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›Protocol

Getting Started

  • What is Sirius Chain
  • Setting up your workstation
  • Writing your first application

Built-in Features

  • Account
  • Mosaic (SDA)
  • Namespace
  • Transfer Transaction
  • Aggregate Transaction
  • Multisig Account
  • Metadata
  • Account Restriction
  • Cross-Chain Swaps
  • Exchange Market
  • Decentralized Exchange Market
  • Liquidity Provider
  • Storage

Protocol

  • Node
  • Block
  • Cryptography
  • Transaction
  • Validating
  • Consensus Algorithms
  • Receipt
  • Inflation

REST API

  • Overview
  • Tools
  • Serialization
  • Websockets
  • Status Errors

SDKs

  • Overview
  • Architecture
  • Languages
  • Extending Sirius Chain Capabilities
  • SDK Development
  • SDK Documentation

Wallets & Explorers

  • Wallets & Explorers

Cheat Sheet

  • Sirius Chain Cheat Sheet

Guides

  • Overview
  • External Guides
  • Account

    • Creating and opening an account
    • Getting account information
    • Getting the amount of XPX sent to an account
    • Reading transactions from an account

    Account Restriction

    • Preventing spam attacks with account restrictions

    Aggregate Transaction

    • Sending payouts with aggregate-complete transaction
    • Creating an escrow with aggregate bonded transaction
    • Asking for mosaics with aggregate-bonded transaction
    • Signing announced aggregate-bonded transactions

    Block

    • Listening to New Blocks
    • Getting block by height

    Cross Chain Swaps

    • Atomic cross-chain swap between Sirius public and private chains

    Metadata

    • Account Metadata
    • Mosaic Metadata
    • Namespace Metadata
    • Account Metadata (Deprecated since 0.7.0 Sirius Chain release)
    • Mosaic Metadata (Deprecated since 0.7.0 Sirius Chain release)
    • Namespace Metadata (Deprecated since 0.7.0 Sirius Chain release)

    Monitoring

    • Monitor transaction

    Mosaic

    • Creating a mosaic (SDA)
    • Getting the mosaic information
    • Getting the asset identifier behind a namespace with receipts

    Mosaic Levy

    • Modifying Mosaic Supply

    Multisig Account

    • Converting an account to multisig
    • Modifying a multisig account
    • Creating a multi-level multisig-account
    • Sending a multisig transaction

    Namespace

    • Registering a namespace
    • Registering a subnamespace
    • Getting the Namespace information
    • Linking a namespace to a mosaic
    • Linking namespace to account

    Transfer Transaction

    • Transfer transaction
    • Sending an encrypted message

    Storage

    • Data Modification Cancel
    • Data Modification
    • Download Channel
    • Download Payment
    • Drive Closure
    • Finish Download Channel
    • Prepare Bc Drive
    • Replicator Offboarding
    • Replicator Onboarding
    • Storage Payment
    • Verification Payment

Storage

  • Overview
  • Participate
  • External Economy
  • Roles
  • Verification
  • Challenge
  • Rewards
  • Transaction Schemas
  • Built-In Features

    • Drive
    • Replicator
    • Verifier
    • Supercontracts

    Protocols

    • Cross-Block Protocol
    • Fair Streaming

    Storage User Application

    • Overview
    • Getting Started
    • Managing Drives
    • Managing Drive Files
    • Downloading Data

Validating

The process of creating new blocks is called validating.

The validating account - called the validator - gets the fees for the transactions in the block and inflation. This reward gives the validator an incentive to add as many transactions to the block as possible.

Validating mosaic

Sirius Chain software allows the definition of any mosaic for validating purposes to fit the business needs. The Sirius Chain test network names this mosaic xpx.

For example, consortium networks can distribute validating mosaics between the companies that are running the infrastructure, while other participants need to pay fees in the form of currency mosaic to consume services.

By contrast, public networks might decide to use the same mosaic for paying transaction fees and running the network.

Local validating

During the installation of a node, you will be asked to set up an account that will be used to validate. The block header includes the public key and signature generated by the validating account.

Besides, each node can set a beneficiary public key to share a percentage of the validating rewards (fees and inflation), where the sharing ratio is configurable for each network. When the node does not define a beneficiary, all the rewards go to the block signer.

Local validating is secure as long as no one accesses your node instance, which is storing the private key.

Delegated validating

Delegated validating enables an account to use a proxy private key that can be shared with a node securely. In other words, you can use the importance score of your account to create new blocks without running a node.

After an account activates delegated validating, its importance score is transferred to a remote account. The remote account inherits the importance of the original account.

Security-wise, sharing a proxy private key with a remote node does not compromise the original account since:

  • The remote account has zero balance.
  • The remote account by itself can’t transfer the importance to another account.
  • The original account receives the resulting fees.

Remote validators may not receive the entire reward if the following conditions are met:

The network validating sharing rate is greater than 0. The node selected has defined a beneficiary account.

Local validatingDelegated validating
ConfigurationSetup node.Activate remote validating.
CostThe node maintenance (electricity, cost VPN).The activation transaction fee.
SecurityThe node stores the private key.A proxy private key is shared with a node.
RewardTotal reward. The node owner can share part of the reward with a beneficiary account.Total reward - beneficiary share.

Schemas

AccountLinkTransaction

Announce an AccountLinkTransaction to delegate the account to a proxy account. By doing so, you can enable delegated validating.

In order for the proxy account to be accepted as the remoteAccountKey for delegated validating, it needs to meet the following conditions:

  • It cannot own any mosaics.
  • It cannot be a cosignatory of any other account.
  • It cannot be a multisig account.
  • It cannot already be a delegated account for another account.
  • It cannot have its own delegated account.

Furthermore, for the duration that the account is used as a delegated account, it is restricted from:

  • initiating any transactions.
  • involvement with any type of transactions.

Version: 0x02

Entity type: 0x414C

Inlines:

  • Transaction or EmbeddedTransaction
PropertyTypeDescription
remoteAccountKey32 bytes (binary)The public key of the remote account.
linkActionLinkActionThe account link action.

LinkAction

Enumeration: uint8

IdDescription
0Link.
1Unlink.
← TransactionConsensus Algorithms →
  • Validating mosaic
  • Local validating
  • Delegated validating
  • Schemas
    • AccountLinkTransaction
    • LinkAction
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Protocol
BlockConsensus AlgorithmsCryptographyInflationNodeReceiptTransactionValidating
Built-in Features
AccountAggregate TransactionCross-Chain SwapsExchange MarketDecentralized Exchange MarketMetadataMosaicMultisig AccountNamespaceTransfer TransactionStorageLiquidity Provider
References
REST APISDKsCheat Sheet
Includes Documentation Forked from NEM
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