public BitPayTest2()
{
try
{
// If this test has never been run before then this test must be run twice in order to pass.
// The first time this test runs it will create an identity and emit a client pairing code.
// The pairing code must then be authorized in a BitPay account. Running the test a second
// time should result in the authorized client (this test) running to completion.
bitpay = new BitPay(clientName);
if (!bitpay.clientIsAuthorized(BitPay.FACADE_POS))
{
// Get POS facade authorization code.
// Obtain a pairingCode from the BitPay server. The pairingCode must be emitted from
// this device and input into and approved by the desired merchant account. To
// generate invoices a POS facade is required.
String pairingCode = bitpay.requestClientAuthorization(BitPay.FACADE_POS);
// Signal the device operator that this client needs to be paired with a merchant account.
System.Diagnostics.Debug.WriteLine("Info: Pair this client with your merchant account using the pairing code: " + pairingCode);
throw new BitPayException("Error: client is not yet authorized, pair this client with your BitPay merchant account using the pairing code: " + pairingCode);
}
}
catch (Exception ex)
{
Assert.Fail(ex.Message);
}
}
private static bool TestTokenSuccess(string facade)
{
try
{
var bitpay = new BitPay(confFilePath);
if (facade == Facade.Merchant)
{
var response = bitpay.GetInvoice("1", facade).Result;
}
else if (facade == Facade.Payroll)
{
var response = bitpay.GetPayoutBatch("1").Result;
}
return(true);
}
catch (Exception e)
{
if (e.InnerException.Message.ToLower().Contains("object not found"))
{
return(true);
}
return(false);
}
}
public BitPayTest3()
{
try
{
bitpay = new BitPay(clientName);
if (!bitpay.clientIsAuthorized(BitPay.FACADE_PAYROLL))
{
// Get PAYROLL facade authorization.
// Obtain a pairingCode from your BitPay account administrator. When the pairingCode
// is created by your administrator it is assigned a facade. To generate payout batches a
// PAYROLL facade is required.
// As an alternative to this client outputting a pairing code, the BitPay account owner
// may interactively generate a pairing code via the BitPay merchant dashboard at
// https://[test].bitpay.com/dashboard/merchant/api-tokens. This client can subsequently
// accept the pairing code using the following call.
// bitpay.authorizeClient(pairingCode);
String pairingCode = bitpay.requestClientAuthorization(BitPay.FACADE_PAYROLL);
// Signal the device operator that this client needs to be paired with a merchant account.
System.Diagnostics.Debug.WriteLine("Info: Pair this client with your merchant account using the pairing code: " + pairingCode);
System.Console.WriteLine("Info: Pair this client with your merchant account using the pairing code: " + pairingCode);
throw new BitPayException("Error: client is not yet authorized, pair this client with your BitPay merchant account using the pairing code: " + pairingCode);
}
}
catch (Exception ex)
{
Assert.Fail(ex.Message);
}
}
public BitPayTest()
{
decimal price = 100.0m;
this.bitpay = new BitPay(API_KEY);
basicInvoice = this.bitpay.createInvoice(price, "USD");
}
// Will store one of the generated invoices during the test
// so it can be paid manually in order to pass the ledger tests
public Tests()
{
// JSON minified with the BitPay configuration as in the required configuration file
// and parsed into a IConfiguration object
var json = "{\"BitPayConfiguration\":{\"Environment\":\"Test\",\"EnvConfig\":{\"Test\":{\"PrivateKeyPath\":\"bitpay_private_test.key\",\"ApiTokens\":{\"merchant\":\"CE2WRSEEt9FgXvXboxNFA4YdQyyDJmgVAo752TGA7eUj\",\"payroll\":\"9pJ7fzW1GGeuDQfj32aNATCDnyY6YAacVMcDrs7HHUNo\"}},\"Prod\":{\"PrivateKeyPath\":\"\",\"ApiTokens\":{\"merchant\":\"\",\"payroll\":\"\"}}}}}";
