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# Osmosis Zone Front End

# How to Add an Asset onto the Osmosis Assets Page

# Purpose

Add assets to the Frontier branch (opens new window) of the Osmosis frontend repo (opens new window) to have the Asset appear on the Assets page of frontier.osmosis.zone (opens new window).

This procedure will also specify for Keplr wallet extension details to connect with the chain.

Note that Osmosis will temporarily utilize an alternate front end interface for listing new and unverified assets: frontier.osmosis.zone (opens new window); once a pool containing the asset has been onboarded into receiving Osmosis Liquidity Mining incentives, the Asset will then be added to the main app.osmosis.zone (opens new window) site.

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# Prerequisites

# Requirements

  • Chain data:
    • RPC and REST APIs
    • Chain id
    • BIP44 Coin type (slip44)
      • e.g., coinType: 118,
    • bech32 prefix
    • Cosmos SDK version
      • Used to determine which 'features' must be specified
    • Gas prices
      • The low, average, and high gas prices so users can either save on fees or expedite transactions using Keplr wallet
    • Currencies
      • Staking currency (Information on the staking token of the chain)
      • Fee currencies (List of fee tokens accepted by the chain's validator), and
      • Trading currencies (All currencies that can be trading on the chain)
  • Asset data:
    • Token Logo Image files (both .png and .svg is recommended)
      • Note: Currently, a .png is required to be able to render on info.osmosis.zone
      • Note: image files shall be titled exactly with the token Symbol in lowercase. E.g., for 'ATOM', title the files atom.png and atom.svg
    • Denominations
      • coin minimal denomination
        • For normal IBC tokens:
          • It looks like 'ibc/...'
        • For CW20 tokens:
          • The minimal denomination is cw20:<CONTRACT ADDRESS>
          • Will also need the CW20<>ICS20 contract address
        • For assets originally foreign to the registering chain:
          • The minimal denomination is the 'ibc/...' denom on the registering chain
          • Will also need the entire IBC Transfer Path with the original denomination
        • Coin Minimal Denomination Alias (the denomination for the smallest, indivisible unit of the token (e.g., 'uatom'))
      • Coin denomination (the denomination for a 'whole' token (e.g., 'ATOM'))
    • Coin decimal places (e.g., 'ATOM' can be split into micro-ATOM, hence it has 6 decimal places--1 ATOM == 1,000,000 uatom)
    • Asset Price data, either:
    • Designate IBC Connection details:
      • Source channel (Osmosis' channel to the registering chain)
      • Destination channel (Registering chain's channel to Osmosis)
  • Bridge URL (only if regular IBC transfers are not possible)
  • Enough OSMO for the pool creation fee (100 OSMO) and initial liquidity of an OSMO pool (USD $1000-worth)
  • Basic understanding of GitHub, knowing how to fork, create a branch, commit changes, and submit a Pull Request

# Steps

  1. Review the Osmosis Frontend Repo (opens new window) docs:
    1. README.md (opens new window)
  2. Review the Keplr Docs for the Suggest Chain feature (opens new window)
  3. Submit a pull request branch with necessary changes to the following:
    • public/assets/tokens/:
      • Add token logo images
    • src/config.ts:
      • Add Assets to IBCAssetInfos
        • Be sure to include the external bridge URLs if an external site is required to bridge to assets to and from Osmosis
      • See examples below
      • Add Chains to EmbedChainInfos: ChainInfoWithExplorer
        • Include the optimal RPC and REST APIs
        • Be sure to include coin type
        • Be sure to include bech32 prefix
        • Be sure to include stake, fee, and other currencies
          • For each currency, be sure to include the Asset Price Oracle as CoinGeckoID:
            • opt for a real CoinGecko ID, if one exists
            • otherwise, use pool:<coin minimal denom>
        • Include features - 'stargate' -- must be specified if using Cosmos SDK v0.40+
          • 'ibc-transfer' -- must be specified if IBC transfers following the ICS20 standard have been enabled on the chain
          • 'no-legacy-stdTx' -- must be specified if using Cosmos SDK v0.43+, but still recommended to specify, regardless of Cosmos SDK version
          • 'ibc-go' -- must be specified if using Cosmos SDK v0.43+, and import the ibc-go repository
          • E.g., features: ['stargate', 'ibc-transfer', 'no-legacy-stdTx', 'ibc-go'],
        • Include gas price step
        • Include chain explorer path
          • Opt for Mintscan, if available
          • Note: watch out for and remove any dollar sign ($) in the URL, which may be included in the Explorer URL in the Cosmos Chain Registry
      • See examples below
  4. Validate the deposit and withdrawal of the asset(s) from the generated Cloudflare staging link

