private static async Task AuthorizeAndSaveTokenAsync()
{
// Create the TwinfieldApi
var twinfieldApi = new TwinfieldApi(oauthClientSettings);
// First get the authorization URL
Console.WriteLine("Send the user to the following URL:");
Console.WriteLine(twinfieldApi.GetAuthorizationUrl(redirectUrl));
// Catch the authorization code in your own program, and paste it here
Console.Write("\n\nEnter the code: ");
var authenticationCode = Console.ReadLine();
// Get the access token
await twinfieldApi
.SetAccessTokenByAuthorizationCodeAsync(authenticationCode, redirectUrl);
// Store the access token in KeyVault
var accessToken = twinfieldApi.Token;
Console.WriteLine("Saving access token to KeyVault..");
await StoreAccesstokenInKeyVaultAsync(accessToken);
Console.WriteLine("Done.");
}
public static async Task Run()
{
// Create the TwinfieldApi
twinfieldApi = new TwinfieldApi(oauthClientSettings);
// You can also provide an HttpClient:
// twinfieldApi = new TwinfieldApi(httpClient, oauthClientSettings);
// Authorization flow
await Example1();
Console.WriteLine($"Auth code: {accessToken.Accesstoken}");
// Instead of authenticating, you can also set the access token
twinfieldApi.Token = accessToken;
// Check if the token should be refreshed
await Example2();
Console.WriteLine($"Auth code: {accessToken.Accesstoken}");
// Always try to catch a TokenExpiredException when calling the API
try
{
// Get offices list and select the first
await Example3();
// Get the fields for the balance sheet
await Example4();
// Get the fields for profit and loss
await Example5();
// Example 6: Get the general ledger request options
// Example 7: Get a valid request, including range
// Example 9: Reading data from the general ledger
var requestOptions = await Example6();
var minimalRequestOptions = Example7(requestOptions);
await Example9(minimalRequestOptions);
// Example 8: Narrowing down the result of Example #6 even more
// Example 9: Reading data from the general ledger
minimalRequestOptions = Example8(requestOptions);
await Example9(minimalRequestOptions);
// Read data from the general ledger, based on the minimum request options.
await Example10();
}
catch (TokenExpiredException)
{
// Refresh the token and retry
}
}
private static async Task LoadTokenFromKeyVaultandRunDemoAsync(bool canRetry = true)
{
// Create the TwinfieldApi
var twinfieldApi = new TwinfieldApi(oauthClientSettings)
{
Token = await GetAccessTokenFromKeyVaultAsync()
};
// Check if the token should be refreshed
if (twinfieldApi.Token.IsExpired())
{
Console.WriteLine("Token expired, refreshing..");
await twinfieldApi.RefreshTokenAsync();
await StoreAccesstokenInKeyVaultAsync(twinfieldApi.Token);
}
try
{
// The token should be good, make some calls to Twinfield now
var officeList = await twinfieldApi.ServiceFactory.ProcessXmlDataService.GetOfficeList();
Console.WriteLine($"List of all {officeList.Count} offices:");
foreach (var o in officeList)
{
Console.WriteLine("{0,10} {1,20} {2}", o.Code, o.ShortName, o.Name);
}
// And place the rest of your logic here, including extra calls to Twinfield
//...
//...
//...
}
catch (TokenExpiredException)
{
if (canRetry)
{
// Refresh the token
await twinfieldApi.RefreshTokenAsync();
await StoreAccesstokenInKeyVaultAsync(twinfieldApi.Token);
// Retry (once)
await LoadTokenFromKeyVaultandRunDemoAsync(false);
}
else
{
// Token could not be refreshed. Throw exception and quit.
throw;
}
}
}