var memoryJsonFile = new MemoryFileInfo("config.json", Encoding.UTF8.GetBytes(json), DateTimeOffset.Now);
var memoryFileProvider = new MockFileProvider(memoryJsonFile);
var configuration = new ConfigurationBuilder()
.AddJsonFile(memoryFileProvider, "config.json", false, false)
.Build();
// Initialize the BitPay object to be used in the following tests
// Initialize with IConfiguration object
_bitpay = new BitPay(configuration);
// Initialize with separate variables
_bitpay = new BitPay(
Env.Test,
"bitpay_private_test.key",
new Env.Tokens()
{
Merchant = "CE2WRSEEt9FgXvXboxNFA4YdQyyDJmgVAo752TGA7eUj",
Payout = "9pJ7fzW1GGeuDQfj32aNATCDnyY6YAacVMcDrs7HHUNo"
}
);
// ledgers require the Merchant Facade
if (!_bitpay.tokenExist(Facade.Merchant))
{
// get a pairing code for the merchant facade for this client
var pcode = _bitpay.RequestClientAuthorization(Facade.Merchant).Result;
/* We can't continue. Please make sure you write down this pairing code, then goto
* your BitPay account in the API Tokens section
* https://test.bitpay.com/dashboard/merchant/api-tokens
* and paste it into the search field.
* It should get you to a page to approve it. After you approve it, run the tests
* again and they should pass.
*/
throw new BitPayException("Please approve the pairing code " + pcode + " in your account.");
}
// ledgers require the Payroll Facade
if (!_bitpay.tokenExist(Facade.Payroll))
{
// get a pairing code for the merchant facade for this client
var pcode = _bitpay.RequestClientAuthorization(Facade.Payroll).Result;
/* We can't continue. Please make sure you write down this pairing code, then goto
* your BitPay account in the API Tokens section
* https://test.bitpay.com/dashboard/merchant/api-tokens
* and paste it into the search field.
* It should get you to a page to approve it. After you approve it, run the tests
* again and they should pass.
*/
throw new BitPayException("Please approve the pairing code " + pcode + " in your account.");
}
}
public async Task GrantAccessAsync()
{
await RegisterAsync();
await CreateStoreAsync();
var store = this.GetController<StoresController>();
var pairingCode = BitPay.RequestClientAuthorization("test", Facade.Merchant);
Assert.IsType<ViewResult>(await store.RequestPairing(pairingCode.ToString()));
await store.Pair(pairingCode.ToString(), StoreId);
}
public void Init()
{
// JSON minified with the BitPay configuration as in the required configuration file
// and parsed into a IConfiguration object
var json = "{\"BitPayConfiguration\":{\"Environment\":\"Test\",\"EnvConfig\":{\"Test\":{\"ClientDescription\":\"" + ClientName + "\",\"ApiUrl\":\"https://test.bitpay.com/\",\"ApiVersion\":\"2.0.0\",\"PrivateKeyPath\":\"sec/bitpay_test_private.key\",\"ApiTokens\":{\"pos\":\"FrbBsxHFkoTbzJPDe6vzBghJzMvDe1nbGUJ3M6n5MHQd\",\"merchant\":\"EZYmyjSaUXh6NcF7Ej9g7dizhhsW2eRvWT29W6CG1omT\",\"payroll\":\"DjyLfN2JDeFoHgUV9Xpx3kvLpA5G2emiyFxUv1q9CREt\"}},\"Prod\":{\"ClientDescription\":\"\",\"ApiUrl\":\"https://bitpay.com/\",\"ApiVersion\":\"2.0.0\",\"PrivateKeyPath\":\"\",\"ApiTokens\":{\"pos\":\"\",\"merchant\":\"\",\"payroll\":\"\"}}}}}";
var memoryJsonFile = new MemoryFileInfo("config.json", Encoding.UTF8.GetBytes(json), DateTimeOffset.Now);
var memoryFileProvider = new MockFileProvider(memoryJsonFile);
var configuration = new ConfigurationBuilder()
.AddJsonFile(memoryFileProvider, "config.json", false, false)
.Build();
// Initialize the BitPay object to be used in the following tests
_bitpay = new BitPay(configuration);
// If the client doesn't have a POS token yet, fetch one.
