public void SetUp()
{
var taxCalculator = new TaxCalculator();
var receiptBuilder = new ReceiptBuilder();
_shoppingBasket = new ShoppingBasket(taxCalculator, receiptBuilder);
}
public void when_calculating_tax_and_rounding_is_required()
{
var taxCalculator = new TaxCalculator();
var salesTax = taxCalculator.Calculate(11.25m, Category.Food, true);
"It should round the tax correctly".AssertThat(salesTax, Is.EqualTo(0.6m));
}
public void when_calculating_tax_for_imported_exempt_goods(Category category)
{
var taxCalculator = new TaxCalculator();
var salesTax = taxCalculator.Calculate(10m, category, true);
"It should calculate no sales".AssertThat(salesTax, Is.EqualTo(0.5m));
}
public void when_calculating_tax_non_exempt_goods(Category category)
{
var taxCalculator = new TaxCalculator();
var salesTax = taxCalculator.Calculate(10m, category, false);
"It should calculate no sales".AssertThat(salesTax, Is.EqualTo(1m));
}
public void GstTaxForPrinceEdwardIsland()
{
var tc = new TaxCalculator();
double amount = 100.00;
string provinceCode = "PE";
var actual = tc.CalculateTax(provinceCode, amount);
double expected = 5.00;
Assert.IsTrue(actual.GstAmount == expected);
}
public void GstTaxForSaskatchewan()
{
var tc = new TaxCalculator();
double amount = 100.00;
string provinceCode = "SK";
var actual = tc.CalculateTax(provinceCode, amount);
double expected = 5.00;
Assert.IsTrue(actual.GstAmount == expected);
}
public void GstTaxForNortwestTerritories()
{
var tc = new TaxCalculator();
double amount = 100.00;
string provinceCode = "NT";
var actual = tc.CalculateTax(provinceCode, amount);
double expected = 5.00;
Assert.IsTrue(actual.GstAmount == expected);
}
public TaxSession(TaxCalculator taxCalculator, TaxConnectionParameters cParams)
{
if (taxCalculator == null || cParams == null)
throw new TaxException(StringConsts.ARGUMENT_ERROR + this.GetType().Name + ".ctor(taxSystem is not null and cParams is not null)");
this.mTaxCalculator = taxCalculator;
m_Name = cParams.Name;
}
protected TaxSession(TaxCalculator taxCalculator, TaxConnectionParameters cParams)
{
if (taxCalculator == null || cParams == null)
throw new TaxException(StringConsts.ARGUMENT_ERROR + this.GetType().Name + ".ctor(taxSystem is not null and cParams is not null)");
m_TaxCalculator = taxCalculator;
m_Name = cParams.Name;
m_User = cParams.User;
lock (m_TaxCalculator.m_Sessions)
m_TaxCalculator.m_Sessions.Add(this);
}
public void HstTaxForNovaScotia()
{
var tc = new TaxCalculator();
double amount = 100.00;
string provinceCode = "NS";
var actual = tc.CalculateTax(provinceCode, amount);
double expected = 15.00;
Assert.IsTrue(actual.HstAmount == expected);
}
public TaxJarSession(TaxCalculator taxCalculator, TaxConnectionParameters cParams): base(taxCalculator, cParams)
{
}
public void BeforeEach()
{
_taxCalculator = new DefaultTaxCalculator(false);
}
public TaxCalculatorController(ILogger <TaxCalculatorController> logger, ITaxCalculatorTransport taxCalculatorTransporter)
{
_logger = logger;
_taxCalculator = new TaxCalculator();
_taxCalculatorTransporter = taxCalculatorTransporter;
}
public TaxJarSession(TaxCalculator taxCalculator, TaxConnectionParameters cParams) : base(taxCalculator, cParams)
{
}
public Payslip(double grossSalary, TaxCalculator taxCalculator)
{
this.grossSalary = grossSalary;
this.taxCalculator = taxCalculator;
}
public TaxCalculatorTests()
{
Sut = new TaxCalculator();
}
public void NoDuplicatesItemFoundIsSuccess()
{
TaxCalculator tx = new TaxCalculator();
}
/// <summary>
/// Entry point.
