---
tags: rage-report, v3
---

# v3 Summoner Rage

#### Summon params

*Ultimately params will be dependent on what the higher order factory*

**BaalSummoner**

function summonBaalAndSafe(
    bytes calldata initializationParams,
    bytes[] calldata initializationActions,
    uint256 _saltNonce,
) 

**💥 = accounted for in design**

initializationParams
- these are the 1st 4 params passed into the `setUp` function on baal
- shares token name 💥
- shares token symbol 💥
- lootSingleton address (hardcoded per network)
- sharesSingleton address (hardcoded per network)
- multisend contract address (hardcoded per network)

    initParams: abiCoder.encode(
      ['string', 'string', 'address', 'address', 'address'],
      [config.TOKEN_NAME, config.TOKEN_SYMBOL, lootSingleton.address, sharesSingleton.address, multisend.address]
    ),

initializationActions
- setAdminConfig
- contract: baal
- action: setAdminConfig
- args
- pauseShares: true 💥
- pauseLoot: true 💥

- setGovernanceConfig
- contract: baal
- action: setGovernanceConfig
- args
- voting: seconds 💥
- grace: seconds 💥
- newOffering: 0 💥
- quorum: 0 (0 percent default?) 💥
- sponsor: selfSponsor share threshold 💥
- minRetention: 66.66 💥

This step has been removed
~~- setGuildTokens
- contract: baal
- actions: setGuildTokens
- args
- tokens: address array 💥~~

- setShamans
- contract: baal
- actions: setShamans
- args
- shamans: address array 💥
- permissions: numbers array 💥

- mintShares
- contract: baal
- actions: mintShares
- args
- to: address array 💥
- amount: number array 💥

- mintLoot
- contract: baal
- actions: mintLoot
- args
- to: address array 💥
- amount: number array 💥

- post
- contract: baal
- action: executeAsBaal
- args
- posterAddress
- 0
- encoded post action

- post action
- contract: poster
- actions: post
- args
- const: string 💥
- tag: string 💥

poster call wrapped in a executeAsBaal call:
const postMetaData = await poster.interface.encodeFunctionData('post', [metadataConfig.CONTENT, metadataConfig.TAG])
const posterFromBaal = await baal.interface.encodeFunctionData('executeAsBaal', [poster.address, 0, postMetaData])

- _saltNonce
- ???
- any really big number
- generator from old app

- string calldata _details
- content: json with basic dao metadata
- tag: daohaus.metadata.summoner 💥

- todo: define 1st metadata schema

{
name: '',
}

TODO: Update with goerli stuff -

new summoner contract/abi
https://goerli.etherscan.io/address/0x9425f47e808d9d4fE56f5F9f517CbBDd802DcdFb

poster contract to grab abi
https://goerli.etherscan.io/address/0x000000000000cd17345801aa8147b8d3950260ff

### Subgraph for post transaction poll

https://thegraph.com/hosted-service/subgraph/hausdao/daohaus-v3-rinkeby?selected=playground
Same poll as in v2, but entity name to query for the transaction hash = EventTransaction

## reference
https://github.com/Moloch-Mystics/Baal/blob/feat/baalZodiac/test/BaalSafe.test.ts

addresses in summoner

Rinkeby:

const _addresses = {
gnosisSingleton: "0xd9db270c1b5e3bd161e8c8503c55ceabee709552",
gnosisFallbackLibrary: "0xf48f2b2d2a534e402487b3ee7c18c33aec0fe5e4",
gnosisMultisendLibrary: "0xa238cbeb142c10ef7ad8442c6d1f9e89e07e7761",
poster: "0x000000000000cd17345801aa8147b8D3950260FF"
}

## data library interface
- Only dao data that the app will need is when polling for a summoned dao/successful transaction.
- We'll keep this in the app for now, and explore data library integration with TXs at a later date.
- There might be a need to display data about the DAO on the success page, pending design on that.

if so we could expose a method to look up a dao with the transaction hash that summoned it?

let haus = await Haus.daoByTransactionHash({network: '0x4', transactionHash: '0x0'})
// wraps a graph where query on Dao entity by txHash 

define:
- init on the library? (new Haus)
- pass some provider info for infura calls?

util

let encodedAction = Haus.encodeAction(abi, functionName, args)

some adaptation of this:
https://github.com/HausDAO/daohaus-app/blob/develop/src/utils/abi.js#L192
- wait on what jord does with the tx

Haus.dao({network: '0x0', daoAddress: '0x0'})

const haus = new Haus.new({provider: Web3})

Create the instance
Make s couple of calls
- to fetch
- utils

take network object

look at some examples:

unlock
https://docs.unlock-protocol.com/unlock/developers/unlock.js

superfluid

verbs:
get
create

nouns:
dao
user/address
proposal
members

utils