/// <summary>
/// Creates a client to work with VK API methods.
/// </summary>
public CitrinaClient()
{
AuthHelper = new AuthHelper();
Execute = new ExecuteApi();
Account = new AccountApi();
Ads = new AdsApi();
Apps = new AppsApi();
Auth = new AuthApi();
Board = new BoardApi();
Database = new DatabaseApi();
Docs = new DocsApi();
Fave = new FaveApi();
Friends = new FriendsApi();
Gifts = new GiftsApi();
Groups = new GroupsApi();
Leads = new LeadsApi();
Likes = new LikesApi();
Market = new MarketApi();
Messages = new MessagesApi();
Newsfeed = new NewsfeedApi();
Notes = new NotesApi();
Notifications = new NotificationsApi();
Orders = new OrdersApi();
Pages = new PagesApi();
Photos = new PhotosApi();
Places = new PlacesApi();
Polls = new PollsApi();
Search = new SearchApi();
Secure = new SecureApi();
Stats = new StatsApi();
Status = new StatusApi();
Storage = new StorageApi();
Users = new UsersApi();
Utils = new UtilsApi();
Video = new VideoApi();
Wall = new WallApi();
Widgets = new WidgetsApi();
}
static void Main(string[] args)
{
string testFile = null;
try
{
// ** Make sure an api key has been entered
if (API_KEY == string.Empty)
{
Console.WriteLine("[ERROR] Please update the sample code and enter the API Key that came with your subscription.");
return;
}
// ** Was a 'file to secure' specified on the command line?
if (args.Count() == 0)
{
Console.WriteLine("[INFO] No file to secure specified, using default file.");
testFile = Directory.GetFiles(".", "*.pdf")[0];
}
else
{
testFile = args[0];
}
// ** Specify the API key associated with your subscription.
Configuration.Default.AddApiKey("api_key", API_KEY);
// ** Accept all SSL Certificates, this makes life under mono a lot easier. This line is not needed on Windows
ServicePointManager.ServerCertificateValidationCallback = delegate { return(true); };
// ** The service's host name is already set, but for debugging purposes you may want to switch between 'http' and 'https'.'
Configuration.Default.ApiClient.RestClient.BaseUrl = new Uri("https://api.muhimbi.com/api");
// ** We are dealing with security, so instantiate the relevant class
SecureApi secureAPI = new SecureApi();
// ** Read the file we wish to secure
byte[] sourceFile = File.ReadAllBytes(testFile);
// ** Fill out the data for the security operation.
SecurePdfData inputData = new SecurePdfData(
SourceFileName: testFile, // ** Always specify a file name with the correct extension (file must be a PDF file)
SourceFileContent: sourceFile, // ** The file content to secure
OpenPassword: "******", // ** Optionally specify a password for 'opening' the document
OwnerPassword: "******", // ** When applying security restrictions (e.g. 'Print|ContentCopy'), always specify an 'owner password',
// in this example the password is set to 'owner'
SecurityOptions: "Print|ContentCopy" // ** Optionally specify the PDF security restrictions to apply, a combination of
// 'Print|HighResolutionPrint|ContentCopy|Annotations|FormFields|ContentAccessibility|DocumentAssembly''
);
// ** Secure the file
Console.WriteLine("[INFO] Securing...");
var response = secureAPI.SecurePdf(inputData);
// ** Write the results back to the file system
File.WriteAllBytes(@"result.pdf", response.ProcessedFileContent);
Console.WriteLine("[INFO] 'result.pdf' written to output folder.");
// ** On Windows open the generated file in the system PDF viewer
Process.Start(@"result.pdf");
}
catch (Exception ex)
{
Console.WriteLine(ex.ToString());
}
}