/// </summary>
static void Main(string[] args)
{
// Create order.
Order order = new Order();
// Order item.
OrderItem orderItem;
// User input.
string input;
// Mathes pattern user input.
bool isMathesPattern;
Console.WriteLine("Enter line by line the list of products that the customer ordered: (Input template: \"Milk,10.0,4\")\n" +
"If you need to complete, make an empty entry.\n");
while (true)
{
input = Console.ReadLine();
if (string.IsNullOrEmpty(input))
{
break;
}
// Check user input.
isMathesPattern = Checker.CheckLine(input);
if (isMathesPattern == false)
{
Console.WriteLine("Input does not match the pattern.");
continue;
}
// Create order item.
orderItem = OrderItemParser.Parse(input);
try
{
// Add order item to order.
order.Add(orderItem);
}
catch (OrderAddException ex)
{
Console.WriteLine(ex.Message);
}
}
// Total sum of order.
decimal totalSum = TotalSumCalculator.Calculate(order);
// Total sum with tax of order.
decimal totalSumWithTax = TaxCalculator.Calculate(totalSum, 3);
// Use a certain culture
Thread.CurrentThread.CurrentCulture = new CultureInfo("en-US");
Console.WriteLine($"Total: {totalSum:C}");
Console.WriteLine($"Total with tax: {totalSumWithTax:C}");
// Delay.
Console.ReadKey();
}
public void BeforeEach()
{
_taxCalculator = new PetrolTaxCalculator();
}
public void NullCheck()
{
TaxCalculator taxCalculator = new TaxCalculator(null, null);
Assert.AreEqual(0, taxCalculator.CalculateTax());
}
public TaxCalculatorShould()
{
_taxCalculator = new TaxCalculator();
}
public void ShouldSumTwoNumbers()
{
Assert.Equal(5, TaxCalculator.Add(2, 3));
}
private void toolStripComboBox1_SelectedIndexChanged(object sender, EventArgs e)
{
// Alarm Clock
//Basic Calculator
//Change Return
//Circular Primes
//Coin Flip Simulation
//Distance Calculator
//Factorial Finder
//Fibonacci Sequence
//Friday the 13th
//Gravity Simulation
//Gray Code
//Guess the Number
//Happy Numbers
//Houseold budget
//Latin Squares
//Least / greatest Common Denominator
//Lotto
//Mortgage Calculator
//Neon Number
//Next Prime Number
//Nth Natural Number
//Number Base Converter
//Number of Days
//Pascal's Triangle
//Pi Nth Digit
//prime Factorization
//Pseudo Random Number Generator
//r to Nth Digit
//Ramanujan Number
//Roman Number Generator
//Roman to Arabic Converter
//Tax Calculator
//Unit Converter
//UUID
//Vigentere Cipher
switch (toolStripComboBox1.Text)
{
case "Distance Calculator":
{
DistanceCalculator distanceCalculatorApp = new DistanceCalculator();
distanceCalculatorApp.MdiParent = this;
distanceCalculatorApp.Show();
break;
}
case "Tax Calculator":
{
TaxCalculator taxCalculatorApp = new TaxCalculator();
taxCalculatorApp.MdiParent = this;
taxCalculatorApp.Show();
break;
}
case "Factorial Finder":
{
FactorialFinder factorialFinderApp = new FactorialFinder();
factorialFinderApp.MdiParent = this;
factorialFinderApp.Show();
break;
}
case "Happy Numbers":
{
HappyNumber happyNumberApp = new HappyNumber();
happyNumberApp.MdiParent = this;