# Examples

Examples of config.ts::IBCAssetInfos:

  • ATOM, a native token from Cosmos Hub:
    {
        counterpartyChainId: 'cosmoshub-4',
        sourceChannelId: 'channel-0',
        destChannelId: 'channel-141',
        coinMinimalDenom: 'uatom',
    },
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  • NETA, a CW20 token from Juno:
    • Note: channel-42 is Osmosis' channel to Juno for native Juno assets, but channel-169 is Osmosis' channel to this CW20<>ICS20 contract on Juno, which currently accomodates NETA, MARBLE, BLOCK, HOPE, RACOON, and potentially other CW20 tokens in the future
    {
        counterpartyChainId: 'juno-1',
        sourceChannelId: 'channel-169',
        destChannelId: 'channel-47',
        coinMinimalDenom: 'cw20:juno168ctmpyppk90d34p3jjy658zf5a5l3w8wk35wht6ccqj4mr0yv8s4j5awr',
        ics20ContractAddress: 'juno1v4887y83d6g28puzvt8cl0f3cdhd3y6y9mpysnsp3k8krdm7l6jqgm0rkn',
    },
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  • PSTAKE, an ICS20 token originating from Gravity Bridge chain, transfered through Persistence chain, and finally coming to Osmosis (i.e., not directly to Osmosis from Gravity Bridge):
    • Note: channel-38 is Persistence chain's channel to Gravity bridge
    • Note: gravity0xfB5...006 is Gravity Chain's denomination of PSTAKE (originally from Ethereum)
    {
        counterpartyChainId: 'core-1',
        sourceChannelId: 'channel-4',
        destChannelId: 'channel-6',
        coinMinimalDenom: 'ibc/A6E3AF63B3C906416A9AF7A556C59EA4BD50E617EFFE6299B99700CCB780E444',
        ibcTransferPathDenom: 'transfer/channel-38/gravity0xfB5c6815cA3AC72Ce9F5006869AE67f18bF77006',
    },
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  • INJ, the staking and fee token for Injective chain. Injective uses an external site to bridge tokens between Injective Chain and Osmosis, thus we specifiy a custom deposit and withdraw URL override:
{
	counterpartyChainId: 'injective-1',
	sourceChannelId: 'channel-122',
	destChannelId: 'channel-8',
	coinMinimalDenom: 'inj',
	depositUrlOverride: 'https://hub.injective.network/bridge/?destination=osmosis&origin=injective&token=inj',
	withdrawUrlOverride: 'https://hub.injective.network/bridge/?destination=injective&origin=osmosis&token=inj',
},
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Example of config.ts::EmbedChainInfos: ChainInfoWithExplorer: - Juno chain, with native asset JUNO listed as a stake, fee, and currency token. - Note: CW20 assets have a the asset symbol appended to the contract address as the coinMinimalDenom.