// For the Merchant and Payroll Facades, see below, in their corresponding tests
if (!_bitpay.tokenExist(Facade.PointOfSale))
{
_bitpay.AuthorizeClient(PairingCode);
}
// ledgers require the Merchant Facade
if (!_bitpay.tokenExist(Facade.Merchant))
{
// get a pairing code for the merchant facade for this client
var pcode = _bitpay.RequestClientAuthorization(Facade.Merchant).Result;
/* We can't continue. Please make sure you write down this pairing code, then goto
* your BitPay account in the API Tokens section
* https://test.bitpay.com/dashboard/merchant/api-tokens
* and paste it into the search field.
* It should get you to a page to approve it. After you approve it, run the tests
* again and they should pass.
*/
throw new BitPayException("Please approve the pairing code " + pcode + " in your account.");
}
// ledgers require the Payroll Facade
if (!_bitpay.tokenExist(Facade.Payroll))
{
// get a pairing code for the merchant facade for this client
var pcode = _bitpay.RequestClientAuthorization(Facade.Payroll).Result;
/* We can't continue. Please make sure you write down this pairing code, then goto
* your BitPay account in the API Tokens section
* https://test.bitpay.com/dashboard/merchant/api-tokens
* and paste it into the search field.
* It should get you to a page to approve it. After you approve it, run the tests
* again and they should pass.
*/
throw new BitPayException("Please approve the pairing code " + pcode + " in your account.");
}
}
public void testShouldGetCNYExchangeRate()
{
// Arrange
// Act
this.bitpay = new BitPay(API_KEY);
Rates rates = this.bitpay.getRates();
// Assert
decimal rate = rates.getRate("CNY");
Assert.IsTrue(rate != 0, "Exchange rate not retrieved: CNY");
}
public void testShouldUpdateExchangeRates()
{
// Arrange
// Act
this.bitpay = new BitPay(API_KEY);
Rates rates = this.bitpay.getRates();
rates.update();
// Assert
List <Rate> listRates = rates.getRates();
Assert.IsNotNull(listRates, "Exchange rates not retrieved after update");
}
public void Init()
{
// Initialize the BitPay object to be used in the following tests
_bitpay = new BitPay(ClientName, BitpayTestUrl);
// If the client doesn't have a POS token yet, fetch one.
// For the Merchant and Payroll Facades, see below, in their corresponding tests
if (!_bitpay.ClientIsAuthorized(BitPay.FacadePos))
{
_bitpay.AuthorizeClient(PairingCode).Wait();
}
// ledgers require the Merchant Facade
if (!_bitpay.ClientIsAuthorized(BitPay.FacadeMerchant))
{
// get a pairing code for the merchant facade for this client
var pcode = _bitpay.RequestClientAuthorization(BitPay.FacadeMerchant).Result;
/* We can't continue. Please make sure you write down this pairing code, then goto
* your BitPay account in the API Tokens section
* https://test.bitpay.com/dashboard/merchant/api-tokens
* and paste it into the search field.
* It should get you to a page to approve it. After you approve it, run the tests
* again and they should pass.
*/
throw new BitPayException("Please approve the pairing code " + pcode + " in your account.");
}
// ledgers require the Payroll Facade
if (!_bitpay.ClientIsAuthorized(BitPay.FacadePayroll))
{
// get a pairing code for the merchant facade for this client
var pcode = _bitpay.RequestClientAuthorization(BitPay.FacadePayroll).Result;
/* We can't continue. Please make sure you write down this pairing code, then goto
* your BitPay account in the API Tokens section
* https://test.bitpay.com/dashboard/merchant/api-tokens
* and paste it into the search field.
