void parsing_firstName()
{
var requiredNotProvided = string.Format(PersonNameParser.NameRequiredMessage, ((NamePart)NamePart.First).GetDescription());
var invalidCharacters = string.Format(PersonNameParser.NameCharacters, ((NamePart)NamePart.First).GetDescription());
var invalidLength = string.Format(PersonNameParser.NameLengthMessage, ((NamePart)NamePart.First).GetDescription());
context["when parsing two characters"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.FirstName_Key, "ab");
mapper = new PersonNameParser(recordFields);
};
it["should have no validation errors"] = () =>
{
foreach (var msg in mapper.ValidationMessages)
{
Console.WriteLine(msg);
}
mapper.ParseName(NamePart.First);
mapper.ValidationMessages.Count.should_be(0);
};
};
context["when a the name key is not supplied"] = () =>
{
before = () =>
{
mapper = new PersonNameParser(recordFields);
};
it["should have a First Name is required message"] = () =>
{
mapper.ParseName(NamePart.First);
mapper.ValidationMessages.should_contain(requiredNotProvided);
};
};
context["when parsing an empty string"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.FirstName_Key, string.Empty);
mapper = new PersonNameParser(recordFields);
};
it["should have an invalid import message"] = () =>
{
mapper.ParseName(NamePart.First);
mapper.ValidationMessages.should_contain(requiredNotProvided);
};
};
context["when parsing a name that is too short"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.FirstName_Key, "A");
mapper = new PersonNameParser(recordFields);
};
it["should have invalid length message"] = () =>
{
mapper.ParseName(NamePart.First);
mapper.ValidationMessages.should_contain(invalidLength);
};
};
context["when parsing a name that is too long"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.FirstName_Key, "abcdefghijklmnopqrstuvwxyz0123456789");
mapper = new PersonNameParser(recordFields);
};
it["should have invalid length message"] = () =>
{
mapper.ParseName(NamePart.First);
mapper.ValidationMessages.should_contain(invalidLength);
};
};
context["when parsing disallowed characters"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.FirstName_Key, "ab!@");
mapper = new PersonNameParser(recordFields);
};
it["should have invalid character message"] = () =>
{
mapper.ParseName(NamePart.First);
mapper.ValidationMessages.should_contain(invalidCharacters);
};
};
// letters, numbers, apostrophes, dashes or quotes
context["allows letters, numbers, apostrophes, dashes and quotes"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.FirstName_Key, @"a1'-""");
mapper = new PersonNameParser(recordFields);
};
it["should have no errors"] = () =>
{
mapper.ParseName(NamePart.First);
mapper.ValidationMessages.Count.should_be(0);
};
};
}
void parsing_lastName()
{
var requiredNotProvided = string.Format(PersonNameParser.NameRequiredMessage, ((NamePart)NamePart.Last).GetDescription());
var invalidCharacters = string.Format(PersonNameParser.NameCharacters, ((NamePart)NamePart.Last).GetDescription());
var invalidLength = string.Format(PersonNameParser.NameLengthMessage, ((NamePart)NamePart.Last).GetDescription());
context["when a the name key is not supplied"] = () =>
{
before = () =>
{
mapper = new PersonNameParser(recordFields);
};
it["should have a Last Name is required message"] = () =>
{
mapper.ParseName(NamePart.Last);
mapper.ValidationMessages.should_contain(requiredNotProvided);
};
};
context["when parsing an empty string"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.LastName_Key, string.Empty);
mapper = new PersonNameParser(recordFields);
};
it["should have an invalid import message"] = () =>
{
mapper.ParseName(NamePart.Last);
mapper.ValidationMessages.should_contain(requiredNotProvided);
};
};
context["when parsing a name that is too short"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.LastName_Key, "A");
mapper = new PersonNameParser(recordFields);
};
it["should have invalid length message"] = () =>
{
mapper.ParseName(NamePart.Last);
mapper.ValidationMessages.should_contain(invalidLength);
};
};
context["when parsing a name that is too long"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.LastName_Key, "abcdefghijklmnopqrstuvwxyz0123456789");
mapper = new PersonNameParser(recordFields);
};
it["should have invalid length message"] = () =>
{
mapper.ParseName(NamePart.Last);
mapper.ValidationMessages.should_contain(invalidLength);
};
};
context["when parsing two characters"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.LastName_Key, "ab");
mapper = new PersonNameParser(recordFields);