happyNumberApp.Show();
break;
}
case "Coin Flip Simulation":
{
CoinToser coinToserApp = new CoinToser();
coinToserApp.MdiParent = this;
coinToserApp.Show();
break;
}
case "Change Return":
{
ChangeReturn changeReturnApp = new ChangeReturn();
changeReturnApp.MdiParent = this;
changeReturnApp.Show();
break;
}
/*case 7:
* {
* DistanceCalculator distanceCalculatorApp = new DistanceCalculator();
* distanceCalculatorApp.MdiParent = this;
* distanceCalculatorApp.Show();
* break;
* }
*
* case 8:
* {
* DistanceCalculator distanceCalculatorApp = new DistanceCalculator();
* distanceCalculatorApp.MdiParent = this;
* distanceCalculatorApp.Show();
* break;
* }
*
* case 9:
* {
* DistanceCalculator distanceCalculatorApp = new DistanceCalculator();
* distanceCalculatorApp.MdiParent = this;
* distanceCalculatorApp.Show();
* break;
* }
*
* case 10:
* {
* DistanceCalculator distanceCalculatorApp = new DistanceCalculator();
* distanceCalculatorApp.MdiParent = this;
* distanceCalculatorApp.Show();
* break;
* }
*
* case 11:
* {
* DistanceCalculator distanceCalculatorApp = new DistanceCalculator();
* distanceCalculatorApp.MdiParent = this;
* distanceCalculatorApp.Show();
* break;
* }
*
* case 12:
* {
* DistanceCalculator distanceCalculatorApp = new DistanceCalculator();
* distanceCalculatorApp.MdiParent = this;
* distanceCalculatorApp.Show();
* break;
* }
*
* case 13:
* {
* DistanceCalculator distanceCalculatorApp = new DistanceCalculator();
* distanceCalculatorApp.MdiParent = this;
* distanceCalculatorApp.Show();
* break;
* }
*
* case 14:
* {
* DistanceCalculator distanceCalculatorApp = new DistanceCalculator();
* distanceCalculatorApp.MdiParent = this;
* distanceCalculatorApp.Show();
* break;
* }
*
* case 15:
* {
* DistanceCalculator distanceCalculatorApp = new DistanceCalculator();
* distanceCalculatorApp.MdiParent = this;
* distanceCalculatorApp.Show();
* break;
* }
*
* case 16:
* {
* DistanceCalculator distanceCalculatorApp = new DistanceCalculator();
* distanceCalculatorApp.MdiParent = this;
* distanceCalculatorApp.Show();
* break;
* }
*
* case 17:
* {
* DistanceCalculator distanceCalculatorApp = new DistanceCalculator();
* distanceCalculatorApp.MdiParent = this;
* distanceCalculatorApp.Show();
* break;
* }
*
*/
default: break;
}
}
public void TaxForYukonTerritories()
{
var tc = new TaxCalculator();
double amount = 100.00;
string provinceCode = "YT";
var actual = tc.CalculateTax(provinceCode, amount);
double expected = 105.00;
Assert.IsTrue(actual.TotalAmount == expected);
}
public Cart(TaxCalculator taxCalculator)
{
_taxCalculator = taxCalculator;
CartItems = new List <CartItem>();
}
public void Setup()
{
_sut = new TaxCalculator();
}
public void Setup()
{
_shoppingCart = new ShoppingCart();
_taxCalculator = new TaxCalculator();
}
public void Setup()
{
_taxCalculator = new TaxCalculator();
}
public void TaxCalculatorInputTest()
{
var result = TaxCalculator.CalculateIncomeTax(180000);
Assert.IsNotNull(result);
}
static void Main(string[] args)
{
