public ExtensibileRandomValuePropertyNamerTests()
{
builderSettings = new BuilderSettings();
randomGenerator = Substitute.For <IRandomGenerator>();
target = new ExtensibleRandomValuePropertyNamer(randomGenerator, builderSettings);
bool @bool = true;
byte @byte = 1;
char @char = 'a';
var dateTime = new DateTime(2009, 01, 01);
decimal @decimal = 1m;
double @double = 1d;
float @float = 1f;
Guid guid = new Guid();
int @int = 2;
long @long = 3;
string phrase = "some text";
sbyte @sbyte = 4;
short @short = 5;
uint @uint = 6;
ulong @ulong = 7;
ushort @ushort = 8;
MyEnum @enum = MyEnum.EnumValue3;
{
randomGenerator.Boolean().Returns(@bool);
randomGenerator.Byte().Returns(@byte);
randomGenerator.Char().Returns(@char);
randomGenerator.DateTime().Returns(dateTime);
randomGenerator.Decimal().Returns(@decimal);
randomGenerator.Double().Returns(@double);
randomGenerator.Float().Returns(@float);
randomGenerator.Guid().Returns(guid);
randomGenerator.Int().Returns(@int);
randomGenerator.Long().Returns(@long);
randomGenerator.Phrase(50).Returns(@phrase);
randomGenerator.SByte().Returns(@sbyte);
randomGenerator.Short().Returns(@short);
randomGenerator.UInt().Returns(@uint);
randomGenerator.ULong().Returns(@ulong);
randomGenerator.UShort().Returns(@ushort);
randomGenerator.Enumeration(typeof(MyEnum)).Returns(@enum);
}
}
public static float Float()
{
return(generator.Float());
}
public void ShouldBeAbleToGenerateSingle()
{
randomGenerator.Float();
}