CSPR.Cloud.Net

Release Notes

v1.0.6

Fixed mainnet baseUrl

v1.0.2

Fixed an issue where mainnet endpoints were using testnet baseurl.
Changes:
- GetAccountInfo endpoint replaced with GetAccountInfoAsync

v.1.0.0

Initial Release

Supported Frameworks

The library is targeting both .NET Standard 2.0 and .NET Standard 2.1 for optimal compatibility

To do list

Implementation of Streaming API

Get the library

Package Manager

NuGet\Install-Package CSPR.Cloud.Net

.NET CLI

dotnet add package CSPR.Cloud.Net

How to Use

The CasperCloudRestClient class provides an easy way to interact with the CSPR Cloud API for both Mainnet and Testnet environments. Below are the steps to initialize and use the client in your application.

Initialization

To create an instance of the CasperCloudRestClient, you need to provide your API key. Optionally, you can also pass a custom HttpClient and ILoggerFactory for logging purposes.

Step-by-Step Guide

1. Add Dependencies

Ensure you have the necessary dependencies in your project. Typically, this includes:

HttpClient
ILoggerFactory from Microsoft.Extensions.Logging

2. Create a Configuration Class

Create an instance of the CasperCloudClientConfig class with your API key.

public class CasperCloudClientConfig
{
    public string ApiKey { get; set; }

    public CasperCloudClientConfig(string apiKey)
    {
        if (string.IsNullOrEmpty(apiKey))
            throw new ArgumentException("API key is required.", nameof(apiKey));

        ApiKey = apiKey;
    }
}

3. Initialize the Client

Initialize the CasperCloudRestClient with your configuration, and optionally pass in a custom HttpClient and ILoggerFactory.

using System.Net.Http;
using Microsoft.Extensions.Logging;

// Configuration with API key
var config = new CasperCloudClientConfig("your-api-key");

// Optional: Custom HttpClient
HttpClient customHttpClient = new HttpClient();

// Optional: LoggerFactory for logging
ILoggerFactory loggerFactory = LoggerFactory.Create(builder => builder.AddConsole());

// Create the CasperCloudRestClient
var restClient = new CasperCloudRestClient(config, customHttpClient, loggerFactory);

4. Access Endpoints

Use the Mainnet and Testnet properties to access different endpoints. For example:

// Accessing the Account endpoint on Testnet
var accountData = await restClient.Testnet.Account.GetAccountAsync("public-key");

// Accessing the Block endpoint on Mainnet
var blockData = await restClient.Mainnet.Block.GetBlockAsync("block-hash");

5. Dependency Injection Example

appsettings.json

 "CsprCloud": {
   "ApiKey": "your-api-key"
 }

Startup.cs

context.Services.AddSingleton(resolver =>
{
    var apiKey = configuration.GetSection("CsprCloud:ApiKey").Value;
    return new CasperCloudRestClient(new CasperCloudClientConfig(apiKey));
});

Then call using di

public class IndexModel : PageModel
{
    private readonly CasperCloudRestClient _restClient;
    public IndexModel(CasperCloudRestClient restClient)
    {
         _restClient = restClient;
    }
    public async Task OnGet()
    {
        var result = await _restClient.Mainnet.Account.GetAccountInfoAsync("bb436216f3f56b073fc712c024a01c1291292e9533a03ddabc67ef85360b00bf");
    }
    
}

Using Parameterized Requests on Endpoints

Most of the endpoints require optional request parameters wrapped in a RequestParameters class, which includes three possible components:

FilterParameters: Used to filter the results.
SortingParameters: Used to sort the results.
OptionalParameters: Used to include additional data in the results.

Example Usage

Parameters and properties differ for each request depending on the endpoint. Here's an example of how to initialize and use parameterized requests for the Validators endpoint:

// Initialize the request parameters
var parameters = new ValidatorsRequestParameters
{
    // Result is filtered for EraId = 14027 and IsActive = true
    FilterParameters = new ValidatorsFilterParameters
    {
        EraId = "14027",
        IsActive = true
    },
    // Result will include AccountInfo, CentralizedAccountInfo and AveragePerformance Entities
    OptionalParameters = new ValidatorsOptionalParameters
    {
        AccountInfo = true,
        CentralizedAccountInfo = true,
        AveragePerformance = true,
    },
    // Result is sorted by Total Stake because it is set to true and the Sort Direction is Descending
    SortingParameters = new ValidatorsSortingParameters
    {
        OrderByTotalStake = true,
        SortType = SortType.Descending
    }
};

// Execute the request
var result = await _restClient.Testnet.Validator.GetValidatorsAsync(parameters);

Samples

Below are some examples of demonstrating how to use the CasperCloudRestClient.

For more detailed examples of all endpoints, please refer to the CSPRCloudNetTests.cs file.

var config = new CasperCloudClientConfig("your-api-key");
_restClient = new CasperCloudRestClient(config);

// Without parameters
var result = await _restClient.Testnet.Account.GetAccountAsync(_testPublicKey);

// With parameters
var parameters = new AccountInfosRequestParameters
{
    FilterParameters = new AccountInfosFilterParameters
    {
        AccountHashes = new List<string>
        {
            "first-account-hash",
            "second-account-hash"
        }
    }
};
var result = await _restClient.Testnet.Account.GetAccountInfosAsync(parameters);

Contributing

Contributions are welcome! If you find any issues or have suggestions for improvements, please open an issue or submit a pull request.

License

MIT License

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ETH: 0x9cda155f73220073a9f024daaa72eb06b5c06c86
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Support my validator on the Casper Network by Delegating

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msanlisavas/CSPR.Cloud.Net