{
	rpc: 'https://rpc-juno.keplr.app',
	rest: 'https://lcd-juno.keplr.app',
	chainId: 'juno-1',
	chainName: 'Juno',
	stakeCurrency: {
		coinDenom: 'JUNO',
		coinMinimalDenom: 'ujuno',
		coinDecimals: 6,
		coinGeckoId: 'juno-network',
		coinImageUrl: window.location.origin + '/public/assets/tokens/juno.svg',
	},
	bip44: {
		coinType: 118,
	},
	bech32Config: Bech32Address.defaultBech32Config('juno'),
	currencies: [
		{
			coinDenom: 'JUNO',
			coinMinimalDenom: 'ujuno',
			coinDecimals: 6,
			coinGeckoId: 'juno-network',
			coinImageUrl: window.location.origin + '/public/assets/tokens/juno.svg',
		},
		{
			type: 'cw20',
			contractAddress: 'juno168ctmpyppk90d34p3jjy658zf5a5l3w8wk35wht6ccqj4mr0yv8s4j5awr',
			coinDenom: 'NETA',
			coinMinimalDenom: 'cw20:juno168ctmpyppk90d34p3jjy658zf5a5l3w8wk35wht6ccqj4mr0yv8s4j5awr:NETA',
			coinDecimals: 6,
			coinGeckoId: 'neta',
			coinImageUrl: window.location.origin + '/public/assets/tokens/neta.svg',
		},
		{
			type: 'cw20',
			contractAddress: 'juno1g2g7ucurum66d42g8k5twk34yegdq8c82858gz0tq2fc75zy7khssgnhjl',
			coinDenom: 'MARBLE',
			coinMinimalDenom: 'cw20:juno1g2g7ucurum66d42g8k5twk34yegdq8c82858gz0tq2fc75zy7khssgnhjl:MARBLE',
			coinDecimals: 3,
			coinGeckoId: 'pool:marble',
			coinImageUrl: window.location.origin + '/public/assets/tokens/marble.svg',
		},
	],
	feeCurrencies: [
		{
			coinDenom: 'JUNO',
			coinMinimalDenom: 'ujuno',
			coinDecimals: 6,
			coinGeckoId: 'juno-network',
			coinImageUrl: window.location.origin + '/public/assets/tokens/juno.svg',
		},
	],
	gasPriceStep: {
			low: 0,
			average: 0,
			high: 0.035,
	},
	features: ['stargate', 'ibc-transfer'],
	explorerUrlToTx: 'https://www.mintscan.io/juno/txs/{txHash}',
},
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# How to Add a Pool to the Osmosis Trade Page

# Purpose

The Osmosis Zone Trade page router looks at a limited set of pools to choose the 'best' pool based on which pool or route offers the best spot price at $0 trade value. It does not change take slippage or swap fee into account when routing, so it's important to only include pools with a reasonably low swap fee (usually 0.2-0.3%), and high liquiditiy. If the liquidity is low, then high value trades could face extremely high slippage, even though low slippage routes exist.

For example, Pool 562 LUNA/UST has high liquidity, but also incurs 0.535% swap fee. Meanwhile, an alternative multihop route also exists; pools 560 OSMO/UST and 561 OSMO/LUNA also have high liquidity, and both have only 0.2% swap fee. Because the multihop with (0.2% + 0.2%) = 0.4% total swap fee incurs a lower swap fee than Pool 562 (at 0.535%), the multihop is preferred. Only in extreme cases would the slippage through the multihop be higher, and so in virtually every case, the multihop will offer thae better deal to the trader. Therefore, we do not include Pool 562 on the Trade page.

# Prerequisites

# Requirements

  • Pool details:
    • Pool number
    • Pool assets
      • Asset minimal denomination
      • Asset IBC transfer path
  • Basic understanding of GitHub, knowing how to fork, create a branch, commit changes, and submit a Pull Request

# Steps

  1. Review the Osmosis Frontend Repo (opens new window) docs:
    1. README.md (opens new window)
  2. Submit a pull request branch with necessary changes to the following:
    1. src/stores/root.ts:
      • Add asset pairs to GammSwapManager
        • Order doesn't matter
        • Note: for CW20 tokens, the minimal denomination is used. I.E., the original token contract is used, not the CW20-ICS20 contract
        • Note: for IBC mutlihop tokens, all IBC transfer details are required
        • See examples below

