Mean Multisig applications repository
npm install @mean-dao/mean-multisig-appsThe Solar Safe Apps is an NPM package that keeps track of all protocols in the Solana ecosystem that are integrated with the Solar Safe protocol and allows Web3 apps to query and get information about them.
The Solar Safe Apps repository is maintained by Mean DAO and it will also accept pull requests from anyone who wants to integrate their own program/protocol with the Solar Safe. Once the PR is reviewed and merge by the core team the new integration will be available on the multisig section on MeanFi Web App and can be use to make proposal for any multisig safe.
@mean-dao/mean-multisig-apps
``bash`
npm install @mean-dao/mean-multisig-apps
`bash`
yarn add @mean-dao/mean-multisig-apps
`typescript`
const network = 101; // 101 = "mainnet-beta", 102 = "testnet", 103 = "devnet";
const provider = new AppsProvider(network);
provider
.getApps()
.then((apps: App[]) => {
console.log('apps', apps);
});
> The info for the registered apps includes: id, name, network, folder, active, logoUrl, uiUrl, defUrl.
`typescript`
const app = apps[0];
provider.getAppConfig(
app.id,
app.uiUrl,
app.defUrl
)
.then((config: AppConfig) => {
console.log('config', config);
});
> The info for the app configuration includes: ui (the UI instruction configuration info), definition (JSON Schema of the program IDL).
`typescript`
{
id: "AJwQXP6HuY1HTLRfzg4q6z5BWwf373GsBh79KtPJyRob",
name: "customProposal",
label: "Custom Transaction Proposal",
help: "Custom Transaction Proposal helper text or UI title",
type: "config",
uiElements: [
{
name: "serializedTx",
label: "Serialized Transaction",
help: "The serialized transaction in base64 string format.",
type: "inputTextArea",
value: "",
visibility: "show"
}
]
}
> The UI Instruction configuration defines the way the program instruction is going ask for the user input and the way the instruction data is going to be shown to the user in a friendly way.
#
To register or integrate a new protocol/program in the Solar Safe Apps repository you need to add a new entry with the general protocol information in the apps.json file. Once that general info is added then you can add the protocol folder with the required files that are needed for the integration.
To add a new protocol a new entry with the following JSON schema needs to be added into the apps.json file:
`json`
{
"id": "
"name": "program name (name to display in the UI)",
"network": 101,
"folder": "program-folder",
"active": false
}
> When configuring the integration three entries for each protocol has to be added (one for each network id since the address of the program might be different on each Solana network). In future updates this won't be required, and if there is only one entry then it will be assumed that the program is deployed with the same address in all Solana networks. Be aware that the folder property of the JSON Schema has to match with the program folder name that is going to be added later, otherwise the integration won't work as expected.
The folder of the protocol/program will contains the configuration files that are needed for the integration to work and display properly in the UI. Those files will depend of the program specifications but there are 3 required files that will be necesary to add into the folder. Those files are described bellow:
- Logo: The logo of the program will be called logo.svg and should be a valid SVG file that is going to identify the program by its logo.protocol/program
- Definition: The IDL file of the will be called definition.json. This is required for the creation/execution of the program instructions and the parsing the the instructions data as well.ui.json
- UI Config: The UI configuration file for all program instructions. This file is JSON Schema file that has to be named and is going to have an array of the configurations for each program instruction. The configuration for each instruction is going to be described in some properties including the UI Elements array which is going to have the configuration description for all the UI inputs that are required by the instructions. This is an example of a UI Config file:
`json`
[
{
"name": "transfer",
"label": "Transfer",
"help": "Transfer funds",
"accounts": [
{
"name": "source",
"label": "From",
"help": "The source of the funds",
"type": "inputText",
"value": "",
"visibility": "show"
},
{
"name": "destination",
"label": "To",
"help": "The destination of the funds",
"type": "inputText",
"value": "",
"visibility": "show"
},
{
"name": "owner",
"label": "Owner",
"help": "The owner of the source account",
"type": "inputText",
"value": "",
"visibility": "show"
}
],
"args": [
{
"name": "amount",
"label": "Amount",
"help": "The amount to transfer",
"type": {
"from": {
"inputId": "source"
}
},
"value": "",
"visibility": "show"
}
]
}
]
The UI Elements of the instruction are accounts and args. Sometimes the value of those inputs are a known (fixed and readonly) values that are not going to change (i.e: a program accounts) and sometimes are calculated values. Those are only two of the many possible types for a UI Element. The type that is configured for the element is the characteristic that is going to determine how the element is managed. The next code shows all possible types for each UI Element in a specific instruction:
`typescript`
type UiType =
"textInfo"
| "yesOrNo"
| "option"
| "optionOwners"
| "optionAccounts"
| "inputText"
| "inputTextArea"
| "inputNumber"
| "datePicker"
| "slot"
| "knownValue"
| "treasuryAccount"
| "txProposer"
| "multisig"
| UiTokenAmountType
| UiFunc;
For a detailed reference of all available types check here file.
> This library is in constant development and all these configuration types might changed in the future. For that reason we recomment to be updated with the latest version and upgrade your protocol configuration in a new PR as needed.
Another important characteristic of the UI Element is the visibility. This is going to define if the input is going to be rendered in the UI to get its value from the user interaction. If the visibility is set to false then the value of the UI Element will be of type: "knownValue" or it will be a calculated type. The example bellow has a detailed explanation of a specific UI Element:
`jsoncUiTokenAmountType
{
"name": "amount", // has to match with the arg name for the instruction in the IDL file.
"label": "Amount", // The label that is going to be shown in the UI
"help": "The amount to transfer", // Another text that can be use as a UI component title or placeholder
"type": { // This type is and describes how the amount will be calculated using the inputId to get the decimals value of the token ``
"from": {
"inputId": "source"
}
},
"value": "", // The value is empty since is going to be entered by the user
"visibility": "show" // Indicates that the UI Element is going to be rendered in the UI to get the user input.
}
To understand better the possible configurations and see more examples please check the registered programs files under the apps folder in this repository.
Once the protocol folder and configuration files are ready you can commit your changes and make a pull request to this repository. After the pull request is reviewed, approved and merged to main branch by the Mean DAO Core Team the registered protocol will be ready to be used in the multisig section on MeanFi Web App and will be ready to create proposals using its instructions in any multisig safe.
Anytime you need to upgrade an existing protocol integration because an upgrade in your program, you can create a new pull request with the modifications and wait for the same proccess of review, approval and merging of the pull request before your new configuration is available and ready to be used.
For more information of how the integration works please reach out to us: