@prifilabs/shield-ethereum-js v0.6.1

The Shield

API

Core functions

• getDefaultFactory(signer: ethers.Signer, network: string): Promise<ethers.Contract>: returns the Shield Factory contract deployed on network
• createShield(signer: ethers.Signer, name: string, roles: any[], users: any[], policy: any[], factory: ethers.Contract): Promise<{receipt: ethers.Transaction, shield: Shield}>: deploys a shield and returns the corresponding shield object (see below)
• instantiateShield(signer: ethers.Signer, address: string): Promise<Shield>: returns a shield object (see below) of an existing deployed shield at address
• getShields(signer: ethers.Signer, factory: ethers.Contract): Promise<{ [address: string]: string }>: returns the list of shield's addresses for which the user address is one of the users

Methods of the Shield object

Shield getters

• getRoles(): Promise<string[]>
• getUsers(): Promise<{[address: string]: string[]}>
• getUser(address: string): Promise<string[]>
• getPolicies(): Promise<{[label: string]: string[][]}>
• getPolicy(label: string): Promise<string[][]>
• getAssignedPolicies(): Promise<{[address: string]: {[func: string]: string}}>
• getAssignedPolicy(to: string, func: string): Promise<string>
• isPaused(): Promise<boolean>
• getTransactionHash(credentials: Credentials): Promise<string>

Handling Shieldables

• getShieldables(): Promise<string[]>
• addInterface(address: string, iface: ethers.utils.Interface)
• getInterface(address: string): Promise<ethers.utils.Interface>

Handling Credentials

• getCredentials(): Promise<Array<Credentials>>
• createCredentials(to: string, func: string, args: any[]): Promise<Credentials>: returns a new credentials to call the function func from the contract to with the args args.
• approveCredentials(credentials: Credentials): Promise<Credentials>: returns a newly approved credentials
• checkCredentials(credentials: Credentials, full?: boolean):Promise<{to: string, func: string, args:any[], timestamp:number, approvals: string[]}>
• executeCredentials(credentials: Credentials) execute the credentials
• cancelCredentials(credentials: Credentials): Promise<ethers.Transaction>
• isExecuted(credentials: Credentials):Promise<boolean>
• isCanceled(credentials: Credentials):Promise<boolean>

createCredentials wrappers

• createCredentialsForAddRoles(roles: string[]): Promise<Credentials>
• createCredentialsForSetUsers(users: Array<{ address: string; roles: string[] }>): Promise<Credentials>
• createCredentialsForAddPolicy(label: string, policy: string[][]): Promise<Credentials>
• createCredentialsForAssignPolicy(to: address, func: string, label: string)
• createCredentialsForPause(): Promise<Credentials>
• createCredentialsForUnpause()

Utils

• Utils.signData(signer: Signer, types: string[], values: any[])
• Utils.getSigner(types: string[], values: any[], signature: string)
• Utils.encodeCredentials(credentials: Credentials): string: returns the base-64 encoded version of credentials
• Utils.decodeCredentials(encodedCredentials: string): Credential returns the decoded credentials of the base-64 encoded string
• Utils.getSignature(func, iface)
• Utils.getFunction(sig, iface)
• Utils.encodeCallData(func, args, iface)
• Utils.decodeCallData(call, iface)
• Utils.getBytesFromRoles(roles: any[], allRoles: any[])
• Utils.getRolesFromBytes(bytes: any, allRoles: any[])