ConsoleKeyInfo CKI;
do
{
Console.Clear();
Console.ForegroundColor = ConsoleColor.DarkGray;
Assembly assemblydata = typeof(Program).Assembly;
Console.WriteLine("Lao Tax Recursive by JFA - ver {0}\n\n", assemblydata.GetName().Version);
Console.ForegroundColor = ConsoleColor.White;
Console.WriteLine("Choose Function:" +
"\n\n" +
"Press [1] to find your Net (after Tax), in case you already know the full revenue" +
"\n" +
"Press [2] to find the Revenue when you only know the Net Payment..." +
"\n\n");
Console.ForegroundColor = ConsoleColor.DarkGray;
Console.WriteLine("Press [Esc] to Exit.");
CKI = Console.ReadKey();
if (CKI.Key == ConsoleKey.NumPad1 || CKI.Key == ConsoleKey.D1)
{
do
{
Console.Clear();
Console.ForegroundColor = ConsoleColor.DarkGray;
Console.WriteLine("Finding your Net, please enter your Full Revenue:");
Console.ForegroundColor = ConsoleColor.White;
int RV = Convert.ToInt32(Console.ReadLine());
Console.WriteLine("\n");
Console.ForegroundColor = ConsoleColor.White;
TaxCalculator.FindNet(RV);
Console.WriteLine("__________________________________\n");
Console.WriteLine("Your Revenue is: {0} LAK", RV.ToString("N0"));
Console.WriteLine("\n" +
" your SSO 5.5% is: {0} LAK", TaxCalculator._SSO.ToString("N0"));
Console.WriteLine(" Taxable Revenue is: {0} LAK", TaxCalculator._Taxable.ToString("N0"));
Console.WriteLine(" Sum of Tax is: {0} LAK", TaxCalculator._SumTax.ToString("N0"));
Console.WriteLine("\nYour Net is: {0}", TaxCalculator._Net.ToString("N0"));
Console.WriteLine("__________________________________\n");
Console.ForegroundColor = ConsoleColor.DarkGray;
Console.WriteLine("\n\n\nPress [Esc] to back. Press any key to Find Net again...");
CKI = Console.ReadKey();
}while (CKI.Key != ConsoleKey.Escape);
CKI = new ConsoleKeyInfo();//clear key
}
else if (CKI.Key == ConsoleKey.NumPad2 || CKI.Key == ConsoleKey.D2)
{
do
{
Console.Clear();
Console.ForegroundColor = ConsoleColor.DarkGray;
Console.WriteLine("Finding the True Revenue, Please enter your Current Net:");
Console.ForegroundColor = ConsoleColor.White;
int Fix_TargetNet = Convert.ToInt32(Console.ReadLine());
Console.ForegroundColor = ConsoleColor.DarkGray;
Console.WriteLine("\n");
Console.WriteLine("__________________________________\n");
int Starting_TX, Loop_Guess_TX, Genenated_Net;
float ErrorRate;
Starting_TX = Convert.ToInt32(Fix_TargetNet * 1.25f);//+25% Max Percentage
Loop_Guess_TX = Starting_TX;
Genenated_Net = TaxCalculator.FindNet(Starting_TX);
//Speed Run * 0.99
do //>0.5%
{
ErrorRate = Convert.ToSingle(Genenated_Net - Fix_TargetNet) / Convert.ToSingle(Fix_TargetNet); //Find the Error Rate
if (ErrorRate > 0)
{
Loop_Guess_TX = Convert.ToInt32(Loop_Guess_TX * 0.99f); //Reducing
Genenated_Net = TaxCalculator.FindNet(Loop_Guess_TX); //Find Possibility
}
ErrorRate = Convert.ToSingle(Genenated_Net - Fix_TargetNet) / Convert.ToSingle(Fix_TargetNet);
Console.WriteLine("Phase 1 - Error Rate: {0}", ErrorRate.ToString("P3"));
}while (ErrorRate > 0.01f);
