tokenDecimals = getTokenDecimals(mint); const decimals = isSell ? tokenDecimals : 9; const amountLamports = dbc.toLamports(amount, decimals).toString(); const quote = await dbc.getDbcSwapQuote(connection, { poolAddress: status.poolAddress, amountIn: amountLamports, swapBaseForQuote: isSell, }); const outDecimals = isSell ? 9 : tokenDecimals; const outAmount = Number(quote.amountOut) / Math.pow(10, outDecimals); const minOut = Number(quote.minimumAmountOut) / Math.pow(10, outDecimals); const unit = isSell ? 'SOL' : 'tokens'; return `**DBC Quote** Mint: \`${mint.slice(0, 20)}...\` ${isSell ? `Sell: ${amount} tokens` : `Buy: ${amount} SOL`} Output: ${outAmount.toFixed(outDecimals === 9 ? 6 : 2)} ${unit} Min Output: ${minOut.toFixed(outDecimals === 9 ? 6 : 2)} ${unit} Direction: ${quote.direction}`; } catch (error) { return `Quote failed: ${error instanceof Error ? error.message : String(error)}`; } } // ============================================================================ // Claim Handler // ============================================================================ async function handleClaim(args: string[]): Promise { if (!isConfigured()) { return 'DBC not configured. Set SOLANA_PRIVATE_KEY.'; } if (args.length < 1) { return 'Usage: /dbc claim [--partner]'; } const poolAddress = args[0]; const isPartner = hasFlag(args, '--partner'); try { const { wallet, dbc } = await getSolanaModules(); const keypair = wallet.loadSolanaKeypair(); const connection = wallet.getSolanaConnection(); if (isPartner) { const result = await dbc.claimDbcPartnerFees(connection, keypair, poolAddress); return `**Partner Fees Claimed** Pool: \`${poolAddress.slice(0, 20)}...\` TX: \`${result.signature}\``; } const result = await dbc.claimDbcCreatorFees(connection, keypair, poolAddress); return `**Creator Fees Claimed** Pool: \`${poolAddress.slice(0, 20)}...\` TX: \`${result.signature}\``; } catch (error) { return `Claim failed: ${error instanceof Error ? error.message : String(error)}`; } } // ============================================================================ // Migrate Handler // ============================================================================ async function handleMigrate(args: string[]): Promise { if (!isConfigured()) { return 'DBC not configured. Set SOLANA_PRIVATE_KEY.'; } const sub = args[0]?.toLowerCase(); if (!sub || sub === 'help') { return `**DBC Migration Commands** /dbc migrate v1 Migrate pool to DAMM V1 /dbc migrate v2 Migrate pool to DAMM V2 /dbc migrate locker Create locker for locked vesting /dbc migrate lock-lp [--partner] Lock DAMM V1 LP token /dbc migrate claim-lp [--partner] Claim DAMM V1 LP token /dbc migrate leftover Withdraw leftover tokens /dbc migrate metadata Create DAMM V1 migration metadata /dbc migrate info Get migration metadata`; } try { const { wallet, dbc } = await getSolanaModules(); const keypair = wallet.loadSolanaKeypair(); const connection = wallet.getSolanaConnection(); switch (sub) { case 'v1': { if (args.length < 3) return 'Usage: /dbc migrate v1 '; const result = await dbc.migrateToDammV1(connection, keypair, { poolAddress: args[1], dammConfig: args[2], }); return `**Migrated to DAMM V1**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'v2': { if (args.length < 3) return 'Usage: /dbc migrate v2 '; const result = await dbc.migrateToDammV2(connection, keypair, { poolAddress: args[1], dammConfig: args[2], }); return `**Migrated to DAMM V2**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'locker': { if (args.length < 2) return 'Usage: /dbc migrate locker '; const result = await dbc.createDbcLocker(connection, keypair, args[1]); return `**Locker Created**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'lock-lp': { if (args.length < 3) return 'Usage: /dbc migrate lock-lp [--partner]'; const result = await dbc.lockDammV1LpToken(connection, keypair, { poolAddress: args[1], dammConfig: args[2], isPartner: hasFlag(args, '--partner'), }); return `**LP Token Locked**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'claim-lp': { if (args.length < 3) return 'Usage: /dbc migrate claim-lp [--partner]'; const result = await dbc.claimDammV1LpToken(connection, keypair, { poolAddress: args[1], dammConfig: args[2], isPartner: hasFlag(args, '--partner'), }); return `**LP Token Claimed**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'leftover': { if (args.length < 