# Examples

  • Pool 1:
    • This pool will be considered by the router when trading between OSMO and ATOM
{
	poolId: '1',
	currencies: [
		{
			coinMinimalDenom: DenomHelper.ibcDenom([{ portId: 'transfer', channelId: 'channel-0' }], 'uatom'),
			coinDenom: 'ATOM',
			coinDecimals: 6,
		},
		{
			coinMinimalDenom: 'uosmo',
			coinDenom: 'OSMO',
			coinDecimals: 6,
		},
	],
},
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  • Pool 631:
    • This pool will be considered by the router when trading between OSMO and NETA, a foreign CW20 token
{
	poolId: '631',
	currencies: [
		{
			coinMinimalDenom: DenomHelper.ibcDenom(
				[{ portId: 'transfer', channelId: 'channel-169' }],
				'cw20:juno168ctmpyppk90d34p3jjy658zf5a5l3w8wk35wht6ccqj4mr0yv8s4j5awr'
			),
			coinDenom: 'NETA',
			coinDecimals: 6,
		},
		{
			coinMinimalDenom: 'uosmo',
			coinDenom: 'OSMO',
			coinDecimals: 6,
		},
	],
},
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  • Pool 648:
    • This pool will be considered by the router when trading between OSMO and PSTAKE, an IBC-multihop token
{
	poolId: '648',
	currencies: [
		{
			coinMinimalDenom: DenomHelper.ibcDenom(
				[
					{ portId: 'transfer', channelId: 'channel-4' },
					{ portId: 'transfer', channelId: 'channel-38' },
				],
				'gravity0xfB5c6815cA3AC72Ce9F5006869AE67f18bF77006'
			),
			coinDenom: 'PSTAKE',
			coinDecimals: 18,
		},
		{
			coinMinimalDenom: 'uosmo',
			coinDenom: 'OSMO',
			coinDecimals: 6,
		},
	],
},
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# How to Specify Asset Price Oracle on Osmosis Zone (Liquidity Pool)

# Purpose

This procedure will set up the default asset pricing mechanism for an asset to show its price throughout Osmosis Zone. If a CoinGecko Price feed exists, opt to use that instead (See: How to Specify Asset Price Oracle on Osmosis Zone (CoinGecko) (opens new window)). This pricing mechanism works by fetching the current spot price of the asset from a pool with an Asset of a known price. For exampe, we might not know the price of Foo coin directly, but we can assume it's price of, say, $2.00 by seeing that it's trading at 1 FOO per 2 UST in the FOO/UST pool.

# Pre-requisites

  • Asset is in a Pool
  • Pool containing Asset is acceptable
    • The criteria for 'acceptable' pools are roughly as follows:
      • Contains only 2 tokens
      • Contains a common Base Asset (i.e., OSMO, ATOM, or UST)
      • 50/50 weighting
      • 0% exit fee
      • No future governor (set to blank (""))
      • 0.2-0.3% swap fee
      • Sufficient liquidity (at least USD $1000-worth)

# Requirements

  • Pool details
    • Number (Pool ID)
    • Assets
      • coin minimal denomination
      • source channel(s) (if Asset is foreign)
  • Basic understanding of GitHub, knowing how to fork, create a branch, commit changes, and submit a Pull Request

# Steps

  1. Review the Osmosis Frontend Repo (opens new window) docs:
    1. README.md (opens new window)
  2. Submit a pull request branch with necessary changes to the following:
    • src/stores/root.ts
      • Specify pool under RootStore::constructor::priceStore::queriesStore
        • alternativeCoinId: 'pool:<minimal coin denom>'
        • poolID: '<pool number>',
        • spotPriceSourceDenom: <asset of known price::coin minimal denomination>
        • spotPriceDestDenom: <asset of unknown price::coin minimal denomination>
        • destCoinId: 'osmosis'
        • See examples below
    • src/config.ts
      • Add the alternative coin Id under each specification of the Asset within EmbedChainInfos: ChainInfoWithExplorer
        • E.g., coinGeckoId: 'pool:ugraviton'
        • Note that many assets are listed as a staking currency, a fee payment currency, and as a trading currency for a chain; the coin Id should be added to each listing of the asset
        • See example below