Console.WriteLine("__________________________________\n");
//Reducing Minus Left
while (ErrorRate > 0)
{
int X = Genenated_Net - Fix_TargetNet;
Loop_Guess_TX -= X;
Genenated_Net = TaxCalculator.FindNet(Loop_Guess_TX); //Find Possibility
ErrorRate = Convert.ToSingle(Genenated_Net - Fix_TargetNet) / Convert.ToSingle(Fix_TargetNet);
Console.WriteLine("Phase 2 - Error Rate: {0}", ErrorRate.ToString("P3"));
}
Console.WriteLine("__________________________________\n\n");
Console.ForegroundColor = ConsoleColor.White;
Console.WriteLine("Your Net is: {0} LAK", Genenated_Net.ToString("N0"));
Console.WriteLine("\n" +
" SSO 5.5% is: {0} LAK", TaxCalculator._SSO.ToString("N0"));
Console.WriteLine(" Taxable Revenue is: {0} LAK", TaxCalculator._Taxable.ToString("N0"));
Console.WriteLine(" Sum of Tax is: {0} LAK", TaxCalculator._SumTax.ToString("N0"));
Console.WriteLine("\nYour FULL Revenue: {0} LAK", Loop_Guess_TX.ToString("N0"));
Console.ForegroundColor = ConsoleColor.DarkGray;
Console.WriteLine("\n\n\nPress [Esc] to back. Press any key to Find Revenue again...");
CKI = Console.ReadKey();
}while (CKI.Key != ConsoleKey.Escape);
CKI = new ConsoleKeyInfo();//clear key
}
}while (CKI.Key != ConsoleKey.Escape);
}
public void BeforeEach()
{
_taxCalculator = new PetrolTaxCalculator();
TaxCalculator.EnableStory4 = true;
}
public SalesTaxesApp(ProductFactory productFactory, TaxCalculator taxCalculator, ProductPrinter productPrinter)
{
_productPrinter = productPrinter;
_taxCalculator = taxCalculator;
_productFactory = productFactory;
}
/// <summary>
/// 取得内容を各コントロールに設定
/// </summary>
/// <param name="ds"></param>
private void SetTblData(DataSet ds)
{
// 売上ヘッダ情報設定
DataTable tblHd = ds.Tables[T02_HEADER_TABLE_NAME];
SearchHeader = tblHd.Rows[0];
SearchHeader.AcceptChanges();
// 売上明細情報設定
DataTable tblDtl = ds.Tables[T02_DETAIL_TABLE_NAME];
SearchDetail = tblDtl;
SearchDetail.AcceptChanges();
// 消費税情報保持
taxCalc = new TaxCalculator(ds.Tables[M73_ZEI_TABLE_NAME]);
// 自社区分取得
DataTable dtJis = ds.Tables[M70_JIS_TABLE_NAME];
if (dtJis.Rows.Count > 0)
{
_自社区分 = dtJis.Rows[0].Field <int>("自社区分");
}
else
{
_自社区分 = (int)自社販社区分.販社; // データが取得できなかった場合は販社として扱う
}
// データ状態から編集状態を設定
if (bool.Parse(SearchHeader["データ状態"].ToString()))
{
// 取得データを元に編集する為、RowStatusをAddedとする
foreach (DataRow row in SearchDetail.Rows)
{
row.SetAdded();
}
this.MaintenanceMode = AppConst.MAINTENANCEMODE_ADD;
this.cmb伝票要否.SelectedIndex = 0;
// No-94 Add Start
foreach (var row in gcSpreadGrid.Rows)
{
row.Cells[(int)GridColumnsMapping.税区分].Locked = true;
}
// No-94 Add End
this.txt返品日.Focus();
}
else
{
this.MaintenanceMode = AppConst.MAINTENANCEMODE_EDIT;
// 取得明細の自社品番をロック(編集不可)に設定
foreach (var row in gcSpreadGrid.Rows)
{
row.Cells[(int)GridColumnsMapping.自社品番].Locked = true;
row.Cells[(int)GridColumnsMapping.得意先品番].Locked = true;
row.Cells[(int)GridColumnsMapping.税区分].Locked = true; // No-94 Add
}
gridCtl.SetCellFocus(0, (int)GridColumnsMapping.自社品番);
}
// グリッド内容の再計算を実施
summaryCalculation();
}
public void NegativeSalaryAssignmentTest()