2) return 'Usage: /dbc migrate leftover '; const result = await dbc.withdrawLeftover(connection, keypair, args[1]); return `**Leftover Withdrawn**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'metadata': { if (args.length < 3) return 'Usage: /dbc migrate metadata '; const result = await dbc.createDammV1MigrationMetadata(connection, keypair, { poolAddress: args[1], config: args[2], }); return `**Migration Metadata Created**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'info': { if (args.length < 2) return 'Usage: /dbc migrate info '; const meta = await dbc.getDbcMigrationMetadata(connection, args[1]); return `**Migration Metadata**\nPool: \`${args[1].slice(0, 20)}...\`\n\`\`\`json\n${JSON.stringify(meta, null, 2)}\n\`\`\``; } default: return `Unknown migration command: ${sub}. Try /dbc migrate help`; } } catch (error) { return `Migration failed: ${error instanceof Error ? error.message : String(error)}`; } } // ============================================================================ // Swap V2 Handler // ============================================================================ async function handleSwap2(args: string[]): Promise { if (!isConfigured()) { return 'DBC not configured. Set SOLANA_PRIVATE_KEY.'; } if (args.length < 3) { return `Usage: /dbc swap2 [options] Modes: exact-in Exact input amount (default) partial Partial fill exact-out Exact output amount Options: --sell Sell (base->quote) instead of buy --min-out Minimum output (for exact-in/partial) --max-in Maximum input (for exact-out) Examples: /dbc swap2 1 exact-in Buy with 1 SOL exact input /dbc swap2 1000 exact-out --sell Sell to get exactly 1000 tokens out /dbc swap2 0.5 partial Partial fill buy with 0.5 SOL`; } const mint = args[0]; const amount = args[1]; const mode = args[2]?.toLowerCase() || 'exact-in'; const isSell = hasFlag(args, '--sell'); try { const { wallet, dbc } = await getSolanaModules(); const keypair = wallet.loadSolanaKeypair(); const connection = wallet.getSolanaConnection(); const status = await dbc.getDbcPoolStatus(connection, mint); if (!status.found) return `No DBC pool found for mint \`${mint}\``; if (status.isMigrated) return `Pool has migrated. Use /met swap instead.`; let swapMode = 0; if (mode === 'partial') swapMode = 1; else if (mode === 'exact-out') swapMode = 2; const params: any = { poolAddress: status.poolAddress, swapBaseForQuote: isSell, swapMode, }; const tokenDecimals = getTokenDecimals(mint); if (swapMode === 2) { const decimals = isSell ? 9 : tokenDecimals; params.amountOut = dbc.toLamports(amount, decimals).toString(); const maxIn = parseFlag(args, '--max-in'); if (maxIn) { const maxDecimals = isSell ? tokenDecimals : 9; params.maximumAmountIn = dbc.toLamports(maxIn, maxDecimals).toString(); } } else { const decimals = isSell ? tokenDecimals : 9; params.amountIn = dbc.toLamports(amount, decimals).toString(); const minOut = parseFlag(args, '--min-out'); if (minOut) { const minDecimals = isSell ? 9 : tokenDecimals; params.minimumAmountOut = dbc.toLamports(minOut, minDecimals).toString(); } } const result = await dbc.swapOnDbcPoolV2(connection, keypair, params); return `**DBC Swap V2 Complete**\nMode: ${mode}\nDirection: ${result.direction}\nTX: \`${result.signature}\``; } catch (error) { return `Swap V2 failed: ${error instanceof Error ? error.message : String(error)}`; } } // ============================================================================ // Fees Handler (detailed breakdown) // ============================================================================ async function handleFees(args: string[]): Promise { if (args.length < 1) { return `Usage: /dbc fees Detailed fee breakdown for a pool /dbc fees by-config All pool fees for a config /dbc fees by-creator