* It should get you to a page to approve it. After you approve it, run the tests
* again and they should pass.
*/
throw new BitPayException("Please approve the pairing code " + pcode + " in your account.");
}
}
public void testShouldGetExchangeRates()
{
try
{
// Arrange
// Act
this.bitpay = new BitPay(API_KEY);
Rates rates = this.bitpay.getRates();
// Assert
List <Rate> listRates = rates.getRates();
Assert.IsNotNull(listRates, "Exchange rates not retrieved");
}
catch (BitPayException ex)
{
Assert.Fail(ex.getMessage());
}
}
public BitPayTest()
{
try
{
// This scenario qualifies that this (test) client does not have merchant facade access.
bitpay = new BitPay(clientName);
if (!bitpay.clientIsAuthorized(BitPay.FACADE_POS))
{
// Get POS facade authorization.
// Obtain a pairingCode from your BitPay account administrator. When the pairingCode
// is created by your administrator it is assigned a facade. To generate invoices a
// POS facade is required.
bitpay.authorizeClient(pairingCode);
}
}
catch (Exception ex)
{
Assert.Fail(ex.Message);
}
}
public void testShouldCreateInvoice100USD()
{
try
{
// Arrange
decimal price = 100.0m;
decimal expected = 100.0m;
// Act
this.bitpay = new BitPay(API_KEY);
Invoice invoice = this.bitpay.createInvoice(price, "USD");
// Assert
decimal actual = invoice.price;
Assert.AreEqual(expected, actual, "Invoice not created correctly: 100USD");
}
catch (BitPayException ex)
{
Assert.Fail(ex.getMessage());
}
}
public void testShouldCreateInvoiceOneTenthBTC()
{
try
{
// Arrange
decimal price = 0.1m;
decimal expected = 0.1m;
// Act
this.bitpay = new BitPay(API_KEY);
Invoice invoice = this.bitpay.createInvoice(price, "BTC");
// Assert
decimal actual = invoice.btcPrice;
Assert.AreEqual(expected, actual, "Invoice not created correctly: 0.1BTC");
}
catch (BitPayException ex)
{
Assert.Fail(ex.getMessage());
}
}
public void testShouldGetInvoice()
{
try
{
// Arrange
decimal price = 100.0m;
// Act
this.bitpay = new BitPay(API_KEY);
Invoice invoice = this.bitpay.createInvoice(price, "EUR");
Invoice retreivedInvoice = this.bitpay.getInvoice(invoice.id);
// Assert
string expected = invoice.id;
string actual = retreivedInvoice.id;
Assert.AreEqual(expected, actual, "Expected invoice not retreived");
}
catch (BitPayException ex)
{
Assert.Fail(ex.getMessage());
}
}
public void testShouldCreateInvoiceWithAdditionalParams()
{
try
{
// Arrange
decimal price = 100.0m;
InvoiceParams parameters = new InvoiceParams();
parameters.buyerName = "Satoshi";
parameters.buyerEmail = "*****@*****.**";
parameters.fullNotifications = true;
parameters.notificationEmail = "*****@*****.**";
// Act
this.bitpay = new BitPay(API_KEY);
Invoice invoice = this.bitpay.createInvoice(price, "USD", parameters);
// Assert
Assert.IsNotNull(invoice, "Invoice not created");
}
catch (BitPayException ex)
{
Assert.Fail(ex.getMessage());
}
}
public Rates(List <Rate> rates, BitPay bp)
{
_bp = bp;
_rates = rates;
}
private static void GetPairingCodeAndToken()
{
string newToken;
SetFacade();
var apiTokens = new ApiTokens();
if (env == Env.Test)
{
apiTokens = appConfig.BitPayConfiguration.EnvConfig.Test.ApiTokens;
}
if (env == Env.Prod)
{
apiTokens = appConfig.BitPayConfiguration.EnvConfig.Prod.ApiTokens;
}
if (TokenCurrentlyExists(facade, apiTokens))
{
SetNotification(" A token for this Facade (" + facade + ") on this Environment (" + env +
") already exists.");
Console.Clear();
DrawTitle();