{
double Usersalary = -1;
int UserAge = 100;
TaxCalculator firstclaculation = new TaxCalculator(Usersalary, UserAge);
}
public CartTests()
{
_policyProvider = Substitute.For <PolicyProvider>();
_taxCalculator = Substitute.For <TaxCalculator>(_policyProvider);
_cart = new Cart.Cart(_taxCalculator);
}
public void TaxForNewFoundLand()
{
var tc = new TaxCalculator();
double amount = 100.00;
string provinceCode = "NL";
var actual = tc.CalculateTax(provinceCode, amount);
double expected = 113.00;
Assert.IsTrue(actual.TotalAmount == expected);
#region uncommented
//string regionName = string.Empty;
//regionName = ChooseRegion("NL");
//string mytest = "NL";
//string reg = "QC";
//Console.WriteLine(regionName);
//CalculateTaxByRegion(reg, 100);
// Enum myRegions = Enums.Regions.NL;
// List<float> Pst = new List<float>();
// List<float> Hst = new List<float>();
// List<float> Gst = new List<float>();
//Pst.Add(0.1f);
//Pst.Add(0.095f);
//Pst.Add(0.07f);
//Pst.Add(0.05f);
//Pst.Add(0.0f);
//Hst.Add(0.13f);
//Hst.Add(0.15f);
//Hst.Add(0.12f);
//Gst.Add(0.05f);
//string test = Enum.Parse(typeof(Enums.Regions), mytest).ToString();
////string test = Enum.GetName(typeof(Enums.Regions), mytest);
//if (mytest == Enum.Parse(typeof(Enums.Regions), reg).ToString())
//{
// Console.WriteLine("this is newfoin");
//}
//Console.ReadKey();
#endregion
}
public void TaxForOntario()
{
var tc = new TaxCalculator();
double amount = 100.00;
string provinceCode = "NB";
var actual = tc.CalculateTax(provinceCode, amount);
double expected = 113.00;
Assert.IsTrue(actual.TotalAmount == expected);
}
public void PstTaxForNunavut()
{
var tc = new TaxCalculator();
double amount = 100.00;
string provinceCode = "NU";
var actual = tc.CalculateTax(provinceCode, amount);
double expected = 0.00;
Assert.IsTrue(actual.PstAmount == expected);
}
public void SetSuccessor(TaxCalculator successor)
{
this.Successor = successor;
}
public void BeforeEach()
{
_taxCalculator = new TaxCalcDefault();
}
public TaxCalculatorTest()
{
_calculator = new TaxCalculator();
}
public void TaxForQuebec()
{
var tc = new TaxCalculator();
double amount = 100.00;
string provinceCode = "QC";
var actual = tc.CalculateTax(provinceCode, amount);
double expected = 114.98;
Assert.IsTrue(Math.Round(actual.TotalAmount, 2) == expected);
}
public void BeforeEach()
{
_taxCalculator = new CalculateTax();
}
public void BeforeEach()
{
_taxCalculator = new DummyTaxCalculator();
}
public ActionResult Index(IncomeAndDeductions incomeAndDeductions)
{
TaxBreakdown taxBreakdown = TaxCalculator.Calculate(incomeAndDeductions);
return(View("TaxBreakdown", taxBreakdown));
}
public void HstTaxForBritishColumbia()
{
var tc = new TaxCalculator();
double amount = 100.00;
string provinceCode = "BC";
var actual = tc.CalculateTax(provinceCode, amount);
double expected = 12.00;
Assert.IsTrue(actual.HstAmount == expected);
}
public void BeforeEach()
{
_taxCalculator = new DefaultTaxCalculator(2020, false, true);
}