All pool fees for a creator`; } try { const { wallet, dbc } = await getSolanaModules(); const connection = wallet.getSolanaConnection(); const sub = args[0]?.toLowerCase(); if (sub === 'by-config' && args[1]) { const fees = await dbc.getDbcPoolsFeesByConfig(connection, args[1]); if (fees.length === 0) return 'No pools found for this config.'; let output = `**Fees for Config \`${args[1].slice(0, 20)}...\`** (${fees.length} pools)\n`; for (const f of fees.slice(0, 20)) { output += `\nPool: \`${f.poolAddress.slice(0, 16)}...\``; output += `\n Creator: ${f.creatorBase} base / ${f.creatorQuote} quote`; output += `\n Partner: ${f.partnerBase} base / ${f.partnerQuote} quote`; } if (fees.length > 20) output += `\n\n...and ${fees.length - 20} more pools`; return output; } if (sub === 'by-creator' && args[1]) { const fees = await dbc.getDbcPoolsFeesByCreator(connection, args[1]); if (fees.length === 0) return 'No pools found for this creator.'; let output = `**Fees for Creator \`${args[1].slice(0, 20)}...\`** (${fees.length} pools)\n`; for (const f of fees.slice(0, 20)) { output += `\nPool: \`${f.poolAddress.slice(0, 16)}...\``; output += `\n Creator: ${f.creatorBase} base / ${f.creatorQuote} quote`; output += `\n Partner: ${f.partnerBase} base / ${f.partnerQuote} quote`; } if (fees.length > 20) output += `\n\n...and ${fees.length - 20} more pools`; return output; } // Default: single pool fee breakdown const breakdown = await dbc.getDbcPoolFeeBreakdown(connection, args[0]); return `**Fee Breakdown for Pool \`${args[0].slice(0, 20)}...\`** **Creator Fees:** Unclaimed: ${breakdown.creator.unclaimedBase} base / ${breakdown.creator.unclaimedQuote} quote Claimed: ${breakdown.creator.claimedBase} base / ${breakdown.creator.claimedQuote} quote Total: ${breakdown.creator.totalBase} base / ${breakdown.creator.totalQuote} quote **Partner Fees:** Unclaimed: ${breakdown.partner.unclaimedBase} base / ${breakdown.partner.unclaimedQuote} quote Claimed: ${breakdown.partner.claimedBase} base / ${breakdown.partner.claimedQuote} quote Total: ${breakdown.partner.totalBase} base / ${breakdown.partner.totalQuote} quote`; } catch (error) { return `Fees query failed: ${error instanceof Error ? error.message : String(error)}`; } } // ============================================================================ // Pools Handler (list/query pools) // ============================================================================ async function handlePools(args: string[]): Promise { const sub = args[0]?.toLowerCase(); if (!sub || sub === 'help') { return `Usage: /dbc pools by-config List pools for a config /dbc pools by-creator

List pools by creator /dbc pools configs [owner] List configs (optionally by owner) /dbc pools metadata Get pool metadata /dbc pools partner-meta

Get partner metadata /dbc pools escrow Get DAMM V1 lock escrow`; } try { const { wallet, dbc } = await getSolanaModules(); const connection = wallet.getSolanaConnection(); switch (sub) { case 'by-config': { if (!args[1]) return 'Usage: /dbc pools by-config '; const pools = await dbc.getDbcPoolsByConfig(connection, args[1]); if (pools.length === 0) return 'No pools found for this config.'; let output = `**Pools for Config \`${args[1].slice(0, 20)}...\`** (${pools.length} pools)\n`; for (const p of pools.slice(0, 30)) { const isMig = (p.pool as any).migrated ? ' [MIGRATED]' : ''; output += `\n \`${p.address}\`${isMig}`; } if (pools.length > 30) output += `\n\n...and ${pools.length - 30} more`; return output; } case 'by-creator': { if (!args[1]) return 'Usage: /dbc pools by-creator

'; const pools = await dbc.getDbcPoolsByCreator(connection, args[1]); if (pools.length === 0) return 'No pools found for this creator.'; let output = `**Pools by Creator \`${args[1].slice(0, 20)}...\`** (${pools.length} pools)\n`; for (const p of pools.slice(0, 30)) { const isMig = (p.pool as any).migrated ? ' [MIGRATED]' : ''; output += `\n \`${p.address}\`${isMig}`; } if (pools.length > 30) output += `\n\n...and ${pools.length - 30} more`; return output; } case 'configs': { if (args[1]) { const configs = await dbc.getDbcPoolConfigsByOwner(connection, args[1]); if (configs.length === 0) return 'No configs found for this owner.'; let output = `**Configs by Owner \`${args[1].slice(0, 20)}...\`** (${configs.length})\n`; for (const c of configs.slice(0, 30)) { output += `\n \`${c.address}\``; } return output; } const configs = await dbc.getDbcPoolConfigs(connection); return `**All DBC Configs** (${configs.length} total)\n\nUse \`/dbc pools configs \` to filter by owner.`; } case 'metadata': { if (!args[1]) return 'Usage: /dbc pools metadata '; const meta = await dbc.getDbcPoolMetadata(connection, args[1]); if (!meta || meta.length === 0) return 'No metadata found for this pool.'; return `**Pool Metadata**\n\`\`\`json\n${JSON.stringify(meta, null, 2)}\n\`\`\``; } case 'partner-meta': { if (!args[1]) return 'Usage: /dbc pools partner-meta