Console.WriteLine(" Would you want to replace it for a new one? [yes|no] (default: no)");
Console.WriteLine();
Console.Write(" > ");
var answer = Console.ReadLine();
while (answer.ToLower() != "yes" && answer.ToLower() != "no" && answer.ToLower() != "")
{
answer = Console.ReadLine();
}
if (answer.ToLower() == "no")
{
return;
}
}
try
{
var bitpay = new BitPay(confFilePath);
var pairingCodeObj = bitpay.RequestClientAuthorization(facade);
pairingCode = pairingCodeObj.Result;
newToken = bitpay.GetTokenByFacade(facade);
}
catch (Exception e)
{
SetNotification(
" An error occurred while generating a new token pair.\n Make sure you have created a/o selected a private key.\n Error Details: " +
e.Message);
return;
}
switch (facade)
{
case Facade.PointOfSale:
apiTokens.pos = newToken;
break;
case Facade.Merchant:
apiTokens.merchant = newToken;
break;
case Facade.Payroll:
apiTokens.payroll = newToken;
break;
}
var envUrl = "";
if (env == Env.Test)
{
appConfig.BitPayConfiguration.EnvConfig.Test.ApiTokens = apiTokens;
envUrl = appConfig.BitPayConfiguration.EnvConfig.Test.ApiUrl;
}
if (env == Env.Prod)
{
appConfig.BitPayConfiguration.EnvConfig.Prod.ApiTokens = apiTokens;
envUrl = appConfig.BitPayConfiguration.EnvConfig.Prod.ApiUrl;
}
GenerateConfFile(confFilePath);
SetNotification(" New pairing code for " + facade + " facade: " + pairingCode + "\n Please, copy the above pairing code and approve on your BitPay Account at the following link:\n \"" +
envUrl + "dashboard/merchant/api-tokens\".\n Once this Pairing Code is approved, your .Net Client will be ready to work with the API.\n A new token for this pairing code has been added to the configuration file.");
}
public Tests()
{
// Initialize the BitPay object to be used in the following tests
_bitpay = new BitPay(token, environment);
}
private static void GetPairingCodeAndToken()
{
string newToken = "";
SetFacade();
if (String.IsNullOrEmpty(facade))
{
return;
}
Console.Clear();
DrawTitle();
Console.WriteLine(" Would you like to request a token for the " + facade.ToUpperInvariant() +
" facade? [yes|no] (default: yes)");
Console.WriteLine();
Console.Write(" > ");
var answer = Console.ReadLine();
while (answer.ToLower() != "yes" && answer.ToLower() != "no" && answer.ToLower() != "")
{
answer = Console.ReadLine();
}
if (answer.ToLower() == "no")
{
GetPairingCodeAndToken();
return;
}
if (facade == Facade.Payroll)
{
SetNotification(
" In order to get access to the Payroll facade, you need to contact Support at [email protected]",
3);
Console.Clear();
DrawTitle();
Console.WriteLine(" Did you contact and receive confirmation yet? [yes|no] (default: yes)");
Console.WriteLine(
" If 'no', a new file will be generated in the entered location with the given name.");
Console.WriteLine();
Console.Write(" > ");
answer = Console.ReadLine();
while (answer.ToLower() != "yes" && answer.ToLower() != "no" && answer.ToLower() != "")
{
answer = Console.ReadLine();
}
if (answer.ToLower() == "no")
{
GetPairingCodeAndToken();
return;
}
}
var apiTokens = new ApiTokens();
if (env == Env.Test)
{
apiTokens = appConfig.BitPayConfiguration.EnvConfig.Test.ApiTokens;
}
if (env == Env.Prod)
{
apiTokens = appConfig.BitPayConfiguration.EnvConfig.Prod.ApiTokens;
}
if (TokenCurrentlyExists(facade, apiTokens))
{
SetNotification(" A token for this Facade (" + facade + ") on this Environment (" + env +
") already exists.", 3);
Console.Clear();
DrawTitle();
