frosty iris
Hello, I've passed 2/3 tests for this problem.
Code snip
func canIBuy(vehicle: String, price: Double, monthlyBudget: Double) -> String {
let emiPrice = price/12
if emiPrice <= monthlyBudget{
return "Yes! I'm getting a \(vehicle)"
}
else if emiPrice > monthlyBudget && emiPrice <= (monthlyBudget + monthlyBudget*10/100)
{
return "I'll have to be frugal if i want a \(vehicle)"
}
else{
return "Darn! No \(vehicle) for me"
}
}
func licenseType(numberOfWheels wheels: Int) -> String {
if wheels == 2 || wheels == 3{
return "You will need a motorcycle license for your vehicle"
} else if wheels == 4 || wheels == 6 {
return "You will need an automobile license for your vehicle"
} else if wheels == 18 {
return "You will need a commercial trucking license for your vehicle"
} else {
return "We do not issue licenses for those types of vehicles"
}
}
func calculateResellPrice(originalPrice: Int, yearsOld: Int) -> Int {
if yearsOld < 3{
return originalPrice * 80/100
} else if yearsOld >= 3 && yearsOld < 10 {
return originalPrice * 70/100
} else {
return originalPrice * 50/100
}
}
i failed the 3rd test for the first function. It's supposed to return a statement according to whether the vehicle is within budget, 10% more than budget or more than 10%.
the test i failed shows
try XCTSkipIf(true && !runAll) // change true to false to run this test
XCTAssertEqual(
canIBuy(vehicle: "2020 Indian FTR 1200", price: 12_500, monthlyBudget: 200),
"I'll have to be frugal if I want a 2020 Indian FTR 1200")
testBeFrugal : XCTAssertEqual failed: ("Darn! No 2020 Indian FTR 1200 for me") is not equal to ("I'll have to be frugal if I want a 2020 Indian FTR 1200")
is the test case wrong? because 12500 and 200 would result in more than 10% increase from budget
viscid jetty