'; const meta = await dbc.getDbcPartnerMetadata(connection, args[1]); if (!meta || meta.length === 0) return 'No partner metadata found.'; return `**Partner Metadata**\n\`\`\`json\n${JSON.stringify(meta, null, 2)}\n\`\`\``; } case 'escrow': { if (!args[1]) return 'Usage: /dbc pools escrow '; const escrow = await dbc.getDbcLockEscrow(connection, args[1]); if (!escrow) return 'Lock escrow not found.'; return `**Lock Escrow**\n\`\`\`json\n${JSON.stringify(escrow, null, 2)}\n\`\`\``; } default: return `Unknown pools command: ${sub}. Try /dbc pools help`; } } catch (error) { return `Pools query failed: ${error instanceof Error ? error.message : String(error)}`; } } // ============================================================================ // Partner Handler // ============================================================================ async function handlePartner(args: string[]): Promise { if (!isConfigured()) { return 'DBC not configured. Set SOLANA_PRIVATE_KEY.'; } const sub = args[0]?.toLowerCase(); if (!sub || sub === 'help') { return `**DBC Partner Commands** /dbc partner metadata Create partner metadata /dbc partner surplus Withdraw partner surplus /dbc partner migration-fee Withdraw partner migration fee /dbc partner creation-fee [--receiver ] Claim pool creation fee /dbc partner claim2 Claim trading fee V2`; } try { const { wallet, dbc } = await getSolanaModules(); const keypair = wallet.loadSolanaKeypair(); const connection = wallet.getSolanaConnection(); switch (sub) { case 'metadata': { if (args.length < 4) return 'Usage: /dbc partner metadata '; const result = await dbc.createPartnerMetadata(connection, keypair, { name: args[1], website: args[2], logo: args[3], }); return `**Partner Metadata Created**\nTX: \`${result.signature}\``; } case 'surplus': { if (!args[1]) return 'Usage: /dbc partner surplus '; const result = await dbc.partnerWithdrawSurplus(connection, keypair, args[1]); return `**Partner Surplus Withdrawn**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'migration-fee': { if (!args[1]) return 'Usage: /dbc partner migration-fee '; const result = await dbc.partnerWithdrawMigrationFee(connection, keypair, args[1]); return `**Partner Migration Fee Withdrawn**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'creation-fee': { if (!args[1]) return 'Usage: /dbc partner creation-fee [--receiver ]'; const receiver = parseFlag(args, '--receiver') || keypair.publicKey.toBase58(); const result = await dbc.claimPartnerPoolCreationFee(connection, keypair, { poolAddress: args[1], feeReceiver: receiver, }); return `**Partner Pool Creation Fee Claimed**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'claim2': { if (args.length < 3) return 'Usage: /dbc partner claim2 '; const result = await dbc.claimDbcPartnerFeesV2(connection, keypair, { poolAddress: args[1], receiver: args[2], }); return `**Partner Trading Fee V2 Claimed**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } default: return `Unknown partner command: ${sub}. Try /dbc partner help`; } } catch (error) { return `Partner operation failed: ${error instanceof Error ? error.message : String(error)}`; } } // ============================================================================ // Creator Handler // ============================================================================ async function handleCreator(args: string[]): Promise { if (!isConfigured()) { return 'DBC not configured. Set SOLANA_PRIVATE_KEY.'; } const sub = args[0]?.toLowerCase(); if (!sub || sub === 'help') { return `**DBC Creator Commands** /dbc creator metadata Create pool metadata /dbc creator surplus Withdraw creator surplus /dbc creator migration-fee Withdraw creator migration fee /dbc creator transfer Transfer pool creator /dbc creator claim2 Claim trading fee V2`; } try { const { wallet, dbc } = await getSolanaModules(); const keypair = wallet.loadSolanaKeypair(); const connection = wallet.getSolanaConnection(); switch (sub) { case 'metadata': { if (args.length < 5) return 'Usage: /dbc creator metadata '; const result = await dbc.createPoolMetadata(connection, keypair, { poolAddress: args[1], name: args[2], website: args[3], logo: args[4], }); return `**Pool Metadata Created**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'surplus': { if (!args[1]) return 'Usage: /dbc creator surplus '; const result = await dbc.creatorWithdrawSurplus(connection, keypair, args[1]); return `**Creator Surplus Withdrawn**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'migration-fee': { if (!args[1]) return 'Usage: /dbc creator migration-fee '; const result = await dbc.creatorWithdrawMigrationFee(connection, keypair, args[1]); return `**Creator Migration Fee Withdrawn**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'transfer': { if (args.length < 3) return 'Usage: /dbc creator transfer '; const result = await dbc.transferPoolCreator(connection, keypair, { poolAddress: args[1], newCreator: args[2], }); return `**Pool Creator Transferred**\nPool: \`${args[1].slice(0, 20)}...