public void Generate_returns_uki()
{
Assert.That(Uki.Generate(), Is.StringMatching(@"[0-9a-f]+-webaccess-[0-9]+"));
}
static void Main(string[] args)
{
// Read Dashlane credentials from a file
// The file should contain 3 lines: username, password and UKI (optional).
// See credentials.txt.example for an example.
var credentials = File.ReadAllLines("../../credentials.txt");
var username = credentials[0];
var password = credentials[1];
// The UKI is optional.
var uki = credentials.ElementAtOrDefault(2);
if (string.IsNullOrWhiteSpace(uki))
{
uki = "";
}
Console.WriteLine(
"Got\n - username: {0}\n - password: {1}\n - uki: {2}",
username,
new string('*', password.Length),
uki);
// It seems we don't have an UKI. We need one to authenticate with the server.
// An UKI is a device id that is registered with the Dashlane server. There are
// two ways to obtain one.
// 1. On a machine that has a Dashlane client installed we could rummage through
// the settings database and find the UKI that is used by the client. This way
// we can pretend to be that client and silently authenticate with the server.
if (uki == "")
{
try
{
Console.WriteLine("No UKI is specified. Looking for the local Dashlane");
Console.WriteLine("settings database (profile name: {0})", username);
uki = Import.ImportUki(username, password);
Console.WriteLine("Found an UKI in the local database: {0}", uki);
}
catch (ImportException e)
{
Console.WriteLine("Could not import the UKI from the local Dashlane setting)");
Console.WriteLine("Error: {0} ({1})", e.Message, e.Reason);
}
}
// 2. Alternatively we could try to generate a new UKI and register it with the
// server. The process is interactive and is made up of two steps. Step one
// initiates the process and triggers an email to be sent to the user and the
// registered email address with a security token.
// In step 2 the token along with the machine name and the new UKI is registered
// with the server. After these two steps the new UKI could be used to authenticate
// with the Dashlane server and fetch the vault.
if (uki == "")
{
try
{
// Request a security token to be sent to the user's email address.
Console.WriteLine("Initiating a new UKI registration. Requesting a security token.");
Remote.RegisterUkiStep1(username);
// Ask the user to enter the token.
Console.Write("Enter the token sent by email: ");
Console.Out.Flush();
var token = Console.ReadLine().Trim();
// Generate a new UKI.
var newUki = Uki.Generate();
Console.WriteLine("Generated a new UKI: {0}", newUki);
// Register all that with the server.
Console.WriteLine("Registering the new UKI under the name of 'dashlane-sharp'");
Remote.RegisterUkiStep2(username, "dashlane-sharp", newUki, token);
// Great success!
uki = newUki;
Console.WriteLine("Registration successful");
Console.WriteLine("Save this UKI for later access: {0}", uki);
}
catch (RegisterException e)
{
Console.WriteLine("Could not register the new UKI with the server.");
Console.WriteLine("Error: {0} ({1})", e.Message, e.Reason);
}
}
// We still don't have a valid UKI. Cannot proceed any further.
if (uki == "")
{
Console.WriteLine("It's impossible to continue with out a valid UKI. Exiting.");
return;
}
// Now, when we have a registered UKI we can try to open the vault.
try
{
// Fetch and parse first.
Console.WriteLine("Fetching and parsing the remote vault");
var vault = Vault.Open(username, password, uki);
// And then dump the accounts.
Console.WriteLine("The vault has {0} account(s) in it:", vault.Accounts.Length);
for (var i = 0; i < vault.Accounts.Length; i++)
{
var account = vault.Accounts[i];
Console.WriteLine(
"{0}: {1} {2} {3} {4} {5}",
i + 1,
account.Name,
account.Username,
account.Password,
account.Url,
account.Note);
}
}
catch (FetchException e)
{
Console.WriteLine("Could not download the vault");
Console.WriteLine("Error: {0} ({1})", e.Message, e.Reason);
}
catch (ParseException e)
{
Console.WriteLine("Could not parse the vault");
Console.WriteLine("Error: {0} ({1})", e.Message, e.Reason);
}
}