};
it["should have no validation errors"] = () =>
{
mapper.ParseName(NamePart.Last);
mapper.ValidationMessages.Count.should_be(0);
};
};
context["when parsing disallowed characters"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.LastName_Key, "ab!@");
mapper = new PersonNameParser(recordFields);
};
it["should have invalid character message"] = () =>
{
mapper.ParseName(NamePart.Last);
mapper.ValidationMessages.should_contain(invalidCharacters);
};
};
// letters, numbers, apostrophes, dashes or quotes
context["allows letters, numbers, apostrophes, dashes and quotes"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.LastName_Key, @"a1'-""");
mapper = new PersonNameParser(recordFields);
};
it["should have no errors"] = () =>
{
mapper.ParseName(NamePart.Last);
mapper.ValidationMessages.Count.should_be(0);
};
};
}
void parsing_middleName()
{
var invalidCharacters = string.Format(PersonNameParser.NameCharacters, ((NamePart)NamePart.Middle).GetDescription());
var invalidLength = string.Format(PersonNameParser.NameLengthMessage, ((NamePart)NamePart.Middle).GetDescription());
context["when a middle name key is not provided"] = () =>
{
before = () =>
{
mapper = new PersonNameParser(recordFields);
};
it["should have no errors"] = () =>
{
mapper.ParseName(NamePart.Middle);
mapper.ValidationMessages.Count.should_be(0);
};
};
context["when parsing an empty string"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.MiddleName_Key, string.Empty);
mapper = new PersonNameParser(recordFields);
};
it["should have an invalid import message"] = () =>
{
mapper.ParseName(NamePart.Middle);
mapper.ValidationMessages.Count.should_be(0);
};
};
context["when parsing a name that is too short"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.MiddleName_Key, "Z");
mapper = new PersonNameParser(recordFields);
};
it["should have invalid length message"] = () =>
{
mapper.ParseName(NamePart.Middle);
mapper.ValidationMessages.should_contain(invalidLength);
};
};
context["when parsing disallowed characters"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.MiddleName_Key, "ab!@");
mapper = new PersonNameParser(recordFields);
};
it["should have invalid character message"] = () =>
{
mapper.ParseName(NamePart.Middle);
mapper.ValidationMessages.should_contain(invalidCharacters);
};
};
// letters, numbers, apostrophes, dashes or quotes
context["allows letters, numbers, apostrophes, dashes and quotes"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.MiddleName_Key, @"a1'-""");
mapper = new PersonNameParser(recordFields);
};
it["should have no errors"] = () =>
{
mapper.ParseName(NamePart.Middle);
mapper.ValidationMessages.Count.should_be(0);
};
};
}
void parsing_middleName()
{
var invalidCharacters = string.Format(PersonNameParser.NameCharacters, ((NamePart)NamePart.Middle).GetDescription());
var invalidLength = string.Format(PersonNameParser.NameLengthMessage, ((NamePart)NamePart.Middle).GetDescription());
context["when a middle name key is not provided"] = () =>
{
before = () =>
{
mapper = new PersonNameParser(recordFields);
};
it["should have no errors"] = () =>
{
mapper.ParseName(NamePart.Middle);
mapper.ValidationMessages.Count.should_be(0);
};
};
context["when parsing an empty string"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.MiddleName_Key, string.Empty);
mapper = new PersonNameParser(recordFields);
};
it["should have an invalid import message"] = () =>
{
mapper.ParseName(NamePart.Middle);
mapper.ValidationMessages.Count.should_be(0);
};
};
context["when parsing a name that is too short"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.MiddleName_Key, "Z");
mapper = new PersonNameParser(recordFields);
};
it["should have invalid length message"] = () =>
{
mapper.ParseName(NamePart.Middle);
mapper.ValidationMessages.should_contain(invalidLength);
};
};
context["when parsing disallowed characters"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.MiddleName_Key, "ab!@");
mapper = new PersonNameParser(recordFields);
};
it["should have invalid character message"] = () =>
{
mapper.ParseName(NamePart.Middle);
mapper.ValidationMessages.should_contain(invalidCharacters);
};
};
// letters, numbers, apostrophes, dashes or quotes
context["allows letters, numbers, apostrophes, dashes and quotes"] = () =>
{
before = () =>
{
recordFields.Add(PersonNameParser.MiddleName_Key, @"a1'-""");
mapper = new PersonNameParser(recordFields);
};
it["should have no errors"] = () =>
{
mapper.ParseName(NamePart.Middle);
mapper.ValidationMessages.Count.should_be(0);
};
};
}