\`\nNew Creator: \`${args[2].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } case 'claim2': { if (args.length < 3) return 'Usage: /dbc creator claim2 '; const result = await dbc.claimDbcCreatorFeesV2(connection, keypair, { poolAddress: args[1], receiver: args[2], }); return `**Creator Trading Fee V2 Claimed**\nPool: \`${args[1].slice(0, 20)}...\`\nTX: \`${result.signature}\``; } default: return `Unknown creator command: ${sub}. Try /dbc creator help`; } } catch (error) { return `Creator operation failed: ${error instanceof Error ? error.message : String(error)}`; } } // ============================================================================ // Main Execute // ============================================================================ export async function execute(args: string): Promise { const parts = args.trim().split(/\s+/); const command = parts[0]?.toLowerCase() || 'help'; const rest = parts.slice(1); switch (command) { case 'launch': return handleLaunch(rest); case 'status': return handleStatus(rest[0]); case 'buy': return handleBuy(rest); case 'sell': return handleSell(rest); case 'quote': return handleQuote(rest); case 'claim': return handleClaim(rest); case 'migrate': return handleMigrate(rest); case 'swap2': return handleSwap2(rest); case 'fees': return handleFees(rest); case 'pools': return handlePools(rest); case 'partner': return handlePartner(rest); case 'creator': return handleCreator(rest); case 'help': default: return `**Meteora DBC - Dynamic Bonding Curve Token Launch** **Launch:** /dbc launch [options] Launch token /dbc launch ... --dry-run Preview without executing **Pool Status:** /dbc status Check pool + migration progress **Trading:** /dbc buy Buy tokens on curve /dbc sell Sell tokens to curve /dbc quote [--sell] Get swap quote /dbc swap2 [options] Swap V2 (exact-in/partial/exact-out) **Migration:** /dbc migrate v1 Migrate to DAMM V1 /dbc migrate v2 Migrate to DAMM V2 /dbc migrate locker Create locker /dbc migrate lock-lp Lock LP token /dbc migrate claim-lp Claim LP token /dbc migrate leftover Withdraw leftover /dbc migrate metadata Create migration metadata /dbc migrate info Get migration metadata **Fee Management:** /dbc claim [--partner] Claim trading fees /dbc fees Detailed fee breakdown /dbc fees by-config Fees for all pools in config /dbc fees by-creator

Fees for all creator pools **Partner Operations:** /dbc partner metadata Create partner metadata /dbc partner surplus Withdraw surplus /dbc partner migration-fee Withdraw migration fee /dbc partner creation-fee Claim creation fee /dbc partner claim2 Claim fee V2 **Creator Operations:** /dbc creator metadata Create pool metadata /dbc creator surplus Withdraw surplus /dbc creator migration-fee Withdraw migration fee /dbc creator transfer Transfer ownership /dbc creator claim2 Claim fee V2 **Pool Queries:** /dbc pools by-config List pools by config /dbc pools by-creator

List pools by creator /dbc pools configs [owner] List configs /dbc pools metadata Pool metadata /dbc pools partner-meta

Partner metadata /dbc pools escrow Lock escrow details **Launch Options:** --mcap Initial market cap (default: 30) --grad Graduation market cap (default: 500) --supply Total supply (default: 1B) --decimals Token decimals 6-9 (default: 6) --fee-start Starting fee bps (default: 500 = 5%) --fee-end Ending fee bps (default: 100 = 1%) --fee-decay Fee decay duration (default: 3600) --migration <0|1> DAMM v1 or v2 (default: 1) --metadata-uri Pre-uploaded metadata URI (required) --initial Initial buy after launch --creator-fee Creator trading fee % (default: 80) **Setup:** export SOLANA_PRIVATE_KEY="your-key" export SOLANA_RPC_URL="your-rpc"`; } } export default { name: 'meteora-dbc', description: 'Meteora DBC - launch tokens on dynamic bonding curves', commands: ['/dbc', '/meteora-dbc'], handle: execute, };