public void Constructor()
{
vCardEmailAddress email = new vCardEmailAddress();
Assert.IsEmpty(
email.Address,
"The Address property should default to String.Empty.");
}
public void Constructor_String()
{
vCardEmailAddress email =
new vCardEmailAddress(TestEmailAddress);
Assert.AreEqual(
TestEmailAddress,
email.Address,
"The EmailAddress is incorrect.");
Assert.AreEqual(
vCardEmailAddressType.Internet,
email.EmailType,
"The EmailType should default to Internet.");
}
public void Constructor_String_EmailType()
{
// Create a non-Internet email address. Note:
// currently address formats are not validated.
// This means any type can be designated in the
// constructor. However, this test may fail if
// validation is implemented in the future.
vCardEmailAddress email = new vCardEmailAddress(
TestEmailAddress,
vCardEmailAddressType.eWorld);
Assert.AreEqual(
TestEmailAddress,
email.Address,
"The EmailAddress is not correct.");
Assert.AreEqual(
vCardEmailAddressType.eWorld,
email.EmailType,
"The EmailType is not correct.");
}
/// <summary>
/// Asserts that two vCard email addresses are identical.
/// </summary>
public static void Equals(vCardEmailAddress e1, vCardEmailAddress e2)
{
Assert.AreEqual(
e1.Address,
e2.Address,
"vCardEmailAddress.Address differs.");
Assert.AreEqual(
e1.EmailType,
e2.EmailType,
"vCardEmailAddress.EmailType differs.");
Assert.AreEqual(
e1.IsPreferred,
e2.IsPreferred,
"vCardEmailAddress.IsPreferred differs.");
Assert.AreEqual(
e1.ToString(),
e2.ToString(),
"vCardEmailAddress.ToString differs.");
}
public void ReadWriteProperty_Address()
{
// Make sure the Address property reads/writes.
vCardEmailAddress email = new vCardEmailAddress();
email.Address = TestEmailAddress;
Assert.AreEqual(
TestEmailAddress,
email.Address,
"The Address property is not working.");
}
public void ReadWriteProperty_IsPreferred()
{
// Make sure the EmailType property reads/writes
vCardEmailAddress email = new vCardEmailAddress();
email.IsPreferred = true;
Assert.IsTrue(email.IsPreferred);
email.IsPreferred = false;
Assert.IsFalse(email.IsPreferred);
}
public void ReadWriteProperty_EmailType()
{
// Make sure the EmailType property reads/writes
vCardEmailAddress email = new vCardEmailAddress();
email.EmailType = vCardEmailAddressType.AttMail;
Assert.AreEqual(vCardEmailAddressType.AttMail, email.EmailType);
}
/// <summary>
/// Reads an EMAIL property.
/// </summary>
private void ReadInto_EMAIL(vCard card, vCardProperty property)
{
vCardEmailAddress email = new vCardEmailAddress();
// The email address is stored as the value of the property.
// The format of the address depends on the type of email
// address. The current version of the library does not
// perform any validation.
email.Address = property.Value.ToString();
// Loop through each subproperty and look for flags
// that indicate the type of email address.
foreach (vCardSubproperty subproperty in property.Subproperties)
{
switch (subproperty.Name.ToUpperInvariant())
{
case "PREF":
// The PREF subproperty indicates the email
// address is the preferred email address to
// use when contacting the person.
email.IsPreferred = true;
break;
case "TYPE":
// The TYPE subproperty is new in vCard 3.0.
// It identifies the type and can also indicate
// the PREF attribute.
string[] typeValues =
subproperty.Value.Split(new char[] { ',' });
foreach (string typeValue in typeValues)
{
if (string.Compare("PREF", typeValue, true) == 0)
{
email.IsPreferred = true;
}
else
{
vCardEmailAddressType? typeType =
DecodeEmailAddressType(typeValue);
if (typeType.HasValue)
email.EmailType = typeType.Value;
}
}
break;
default:
// All other subproperties are probably vCard 2.1
// subproperties. This was before the email type
// was supposed to be specified with TYPE=VALUE.
vCardEmailAddressType? emailType =
DecodeEmailAddressType(subproperty.Name);
if (emailType.HasValue)
email.EmailType = emailType.Value;
break;
}
}
card.EmailAddresses.Add(email);
}