# Examples

  • Pool 1:
{
	alternativeCoinId: 'pool:uosmo',
	poolId: '1',
	spotPriceSourceDenom: 'uosmo',
	spotPriceDestDenom: DenomHelper.ibcDenom([{ portId: 'transfer', channelId: 'channel-0' }], 'uatom'),
	destCoinId: 'cosmos',
},
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  • Pool 631:
    • This pool contains a foreign CW20 token. Note how cw20: prefixes the contract address.
{
	alternativeCoinId: 'pool:neta',
	poolId: '631',
	spotPriceSourceDenom: DenomHelper.ibcDenom(
		[{ portId: 'transfer', channelId: 'channel-169' }],
		'cw20:juno168ctmpyppk90d34p3jjy658zf5a5l3w8wk35wht6ccqj4mr0yv8s4j5awr'
	),
	spotPriceDestDenom: 'uosmo',
	destCoinId: 'osmosis',
},
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  • Pool 648:
    • This pool contains an IBC-multihop token. Note how all transfer paths are included.
{
	alternativeCoinId: 'pool:pstake',
	poolId: '648',
	spotPriceSourceDenom: DenomHelper.ibcDenom(
		[
			{ portId: 'transfer', channelId: 'channel-4' },
			{ portId: 'transfer', channelId: 'channel-38' },
		],
		'gravity0xfB5c6815cA3AC72Ce9F5006869AE67f18bF77006'
	),
	spotPriceDestDenom: 'uosmo',
	destCoinId: 'osmosis',
},
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Example of config.ts::EmbedChainInfos: ChainInfoWithExplorer:

  • Umee chain info:
    • Note that coinGeckoId: 'pool:uumee', is specified three times, once under each listing of the currency
    • Note: once UMEE gets a listing and live price feed on CoinGecko, the values here should then be replaced with the CoinGeckoID, e.g., coingGeckoId: 'umee'
{
	rpc: 'https://rpc.aphrodite.main.network.umee.cc',
	rest: 'https://api.aphrodite.main.network.umee.cc',
	chainId: 'umee-1',
	chainName: 'Umee',
	stakeCurrency: {
		coinDenom: 'UMEE',
		coinMinimalDenom: 'uumee',
		coinDecimals: 6,
		coinGeckoId: 'pool:uumee',
		coinImageUrl: window.location.origin + '/public/assets/tokens/umee.png',
	},
	bip44: {
		coinType: 118,
	},
	bech32Config: Bech32Address.defaultBech32Config('umee'),
	currencies: [
		{
			coinDenom: 'UMEE',
			coinMinimalDenom: 'uumee',
			coinDecimals: 6,
			coinGeckoId: 'pool:uumee',
			coinImageUrl: window.location.origin + '/public/assets/tokens/umee.png',
		},
	],
	feeCurrencies: [
		{
			coinDenom: 'UMEE',
			coinMinimalDenom: 'uumee',
			coinDecimals: 6,
			coinGeckoId: 'pool:uumee',
			coinImageUrl: window.location.origin + '/public/assets/tokens/umee.png',
		},
	],
	features: ['stargate', 'ibc-transfer', 'no-legacy-stdTx'],
	explorerUrlToTx: 'https://www.mintscan.io/umee/txs/{txHash}',
},
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# How to Specify Asset Price Oracle on Osmosis Zone (CoinGecko)

# Purpose

This procedure will update the price oracle for the asset to instead use it's CoinGecko value for display on Osmosis Zone. This is preferred over the default price oracle mechanism. If there no CoinGecko price feed for the asset, we can still use the alternative method (See: How to Specify Asset Price Oracle on Osmosis Zone (Liquidity Pool) (opens new window)).

# Pre-requisites

# Requirements

# Steps

  1. Review the Osmosis Frontend Repo (opens new window) docs:
    1. README.md (opens new window)
  2. Submit a pull request branch with necessary changes to the following:
    • src/config.ts
      • Add the asset CoinGecko ID under each specification of the Asset within EmbedChainInfos: ChainInfoWithExplorer
        • E.g., coinGeckoId: 'juno-network'
        • Note that many assets are listed as a staking currency, a fee payment currency, and as a trading currency for a chain; the coin Id should be added to each listing of the asset
        • See example below

