private string InArgumentAssignment(Argument argument)
{
if (argument.RelatedStateVariable.Type == typeof (string) && argument.RelatedStateVariable.AllowedValues == null) {
return ToCamelCase (argument.Name);
} else {
return ToCamelCase (argument.Name) + ".ToString ()";
}
}
private void WriteArgumentAttribute(CodeMonkey monkey, Argument argument)
{
if (argument == null) {
return;
}
bool writen = false;
if (argument.RelatedStateVariable.DefaultValue != null) {
string value;
if (argument.RelatedStateVariable.Type == typeof (string)) {
if (argument.RelatedStateVariable.AllowedValues != null) {
value = String.Format (@"""{0}""", argument.RelatedStateVariable.DefaultValue);
} else {
value = String.Format ("{0}.{1}", argument.RelatedStateVariable.Name + "AllowedValues", argument.RelatedStateVariable.DefaultValue);
}
} else {
value = argument.RelatedStateVariable.DefaultValue;
}
monkey.Write ("[UpnpArgument (DefaultValue = {0}", value);
writen = true;
}
if (argument.RelatedStateVariable.AllowedValueRange != null) {
if (!writen) {
monkey.Write ("[UpnpArgument (");
} else {
monkey.Write (", ");
}
monkey.Write ("AllowedValueRange = new AllowedValueRange ({0}, {1}, {2})", argument.RelatedStateVariable.AllowedValueRange.Minimum, argument.RelatedStateVariable.AllowedValueRange.Maximum, argument.RelatedStateVariable.AllowedValueRange.Step);
writen = true;
}
if (!IsCamelCase (argument.Name)) {
if (!writen) {
monkey.Write (@"[UpnpArgument (""{0}"")]", argument.Name);
} else {
monkey.Write (@", Name = ""{0}""", argument.Name);
}
}
if (writen) {
monkey.Write (")]");
}
}
private void WriteMethodParameter(CodeMonkey monkey, Argument argument)
{
if (argument.Direction == ArgumentDirection.Out) {
monkey.Write ("out ");
}
if (argument.RelatedStateVariable.AllowedValues != null) {
monkey.Write ("{0}AllowedValues {1}", argument.RelatedStateVariable.Name, ToCamelCase (argument.Name));
} else {
monkey.Write ("{0} {1}", GetTypeName (argument.RelatedStateVariable.Type), ToCamelCase (argument.Name));
}
}
public static void AssertEquality (Argument sourceArgument, Argument targetArgument)
{
Assert.AreEqual (sourceArgument.Name, targetArgument.Name);
Assert.AreEqual (sourceArgument.Direction, targetArgument.Direction);
Assert.AreEqual (sourceArgument.IsReturnValue, targetArgument.IsReturnValue);
Assert.AreEqual (sourceArgument.RelatedStateVariable, targetArgument.RelatedStateVariable);
}
private void WriteArgumentParameterDefinition(CodeMonkey monkey, Argument argument)
{
if (argument.RelatedStateVariable.AllowedValues != null) {
monkey.Write ("{0} {1}", EnumerationNames[argument.RelatedStateVariable], ToCamelCase (argument.Name));
} else {
monkey.Write ("{0} {1}", GetTypeName (argument.RelatedStateVariable.Type), ToCamelCase (argument.Name));
}
}
void VerifyArgumentValue(Argument argument, string value)
{
if (argument.RelatedStateVariable == null) {
return;
}
var type = argument.RelatedStateVariable.Type;
var values = argument.RelatedStateVariable.AllowedValues;
if (values != null && type == typeof (string) && !values.Contains (value)) {
throw new ArgumentException (
string.Format ("The value {0} is not allowed for the argument {1}.", value, argument.Name));
}
var range = argument.RelatedStateVariable.AllowedValueRange;
if (range != null && type is IComparable) {
var parse = type.GetMethod ("Parse", BindingFlags.Public | BindingFlags.Static);
var arg = parse.Invoke (null, new object[] { value });
if (range.Min == null) {
range.Min = (IComparable)parse.Invoke (null, new object[] { range.Minimum });
range.Max = (IComparable)parse.Invoke (null, new object[] { range.Maximum });
}
if (range.Min.CompareTo (arg) > 0) {
throw new ArgumentOutOfRangeException (argument.Name, value, string.Format (
"The value is less than {0}.", range.Minimum));
} else if (range.Max.CompareTo (arg) < 0) {
throw new ArgumentOutOfRangeException (argument.Name, value, string.Format (
"The value is greater than {0}.", range.Maximum));
}
}
}
protected void AddArgument(Argument argument)
{
if (argument == null) throw new ArgumentNullException ("argument");
if (argument.Direction == ArgumentDirection.In) {
in_arguments.SetItem (argument.Name, argument);
} else {
if (argument.IsReturnValue && !bypass_return_argument) {
if (ReturnArgument == null) {
ReturnArgument = argument;
} else {
out_arguments.SetItem (ReturnArgument.Name, ReturnArgument);
out_arguments.SetItem (argument.Name, argument);
ReturnArgument = null;
bypass_return_argument = true;
Log.Exception (new UpnpDeserializationException (
string.Format ("{0} has multiple return values.", ToString ())));
}
} else {
out_arguments.SetItem (argument.Name, argument);
}
}
}
void VerifyRelatedStateVariable(Argument argument)
{
if (argument.RelatedStateVariable == null) {
Log.Exception (new UpnpDeserializationException (
string.Format ("{0} does not have a related state variable.", argument)));
}
}