Console.WriteLine(" Would you like to replace it for a new one? [yes|no] (default: no)");
Console.WriteLine();
Console.Write(" > ");
answer = Console.ReadLine();
while (answer.ToLower() != "yes" && answer.ToLower() != "no")
{
answer = Console.ReadLine();
}
if (answer.ToLower() == "no" || answer.ToLower() == "")
{
return;
}
}
var retry = true;
while (retry)
{
try
{
var bitpay = new BitPay(confFilePath);
pairingCode = bitpay.RequestClientAuthorization(facade).Result;
newToken = bitpay.GetTokenByFacade(facade);
}
catch (Exception e)
{
SetNotification(
" An error occurred while generating a new token pair.\n Make sure you have created a/o selected a private key.\n Error Details: " +
e.Message, 2);
GetPairingCodeAndToken();
return;
}
switch (facade)
{
case Facade.Merchant:
apiTokens.merchant = newToken;
break;
case Facade.Payroll:
apiTokens.payroll = newToken;
break;
}
if (env == Env.Test)
{
appConfig.BitPayConfiguration.EnvConfig.Test.ApiTokens = apiTokens;
envUrl = "https://test.bitpay.com/";
}
if (env == Env.Prod)
{
appConfig.BitPayConfiguration.EnvConfig.Prod.ApiTokens = apiTokens;
envUrl = "https://bitpay.com/";
}
GenerateConfFile(confFilePath);
SetNotification(" New pairing code for " + facade + " facade: " + pairingCode +
"\n Please, copy the above pairing code and approve on your BitPay Account at the following link:\n \"" +
envUrl +
"dashboard/merchant/api-tokens\".\n Once this Pairing Code is approved, press Enter to run some tests.\n",
1);
Console.Clear();
DrawTitle();
Console.Write(" If you approved the pairing code on your Dashboard, press Enter to continue: ");
var input = Console.ReadKey();
while (input.Key != ConsoleKey.Enter)
{
input = Console.ReadKey();
}
while (retry = !TestTokenSuccess(facade))
{
SetNotification(" Something went wrong\n Please, make sure you approved the pairing code: " +
pairingCode + " for " + facade +
" facade\n Copy the above pairing code and approve on your BitPay Account at the following link:\n \"" +
envUrl +
"dashboard/merchant/api-tokens\".\n Once this Pairing Code is approved, press Enter to run some tests again.\n\n" +
"* NOTE: If you approved the pairing code and a token has been stored in the configuration file, you can\n" +
"then ignore this message and close this application.\n" +
"If your integration does not work with the generated files, please contact support at [email protected]\n" +
"or report it as an issue on the GitHub repository for this tool.\n",
2);
Console.Clear();
DrawTitle();
Console.Write(
" If you approved the pairing code on your Dashboard, press Enter to try again, N to generate a new one or X to cancel: ");
input = Console.ReadKey();
while (input.Key != ConsoleKey.Enter && input.Key != ConsoleKey.N && input.Key != ConsoleKey.X)
{
input = Console.ReadKey();
}
if (input.Key == ConsoleKey.X)
{
GetPairingCodeAndToken();
return;
}
if (input.Key == ConsoleKey.N)
{
retry = true;
break;
}
}
}
SetNotification(
" Token tested successfully!\n A new token for the " + facade +
" facade has been added to the configuration file.", 1);
Console.Clear();
DrawTitle();
Console.WriteLine(" Would you like to generate a token for a different facade? [yes|no] (default: no)");
Console.WriteLine();
Console.Write(" > ");
var redo = Console.ReadLine();
while (redo.ToLower() != "yes" && redo.ToLower() != "no" && redo.ToLower() != "")
{
redo = Console.ReadLine();
}
if (redo.ToLower() == "no" || redo.ToLower() == "")
{
return;
}
GetPairingCodeAndToken();
}
