func TestVerifyAirportsBothNull(t *testing.T) {
testData := flightsToSearch{}
error := verifyAirports(&testData)
utils.FailIfStringDoesntHaveSubstring(t, error, "no start airport selected !</br>")
utils.FailIfStringDoesntHaveSubstring(t, error, "no destination airport selected !</br>")
}
func TestVerifyStayWasZero(t *testing.T) {
testData := buildValidTestData()
testData.minimumStay = 0
testData.maximumStay = 0
error := verifyDates(&testData)
utils.FailIfStringDoesntHaveSubstring(t, error, "minimumStay can not be 0 !</br>")
utils.FailIfStringDoesntHaveSubstring(t, error, "maximumStay can not be 0 !</br>")
}
func TestVerifyStayIsNegative(t *testing.T) {
testData := buildValidTestData()
testData.minimumStay = -1
testData.maximumStay = -3
error := verifyDates(&testData)
utils.FailIfStringDoesntHaveSubstring(t, error, fmt.Sprintf("minimumStay can not be negative (%v) !</br>", testData.minimumStay))
utils.FailIfStringDoesntHaveSubstring(t, error, fmt.Sprintf("maximumStay can not be negative (%v) !</br>", testData.maximumStay))
}
func TestVerifyDatesAreNil(t *testing.T) {
testData := buildValidTestData()
testData.earliestDepartureDate = time.Time{}
testData.latestDepartureDate = time.Time{}
error := verifyDates(&testData)
utils.FailIfStringDoesntHaveSubstring(t, error, "earliestDepartureDate was not set !</br>")
utils.FailIfStringDoesntHaveSubstring(t, error, "latestDepartureDate was not set !</br>")
}
func TestVerifyMaxStaySmallerThanMinStay(t *testing.T) {
testData := buildValidTestData()
testData.minimumStay = 5
testData.maximumStay = 4
error := verifyDates(&testData)
utils.FailIfStringDoesntHaveSubstring(t, error, fmt.Sprintf("minimumStay was bigger (%v) than maximumStay (%v) !</br>", testData.minimumStay, testData.maximumStay))
}
func TestVerifyDatesLatestBeforeEarliestDate(t *testing.T) {
testData := buildValidTestData()
testData.earliestDepartureDate = utils.RawDateNow(5)
error := verifyDates(&testData)
expectedMessage := fmt.Sprintf("the latestDepartureDate (%v) is temporally before the earliestDepartureDate (%v) !</br>", testData.latestDepartureDate, testData.earliestDepartureDate)
utils.FailIfStringDoesntHaveSubstring(t, error, expectedMessage)
}
func TestVerifyAirportsSameAirportInBoth(t *testing.T) {
testData := flightsToSearch{}
testData.destAirports = []string{"INN", "VIE"}
testData.startAirports = []string{"INN", "PEK"}
error := verifyAirports(&testData)
utils.FailIfStringDoesntHaveSubstring(t, error, "the same airport (INN) can't be used for start and destination !</br>")
}