# Example

{
	rpc: 'https://rpc-juno.keplr.app',
	rest: 'https://lcd-juno.keplr.app',
	chainId: 'juno-1',
	chainName: 'Juno',
	stakeCurrency: {
		coinDenom: 'JUNO',
		coinMinimalDenom: 'ujuno',
		coinDecimals: 6,
		coinGeckoId: 'juno-network',
		coinImageUrl: window.location.origin + '/public/assets/tokens/juno.svg',
	},
	bip44: {
		coinType: 118,
	},
	bech32Config: Bech32Address.defaultBech32Config('juno'),
	currencies: [
		{
			coinDenom: 'JUNO',
			coinMinimalDenom: 'ujuno',
			coinDecimals: 6,
			coinGeckoId: 'juno-network',
			coinImageUrl: window.location.origin + '/public/assets/tokens/juno.svg',
		},
		{
			type: 'cw20',
			contractAddress: 'juno168ctmpyppk90d34p3jjy658zf5a5l3w8wk35wht6ccqj4mr0yv8s4j5awr',
			coinDenom: 'NETA',
			coinMinimalDenom: 'cw20:juno168ctmpyppk90d34p3jjy658zf5a5l3w8wk35wht6ccqj4mr0yv8s4j5awr:NETA',
			coinDecimals: 6,
			coinGeckoId: 'neta',
			coinImageUrl: window.location.origin + '/public/assets/tokens/neta.svg',
		},
		{
			type: 'cw20',
			contractAddress: 'juno1g2g7ucurum66d42g8k5twk34yegdq8c82858gz0tq2fc75zy7khssgnhjl',
			coinDenom: 'MARBLE',
			coinMinimalDenom: 'cw20:juno1g2g7ucurum66d42g8k5twk34yegdq8c82858gz0tq2fc75zy7khssgnhjl:MARBLE',
			coinDecimals: 3,
			coinGeckoId: 'pool:marble',
			coinImageUrl: window.location.origin + '/public/assets/tokens/marble.svg',
		},
	],
	feeCurrencies: [
		{
			coinDenom: 'JUNO',
			coinMinimalDenom: 'ujuno',
			coinDecimals: 6,
			coinGeckoId: 'juno-network',
			coinImageUrl: window.location.origin + '/public/assets/tokens/juno.svg',
		},
	],
	features: ['stargate', 'ibc-transfer'],
	explorerUrlToTx: 'https://www.mintscan.io/juno/txs/{txHash}',
},
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# How to Add External Incentive Gauges onto the Osmosis Pools Page

# Purpose

Projects can permissionlessly add external incentive gauges for bonded LP positions. To learn more about external Liquidity Mining Incentives, see Liquidity Mining Incentives: External Incentives (opens new window).

This procedure instructs how to display those incentive gauges on a pool's page as extra rewards. Shown below is an example of external incentives added to the CHEQ / OSMO pool.

image

# Pre-requisites

# Requirements

  • External Incentive Gauge(s) details:
    • Gauge ID
    • Destributed Token Denomination (e.g., 'ibc/...')
    • Pool Number
  • Basic understanding of GitHub, knowing how to fork, create a branch, commit changes, and submit a Pull Request

# Steps

  1. Review the Osmosis Frontend Repo (opens new window) docs:
    1. README.md (opens new window)
  2. Submit a pull request branch with necessary changes to the following:
    • src/config.ts
      • Add the Pool Number under LockupAbledPoolIds with a true value
        • E.g., '602': true,
        • This steps permits users to bond their GAMM of this pool for a bonding duration
      • Add a container for the pool under ExtraGaugeInPool
        • E.g., '602': []
        • Within the pool container, add the External Incentive Gauges
          • For each External Incentive Gaugue, include:
            • Gauge ID, and
            • Destributed Token Denomination
              • (must be the 'ibc/...' denomination)
            • E.g., { gaugeId: '2127', denom: 'ibc/7A08C6F11EF0F59EB841B9F788A87EC9F2361C7D9703157EC13D940DC53031FA', },
        • See example below

# Examples

Example of Cheq External Incentives for pool #602, under config.ts::ExtraGaugeInPool:

	'602': [
		{
			gaugeId: '2127',
			denom: 'ibc/7A08C6F11EF0F59EB841B9F788A87EC9F2361C7D9703157EC13D940DC53031FA',
		},
		{
			gaugeId: '2128',
			denom: 'ibc/7A08C6F11EF0F59EB841B9F788A87EC9F2361C7D9703157EC13D940DC53031FA',
		},
	],
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